Report Telstra Teleworking Study

REPORT
Teleworking Life Cycle Analysis

Prepared for

Telstra

242 Exhibition Street
Melbourne VIC 3000.
17 September 2008.
43283300.

J:JOBS43283300ReportingTeleworking LCAComments 2008 TelstraTelework LCA revised version 17102008.doc
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TELEWORKING LIFE CYCLE ANALYSIS

Contents
Contents

Executive Summary ............................................................................................ES-1
1 Introduction ................................................................................................... 1-1
1.1 Context.......................................................................................................................... 1-1
1.2 Objectives ..................................................................................................................... 1-2
1.3 Key definitions ............................................................................................................. 1-2
1.4 Goal and scope definition ........................................................................................... 1-2

2 Methodology.................................................................................................. 2-1
2.1 Life cycle assessment tool ......................................................................................... 2-1
2.2 Life cycle mapping....................................................................................................... 2-1
2.3 Data collection ............................................................................................................. 2-1
2.4 Modelling ...................................................................................................................... 2-2
2.5 Method .......................................................................................................................... 2-2
2.6 Analysis ........................................................................................................................ 2-3
2.7 Peer review ................................................................................................................... 2-3

3 Life Cycle Inventory ...................................................................................... 3-1
3.1 Overall assumptions.................................................................................................... 3-1
3.2 Transportation.............................................................................................................. 3-1
3.3 Office equipment (Company office and home office) .............................................. 3-2
3.3.1 Non-teleworking employees .......................................................................... 3-2
3.3.2 Teleworking employees................................................................................. 3-3
3.4 Office environment ...................................................................................................... 3-4
3.4.1 Non-teleworking employees .......................................................................... 3-5
3.4.2 Teleworking employees................................................................................. 3-5
3.5 Rebound effects........................................................................................................... 3-6
3.5.1 Transportation ............................................................................................... 3-7
3.5.2 Office environment ........................................................................................ 3-7
3.6 Comparative life cycle inventory................................................................................ 3-8

4 Life Cycle Impact Results............................................................................. 4-1
4.1 Introduction .................................................................................................................. 4-1
4.2 Interpretation of results............................................................................................... 4-1
4.3 Contribution analysis .................................................................................................. 4-8

5 Sensitivity Analysis ...................................................................................... 5-1

Prepared for Telstra, 17 September 2008.
43283300ReportingTeleworking LCAComments 2008 TelstraTelework LCA revised version
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Contents
5.1 Global warming ............................................................................................................ 5-1
5.1.1 Car transportation.......................................................................................... 5-2
5.1.2 Energy usage in the company office ............................................................. 5-4
5.1.3 Energy usage in the home office................................................................... 5-5
5.2 Human toxicity ............................................................................................................. 5-8

6 Data Quality Evaluation ................................................................................ 6-1
6.1 Consistency check ...................................................................................................... 6-1
6.2 Completeness check ................................................................................................... 6-1

7 Conclusion and Recommendations ............................................................ 7-1
8 References..................................................................................................... 8-1
9 Limitations ..................................................................................................... 9-1

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List of Tables, Figures & Appendices

Tables
Table 2-1 Definition of Impact Categories........................................................................................... 2-3
Table 3-1 Key data associated with transportation ............................................................................. 3-2
Table 3-2 Equipment associated with a non-teleworker and a person teleworking 2-days a week and
4-days a week ..................................................................................................................... 3-3
Table 3-3 Proportions of the life cycle impacts for differential equipment .......................................... 3-4
Table 3-4 Key variables for lighting in the home office ....................................................................... 3-5
Table 3-5 Key variables for heating and cooling in the home office ................................................... 3-6
Table 3-6 Key variables regarding the rebound lighting effect in the home office.............................. 3-7
Table 3-7 Energy usage associated with each appliance................................................................... 3-8
Table 3-8 Key variables for home appliance rebound effect for teleworkers...................................... 3-8
Table 3-9 Comparative life cycle inventory for non-teleworking and teleworking ............................... 3-8
Table 4-1 Impacts of non-teleworking compared to teleworking for one employee equivalent alongside
comparative data ................................................................................................................ 4-2
Table 4-2 Overall comparative impacts of non-teleworking and teleworking...................................... 4-3
Table 4-3 Key contributors, processes and inventory for each impact category ................................ 4-8

Figures
Figure 4-1 Global warming flow-chart .................................................................................................. 4-4
Figure 4-2 Human toxicity flow chart .................................................................................................... 4-5
Figure 4-3 Abiotic depletion flow chart ................................................................................................. 4-6
Figure 4-4 Photochemical oxidation flow chart .................................................................................... 4-7
Figure 5-1 Global warming impact benefit (difference between teleworking and non-teleworking)
associated with different percentages of employees commuting to work by car................ 5-2
associated with kilometres travelled ................................................................................... 5-3
associated with changes in energy usage in the average Company office........................ 5-4
associated with changes in the percentage of teleworkers’ original office space
consolidated due to hot desk arrangements for teleworkers .............................................. 5-5
associated with varying levels of home office energy consumption ................................... 5-6
associated with varying hours of home heating required ................................................... 5-7
associated with varying hours of home cooling required.................................................... 5-7
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Appendices
A. Life Cycle Impact Data for Office Equipment
B. Impact Category Flow Charts
C. Sensitivity Analysis Results Associated with Human Toxicity
D. Desk Top Review of Literature
E. Peer Review Report and Response
F. Model Output Data

iv


Executive Summary
Executive Summary

This report contains the results of a comparative Life Cycle Assessment (LCA) undertaken to compare
the environmental impacts associated with teleworking (working partially at home instead of in the
organisation’s office) to those associated to non-teleworking (working full time in the organisation’s office).
The project has been completed to showcase how LCA can be used to underpin claims made on the
environmental benefits of Telstra’s product and service innovations. Telstra, by deploying LCA, has
ensured a robust analysis has been completed enabling the environmental impacts of its products and
services to be measured, in this case of teleworking and non-teleworking.
This study has been based on a realistic teleworking scenario as it could potentially apply to Telstra’s
employees. Telstra provided the relevant assumptions for potential practical arrangement relative to
teleworking as they may apply to their office personnel.
The key activities and work conditions associated with the two scenarios (non-teleworking and
teleworking) that were incorporated into the model include:

• commuting to place of work;

• equipment required to perform tasks (e.g. computer); and

• resources consumed in the office environments both in the company and the home office (e.g.
heating and cooling).
The life cycle impacts existing throughout the life of a car and differential office equipment (i.e. office
equipment required in one scenario and not another) were built into the model. Resource consumption
associated with travel, the office environments and “rebound effects” were also included in the model.
“Rebound effects” refer to situations where people engage in side activities (i.e. non work related) that
they would not have undertaken if they were not teleworking.
The data collected for the model was obtained from Telstra, scholarly journals and local information
sources such as the Australian Bureau of Statistics. The data was entered into SimaPro V7 software and
combined with information from Australian databases (wherever feasible) in SimaPro to construct the
LCA model. It is essential to note that the comparative LCA focuses on the differential use of resources
between the two scenarios. As a consequence, it is not possible to read the results of this LCA on total
values for either scenario. The results are relative. Anything common to both scenarios is considered as
outside of the scope of the model.

The environmental impact categories considered were: global warming, human toxicity, abiotic depletion
and photochemical oxidation (as defined in Table 2-1). The impact categories for the comparative LCA
indicate that the environmental impacts associated with non-teleworking are greater than those
associated with teleworking, except for the case of human toxicity, for which the reverse is true (unless,
greater than approximately 25% of the original space occupied by teleworkers, is immediately
consolidated). Key results are shown in Table ES-1. The data shows a comparison of the impacts
associated with 3,000 non-teleworking employees compared to 3,000 teleworking employees.
A sensitivity analysis was undertaken on the global warming impact category to test assumptions the
model was based on. The results of the sensitivity analysis indicated that the conclusion remains true in
most cases and that the distance travelled to work by commuters is the most significant parameter.
Teleworking is more beneficial than non-teleworking if an employee is commuting from a total distance
greater than 30 km. The further an employee has to commute, the greater the environmental benefit of
teleworking. Other key parameters influencing the results include:

• Space gain: The quicker the space created within the company’s offices from hot-desking, due to
teleworking, is consolidated, the greater the environmental benefits of teleworking. As an example if
50% of the original space occupied by teleworkers can be consolidated immediately the global
warming benefit increases from 242 kg CO2 eq for the base case to 1,624 kg CO2 eq.

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Executive Summary
• Energy efficiency of the company’s buildings: the more energy efficient the company’s buildings are,
the less the environmental benefit of teleworking. However, a 75% reduction in the present average
energy consumption at the company’s office still results in the impacts of non-teleworking being
greater than the impacts associated with teleworking.

• Home energy efficiency: The more energy efficient the home office set up, the greater the benefits of
teleworking. When the energy consumed in the home office increases by 40% to greater than
1,212 kWh of energy per year, the impacts associated with non-teleworking become greater than
those associated with teleworking.

• Clean energy: The more the home office is relying on “cleaner” energy sources, the greater the
environmental benefits of teleworking (for example gas for heating rather than electricity from coal)

Table ES-1 Overall comparative impacts of 3,000 non-teleworking and 3,000
teleworking (1,500 two days a week and 1,500 four days a week) employees

Difference Comparative
between non- Data
Impact Non-
Unit Teleworking teleworking
Category teleworker
and
teleworking
Equivalent to the
impact of the
consumption of petrol
from driving 2.3 million
Abiotic depletion kg Sb eq 98,644 93,959 4,684 kilometres
Equivalent to the
impact of the
Global warming from driving 2.2 million
(GWP100) kg CO2 eq. 15,784,804 15,056,843 727,961 * kilometres
Equivalent to the total
LCA impact of
producing
approximately 300,000
Human toxicity kg 1,4-DB eq 802,526 940,149 -137,624 ** L of beer
Equivalent to the
impact of the
Photochemical from driving 8.2 million
oxidation kg C2H2 16,766 9,886 6,881 kilometres
* If the original office space occupied by teleworkers can be consolidated immediately by 50%, then the global warming impact
difference between non-teleowrking and teleworking becomes 1,634 kg CO2eq…

** If the original office space occupied by teleworkers can be immediately consolidated by greater than approximately 25%, then the
human toxicity impact difference between non-teleworking and teleworking becomes positive

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Section 1 Introduction
1 Introduction

URS was engaged by Telstra Corporation to carry out a Life Cycle Assessment of the environmental
impacts of teleworking (working partially at home instead of in the organisation’s office) compared to non-
teleworking (working full time in the organisation’s office). This study has been based on a realistic
teleworking scenario as it could potentially apply to Telstra’s employees. Telstra provided the relevant
assumptions for potential practical arrangement relative to teleworking as they may apply to their office
personnel.
This study supports and provides further detail to the report commissioned by Telstra Towards a High-
Bandwidth, Low-Carbon Future: Telecommunications-based Opportunities to Reduce Greenhouse gas
Emissions1 prepared by consultants Climate Risk and released in October 2007 which provides a vision
for how broadband enabled technologies could contribute to a reduction in Australia’s greenhouse gas
emissions of almost 5% per year by 2015.
It is recognised that every teleworking scenario will vary in terms of travel mode and distance, company
and home office configuration and resource and material use. This study considers a “base case” or
average scenario based on typical data from a number of reliable sources and is considered typical of
any large organisation. Parameters such as travel distance, energy efficiency of the company or home
office and consolidation of office space are then varied in a sensitivity analysis to examine the
significance of different inputs.

1.1 Context
Research data suggests that flexible working practices are a growing phenomenon in many countries
around the world, including Australia, resulting in more employees working from home2. For example, the
ABS 2005 Australian Social Trends survey estimated that approximately 2.2 million workers did at least
some work from their own home during November 2005, up 4% from June 20003.
While reducing the need to travel to the office brings some obvious environmental benefits, other aspects
of teleworking may not necessarily be beneficial. A desktop review identified that a number of studies
have been undertaken and reports released which discuss the environmental impacts of teleworking
compared to non-teleworking. The outcomes from the review are provided in Appendix D. The most
comprehensive studies were Kitou and Horvard (2003) and Williams (2003). Kitou and Horvard (2003)
focused on energy related emissions and found that the benefits of teleworking appear to be dependant
on “commuting patterns, induced energy usage and characteristics of office and home space and
equipment use”4. Williams (2003) focused on energy usage in Japan and concluded that the results
indicate that telecommuting should be considered as a serious candidate for reduction of energy-related
environmental impacts in Japan. However, the author noted that there is a level of uncertainty and
adoption is hampered by the limitation on modes of communication. Transport savings is the dominant
factor and energy use in buildings (commercial and residential) is significant. Williams recognises that
consumption in office buildings must be reduced sufficiently to at least balance out increases in
residential consumption.
The review confirmed that little work has been done to compare the full life cycle impacts associated with
both teleworking and non-teleworking. This is especially relevant in the Australian context where
commuting by car is common and energy production from brown coal is particularly environmentally
harmful. Telstra felt that a lifecycle analysis of teleworking (relevant to the characteristics of a large
organisation) was required to inform its own approach to a teleworking work policy and before promoting
any environmental benefits from this telecommunications enabled solution.

1
A copy of the report, Towards a High-Bandwidth, Low-Carbon Future: Telecommunications-based Opportunities to Reduce
Greenhouse gas Emissions, can be downloaded from Telstra’s website: www.telstra.com.au/abouttelstra/csr/climate_change.cfm
2
Report of the Australian Telework Advisory Committee to the Australian Government, 2006
3
Australian Bureau of Statistics, 2006
4
Kitou and Horvard (2003) , p 3467

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The outcomes from this project were similar to those observed by Kitou and Horvard (2003) and Williams
(2003). This project concluded that travel and energy consumption in the home office strongly influenced
the environmental benefits of teleworking. A unique conclusion from this study was that the life cycle
impacts of different equipment associated with non-teleworking and teleworking scenarios such as a
telephone, car or computer mouse were insignificant compared to the impacts associated with energy
usage in the company or home office, or resource usage associated with travel.

1.2 Objectives
The project objectives are:

• To identify the life cycle environmental impacts associated with teleworking and to compare them
with those associated with non-teleworking activities;

• To identify the key contributors to the life cycle impacts of these two scenarios; and

• To provide guidance for businesses and government organisations to assess the potential outcomes
of a teleworking policy on their environmental impacts.

1.3 Key definitions
Life Cycle Assessment (LCA) is a quantitative assessment tool. It applies a systems approach to
identify, quantify and compare the environmental impacts of a product, service or system. For each key
stage, the impact is measured in terms of resource used and resulting environmental impacts. The key
stages for a product or service can include raw materials extraction through to processing, transport, use,
reuse, recycling or disposal, and the process assessment is often referred to as “cradle to grave”. In this
study a LCA systems analysis was undertaken to assess the impacts associated with teleworking, by
comparison with non-teleworking. Consideration was given to resource consumption and existing LCAs of
a number of products and equipments which were integrated into the process (refer to Section 1.4 for
more detail).
A comparative LCA has been undertaken, which means that it incorporates only the processes and
stages where a difference between the two scenarios, teleworking and non-teleworking, has been
identified. Practically, this means that this study does not cover the full LCA of teleworking nor of non-
teleworking.
Teleworking has been defined as a method of performing work away from company’s offices. In this
study the work is performed in the teleworker’s home in a space referred to as the home office. This
space may be a separate room or a space set aside within a multifunctional room.
Non-teleworking is the performance of work within Telstra’s office.
Enabling environment: the office environment, which is a space appropriately lit and heated to enable
somebody to undertake their work. The office may be in a company building or at home.

1.4 Goal and scope definition
In order to set appropriate boundaries for the project, consideration was given to the key activities and
enabling environments associated with both scenarios: teleworking and non-teleworking. The key
activities and enabling environment were confirmed through the desktop review (see Appendix D) to
include commuting to the place of work, equipment required to perform tasks (e.g. computer) and
resources consumed in the office environment (e.g. heating and cooling). It is essential to note that the
comparative LCA focuses on the differential use of resources between the two scenarios. Therefore,
anything common to both scenarios is considered as outside of the scope of the model.
With this in mind, the processes inside the scope boundaries have been grouped under three key
headings:
1) Transportation;

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2) Office Equipment (in the home office and company office); and
3) Office Environment (in the home office and company office).
With regards to office equipment, only differential equipment was incorporated into the model: that is,
equipment required in one scenario but not the other. “Rebound effects” were also included in the model.
“Rebound effects” refer to situations where people engage in side activities (i.e. non work related, such as
having the TV on) that they would not have undertaken if they were not teleworking.

Population concerned
Telstra employs approximately 40,000 people who are located across Australia. The study considers the
impact of 3,000 (7.5%) employees teleworking. Of those 3,000, it was determined that 50% (1,500) could
telework 2 days a week and 50% (1,500) could telework 4 days a week, with the remaining days of the
week spent in the company office, i.e. non-teleworking.
Consequently the model compares the impacts associated with a group of 3,000 non-teleworkers to a
group of 3,000 teleworkers (1,500 2-day a week teleworkers and 1,500 4-day a week teleworkers).

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Section 2 Methodology
2 Methodology

The recommendations of the International Standards for Environmental Management - Life Cycle
Assessment were used as guidance for this study (AS/NZS ISO 14040:1998, AS/NZS ISO 14041:1999,
AS/NZS ISO 14042:2001, AS/NZS ISO 14043:2001 and AS/NZS ISO 14048:2003). The recommended
steps for scope and goal definition, lifecycle mapping, lifecycle inventory and lifecycle impact assessment
were followed.

2.1 Life cycle assessment tool
To undertake the analysis we used the SimaPro V7 software. SimaPro stands for System for Integrated
environMental Assessment of PROducts. It has been developed by PRé Consultants, a company based
in the Netherlands and follows the ISO 14040 series recommendations that consist of environmental
management; principles and framework of life cycle assessment. It is a database embedded LCA
software tool that has been written in Microsoft Access.
SimaPro contains background data associated with nested and non-nested material, transport, waste
treatment, manufacturing, and energy processes from various countries for a wide range of technologies
and scales. The quantitative data are entered in matrix (tabular) format. The program performs the
matrix multiplication of tables (emission rates multiplied by life cycle impact category potency factor to
provide life cycle impact values). The program allows the user to logically link various processes from
“cradle to grave”. The processes can be assembled into a life cycle tree and can produce graphical
outputs. The project and its outputs can be exported to and/or imported from Microsoft Excel and
Access. In addition, the software has a special provision to generate real time LCA reports. The main
advantages of the software are life cycle tracing and tracking of all material and energy inputs and
outputs and the greater speed and accuracy with which thousands of nested and linear process inputs
can be handled and analysed.

2.2 Life cycle mapping
To understand the life cycle of teleworking, a literature review was first undertaken, to identify already
completed teleworking life cycle assessments and teleworking environmental impact studies. The
outcomes from the review processes led to structuring the life cycle assessment under three key
headings: transportation, office equipment and office environment, as discussed in Section 1.4.
Meetings and conversations with Telstra allowed the development of realistic assumptions for teleworking
as it could apply to an organisation. These assumptions were documented and formally validated by
Telstra and are described in Section 3.
Based on these assumptions, data sheets were drafted. The data sheets included calculations
corresponding to the various processes contributing to the key headings (transportation, office equipment
and office environment) for each scenario (teleworking and non-teleworking). Data gaps were then
identified and a data collection process agreed upon.

2.3 Data collection
The data for processes were collected and collated from Telstra (e.g. energy consumption in the office),
scholarly journals (e.g. life cycle assessments of mobile phones and other equipment) and local
information sources such as the Australian Bureau of Statistics (e.g. commuting distances to work). When
necessary, organisations such as Sustainability Victoria and the Australian Bureau of Statistics were
contacted to ensure data was being interpreted correctly.
Whenever possible, data available in the SimaPro 7 software was used with preference given to products
and processes from the Australian databases.
These inputs enabled the completion of the stage in the lifecycle assessment known as lifecycle inventory
(described in Section 3).

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2.4 Modelling
A model was then built in SimaPro to bring all the collected data and defined calculations together in a life
cycle system. This was done using the SimaPro functionalities which allow the construction of successive
“product stages” corresponding to aggregation steps (or modules) defined by the project team. The model
was built along the same three key headings defined above (transportation, office equipment and office
environment), distinguishing between the life cycle impacts associated with a car and office equipment
and resource consumption associated with travel and the office environment (e.g. heating and cooling).
“Rebound effects” were incorporated into the model, these refer to situations where people engage in
side activities (i.e. non work related) that they would not have undertaken if they were not teleworking.
One typical rebound effect is travel associated with activities such as dropping and picking up children
from school which may have otherwise been incorporated as part of an employees commuting trip.
To allow comparison of the two teleworking and non-teleworking scenarios, a “product stage” comparing
the impact of one teleworker equivalent and one non-teleworker equivalent was built. A teleworker
equivalent corresponds to the combination of 50% of the impact of a 2 days teleworker and 50% of the
impact of a 4 days teleworker, as the teleworking workforce was split evenly between these two groups.
It is important however to note that the overall calculation is based on the comparison of a 3,000
employees population, as some assumptions need to be applied to the whole population (for e.g. office
space savings). The scaling down to one employee equivalent is therefore only an artificial construction
developed to facilitate the analysis.
The SimaPro model could then be run, using the graphical presentation functionalities to produce the
analyses presented in this report.

2.5 Method
SimaPro offers the possibility to run the model using a range of standard impact assessment methods.
Each method uses different approaches (methodologies and weighting systems) to determine the impact
associated with an activity. The method chosen for the present assessment is the CML2001 V2.0 –
Australian toxicity factors. The CML 2001 life cycle impact assessment method has been developed on
the basis of AS/ISO 14043:2001 specifications. Under this method, SimaPro produces impact
assessment results for 10 indicators: abiotic depletion, global warming (GWP100), ozone layer depletion
(ODP), human toxicity, fresh water aquatic ecotoxicity, marine aquatic ecotoxicity, terrestrial ecotoxicity,
photochemical oxidation, acidification and eutrophication. It contains the most recent and internationally
reviewed and accepted impact assessment models for impact categories such as global warming,
atmospheric acidification, stratospheric ozone depletion, human toxicity, terrestrial and aquatic (fresh
water and marine) eco-toxicity, resource energy, winter and summer smog, and abiotic resource
depletion. The potency factors for the impact categories have been internationally adopted and are
consistent with respective international protocols, e.g. global warming potency factors are consistent with
Intergovernmental Panel on Climate Change (IPCC) and United Nations Framework Convention on
Climate Change (UNFCCC). The CML 2001 toxicity factors have been derived from the European
models with necessary adaptations to Australian spatial and temporal context and human and ecosystem
health standards (Huijbregts and Lundie (2002)).
As mentioned in 1.4, the key environmental issues associated with the model are:

• Energy usage in the company and home office environments;

• Consumption of fuel associated with travel; and

• Consumption of materials associated with office equipment and car.
Impact categories that reflect these issues and are most relevant to the Australian environment include:
abiotic depletion, global warming, human toxicity and photochemical oxidation. Therefore the analysis
focused on these four impact categories. These impact categories are defined in Table 2-1. The unit used
is a standardisation process used in LCA.

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Table 2-1 Definition of Impact Categories

Impact
Definition Unit
Category
Abiotic Depletion The consumption of energy sources and a number of kilogram of antimony
scarce metals. This impact category is concerned with equivalents/ kilogram of
protection of human welfare, human health and extraction
ecosystem health.
Global warming The potential contribution of a substance to the kilogram carbon dioxide/
greenhouse effect. It can result in adverse affects upon kilogram emission
ecosystem health, human health and material welfare.
Human Toxicity The effects of toxic substances on the human 1,4-dichlorobenzene
environment. In this model the toxic substances include equivalents/ kilogram
compounds such as arsenic, chromium IV and polycyclic emission
aromatic hydrocarbons (PAH).
Photochemical The formation of reactive substances (mainly ozone) kilogram ethylene
oxidation which are injurious to human health and ecosystems and equivalents/ kilogram
which also may damage crops. emission

It should be noted that water resource depletion is not a separate indicator available in the CML 2001
method. Although water scarcity is a major issue in Australia, none of the impacts associated with the
processes included in the model involve direct water usage. The exception is the home office rebound
effect associated with use of the washing machine and dishwasher. As these activities are comparatively
minor in scale, we have not looked to incorporate a water usage impact category in the model.
The major impact highlighted under each impact category (as discussed in Section 4.2) was that
associated with energy and fuel consumption. Therefore, global warming became the main focus of the
analysis as it is the most relevant indicator when addressing environmental issues associated with energy
and fuel consumption.

2.6 Analysis
Once the model was established in SimaPro the results were obtained and analysed. Key results are
presented in Section 4 of this report with lifecycle evaluation information presented in Section 6. The latter
describes the controls that were established to ensure that the results made sense and to help identify
and rectify any errors. A key step of the study was to undertake sensitivity analyses to assess the impact
of potential variations of key input parameters on the results (see Section 5). Sensitivity analysis
highlights the significance of assumptions and input data and this technique was used to help establish
recommendations for the management of impacts, which are summarised in Section 7.

2.7 Peer review
The process and the present report were subject to an internal (i.e. performed by URS) and external peer
review process. The external peer review was undertaken by the Centre for Water and Waste
Technology (CWWT), School of Civil and Environmental Engineering, University of New South Wales.
The peer review team at CWWT were provided with a copy of the full report and the complete underlying
LCA model constructed using the SimaPro life cycle assessment software. The peer review process gave
consideration to:

• the appropriateness of the scope to the goal of the study;

• the consistency of the system boundaries with the scope;

• the contents of the Life Cycle Inventory;

• the consistency of the Life Cycle Impact model with the report;

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• the use of Life Cycle Impact Assessment characterisation factors; and

• the consistency of the interpretation with the characterised results.
The Peer Review report is presented in Appendix E. Most Peer Review comments were adopted and this
report is an amended version taking into account the points made in the review. Appendix E also presents
a summary table of how the comments have been taken into account or of the response to the comments
when they have not been pursued.

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Section 3 Life Cycle Inventory
3 Life Cycle Inventory

The life cycle inventory analysis of teleworking and non-teleworking involved collecting and collating
resource consumption data for identified components and processes. This required assumptions to be
made as presented in this section. The processes were then aggregated into appropriate product stages
and consolidated to produce life cycle results.
The inventory data is presented under the three key areas of transportation, office equipment and office
environment, as defined in Section 1.4. The “rebound effects” have consolidated in a separate section so
that they can be easily identified.

3.1 Overall assumptions
Based on discussions held with Telstra’s Human Resources Department it was assumed that a typical
office employee (teleworker or non-teleworker) works 8 hours a day, 5 days a week, 45 weeks a year.
Each employee takes 4 weeks of annual leave, 2 weeks of public holiday leave and 5 days sick/carers
leave.
It was also assumed that a teleworker and a non-teleworker consume the same amount of water and
office resources such as paper and basic stationary items, and produce the same amount of waste
(including human waste) and wastewater. Therefore, with the exception of the solid waste associated with
the disposal of a car and office equipment these aspects have not been considered in the model.
As Telstra is a national Australian employer, the study region is Australia.

3.2 Transportation
Means of transport
It is assumed that public transport (trains, buses and trams) will run regardless of an employee’s
telecommuting activities and therefore associated LCA impacts have been excluded from this model. The
model only includes data associated with those commuting to work by car, i.e. 75% of the commuters
(see Table 3-1). This is equally valid for non-teleworkers and teleworkers (for the days when the latter
actually travel to work).
It has been assumed that the car used by the employees is a Holden Commodore (the most common
Australian car), and the employee is the only person in the car. The life cycle impacts of the car have
been incorporated into the model. The data associated with the LCA of a Golf A4 RER was already
available in SimaPro. The data was extrapolated based on weight, so that it reflected the weight of a
Holden Commodore. The percentage of overall car usage allocated to commuting purposes (as
highlighted in Table 3-1 ) has been calculated to find out how much of the life cycle impacts of a car
should be assigned to the different scenarios.
Another assumption is that the number of household cars remains constant, unless an employee
teleworks 4 days a week in which case 20% of teleworkers will choose not to have a car. The life cycle
impacts of a car allocated to teleworking 4 days a week have been adjusted to reflect this.
Key data associated with transportation is summarised in Table 3-1. The statistics are based on
Australian averages as Telstra’s offices are based throughout Australia. It is acknowledged that the data
would be different if the study focused only on capital cities.

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Table 3-1 Key data associated with transportation

Parameter Australian Averages Source
Commuting distances 34 km per day (return) ABS, Survey of Motorvehicle Use. 12 Months Ended 31
to work October 2005, 9208.0 pg 16
Percentage of workers 75% Modification of:
commuting by car ABS, 2001 Census of Population and Housing Australia (82% -
as driver or passenger);
Commissioner for Environmental Sustainability, Victoria,
Commuter Transport: Mode efficiency, mode choice and
environmental impact in Victoria, March 2006 (Melbourne:
78%, Sydney: 67%)

Percentage of overall Non teleworker: 53% Teleworker data was extrapolated from: ABS, Survey of
car usage allocated to Teleworker (2 days); 43% Motorvehicle Use. 12 Months Ended 31 October 2005, 9208.0
commuting purposes Teleworker (4 days): 29% pg16.

3.3 Office equipment (Company office and home office)
A number of key assumptions associated with office equipment were made to help and simplify the
model:

Infrastructure/equipment
• The life cycle impacts of a desktop computer are considered the same as a laptop. While this may
not be accurate, this has been considered as a conservative assumption.

• The nature of the equipment (type, model) is identical in the home and work office and no equipment
maintenance or repair is built into the model.

• The impact of teleworking on the number of multifunctional (copier/printer/scanner/fax) devices in the
office due to teleworking is considered negligible.

• Infrastructure impacts on communication networks (phone, ADSL) have been deemed negligible and
left out of the model.

Usage
• Computer usage, referring to energy consumed, is assumed to be equal for a teleworker and non-
teleworker.

• Voicemail is used regardless of whether the employee is at the company office or in his home office
and is assumed not to have any net environmental impact.

3.3.1 Non-teleworking employees
The type of office equipment required for non-teleworking is based on that which is presently used by
Telstra employees and is typical of many Australian companies:

• Non-teleworking employees have a desktop computer (with a built in power adapter), desk, chair and
telephone in the company office.

• 75% have a mobile phone.

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Usage
Related energy usage is the same regardless of the scenario and does not need to be included in the
model.

3.3.2 Teleworking employees
All teleworking employees have a laptop computer which they use both in the company office and at
home (therefore there is no computer duplication) and a mobile phone.

Teleworking 2 days a week
Employees teleworking 2 days a week keep a desk, chair, docking port, AC power adapter, computer
keyboard, computer mouse and telephone in the company office.
Each employee teleworking 2 days a week has a second computer keyboard, AC power adapter and
computer mouse in their home office, which are used for work purposes only. They also have a second
chair, desk and internet connection in the home office which is used 70% of the time for work related
purposes.

Employees teleworking 4 days a week use a hot-desk workstation (1 workstation is shared between 4
employees) in the company office. Each hot-desk workstation has a desk, chair, computer key board,
computer mouse, internet connection and phone.
Each employee teleworking 4 days a week has a computer keyboard, computer mouse, chair, desk, AC
power adapter, docking port and internet connection in their home office. Twenty-five percent of
employees teleworking 4 days a week are provided with an independent phone line and telephone
(landline) for their home office. All these pieces of equipment are used for work purposes only.
A summary of the infrastructure/equipment for each scenario is provided in Table 3-2.

Table 3-2 Equipment associated with a non-teleworker and a person teleworking 2-
days a week and 4-days a week

No. of
teleworking Equipment (amount of equipment)
days
Phone Docking Mobile Keyboard Mouse Chair Desk AC Internet
Port Phone power connection
adapter (modem)
0 1 0 0.751 0 0 1 1 1 1
(built in)
2 1 1 1 2 2 1.72 1.72 2 1.72
4 0.53 1 1 1.254 1.254 1.254 1.254 1 1.254
1. 75% of non-teleworkers have a mobile phone.
2. A 2 day a week teleworker has a desk, chair and internet connection in the company office and in their home office. In the home
office these items are used 70% of the time for work purposes, which is why the 2 day a week teleworker has 1.7 of these items
allocated to them.
3. 25% of 4 day a week teleworkers have a phone in their home office and each shares a phone with 3 colleagues in the company
office, hence 0.5 of a phone (0.25 + 0.25) is allocated to them.
4. A 4 day a week teleworker has a desk, chair, computer key board, computer mouse and internet connection in his home office
and shares each of these items with 3 other employees in the company office, hence 1.25 of these items are allocated to them.

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Based on the scenarios described above, Table 3-3 indicates the proportion of the life cycle impacts of
the equipment that was built into the model for each scenario. The data represents differential figures,
i.e. equipment required for one scenario and not the others. For example, regarding the phone, as each
scenario requires at least 0.5 of a telephone, a differential is calculated for non-teleworkers and 2-day
teleworkers compared to 4-day teleworkers. This differential equals 0.5=(1 – 0.5) for non-teleworkers,
where 1 is the number of phones required by non-teleworkers and 0.5 the number of phones required by
4-day teleworkers. Based on the same principle, the differential also equals 0.5=(1 - 0.5) for 2 day a
week teleworker. The figures in Table 3-3 show the proportion of the life cycle impacts of the equipment
built into the model. Therefore 50% of the life cycle impacts of a phone will be allocated to a non-
teleworker and 2-day teleworker respectively and zero percentage allocated to a 4-day teleworker.

Table 3-3 Proportions of the life cycle impacts for differential equipment

No. of
teleworking Equipment
days
Phone Docking Mobile Keyboard Mouse Chair Desk AC Internet
Port Phone power connection
adapter (modem)
0 50% - - - - - - - -
2 50% 100% 25% 100% 100% 70% 70% 100% 70%
4 - 100% 25% 25% 25% 25% 25% - 25%

A greater percentage of the life cycle impacts associated with the equipment are allocated to the 2-day
teleworker because they incur a greater degree of equipment duplication as they maintain their space and
equipment in the company’s office and have a home office.
A comprehensive list of the input data for each piece of material is provided in Appendix A.

Usage
Even though there is duplication in some pieces of equipment, these are not used simultaneously
therefore there is no duplication regarding usage.

3.4 Office environment
To help simplify the model, it was assumed that the aggregated infrastructure for lighting, heating and
cooling and the emissions of fluorocarbons (HFCs and HCFCs) due to air conditioning and refrigeration in
residential buildings are equal to the infrastructure and emissions associated with commercial buildings.
This means that the life cycle impacts of this infrastructure and the impacts of these emissions does not
need to be considered in this differential life cycle assessment. Please note that this relates only to the
exclusion of infrastructure materials and fluorocarbons in the LCA, not to the difference in energy usage5.

Usage
The key aspect relevant to the office environment is energy consumption associated with electricity usage
and heating and cooling (described in the paragraphs below).

5
Also note that while resulting impact for energy usage is a differential, energy usage inputs have not been built into the model as
differentials.

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3.4.1 Non-teleworking employees
Usage
Energy consumption associated with the company’s office activities includes lighting, heating and cooling
and computer usage. The average Telstra Office consumes approximately 246 kWh of electricity and
0.075 GJ of gas per m2 per year6. Each employee occupies 12.5 m2 of office space (i.e. average rented
space per office employee).

3.4.2 Teleworking employees
A number of key assumptions associated with the home office environment were made to help limit the
boundaries of the model:

• The decision to upgrade, replace or purchase home heating and cooling devices (or other white
goods and electrical equipment or indeed any other home equipment) is not affected by teleworking
but their usage increases with teleworker days.

• There is no change in the size of the employee’s home or pre-existing home office due to
teleworking.

• A standard large wall air conditioning unit is used for cooling the home office and a standard
underfloor ducted heating system for heating the home office.

• Teleworking impacts on the ADSL or phone network are considered negligible.

• The home office uses one 75 Watt light plus a 60 Watt lamp both with incandescent globes7.

Usage
Table 3-4 highlights the key variables for lighting in the home office.

Table 3-4 Key variables for lighting in the home office

Total
Teleworker Usage Amount energy
days (hrs/week) (W) usage
(kWh/week)
0 - -
2 16 135 0.56
4 32 135 4.32

Reference: Kitou and Horvath, 2003

Heating and cooling in the home office is required for a quarter of the employee’s annual work time (i.e.
11 weeks of heating and 11 weeks of cooling). Only 75% [seems high, is this average household
penetration for air-conditioning? ]of employees have air-conditioning at home and 100% have heating8.

6
This is based on consumption levels at Telstra’s office at 242 Exhibition Street, Melbourne which was compared to a number of
other Telstra buildings and was considered an appropriate indicator of average consumption.
7
This assumption was estimated by the report’s authors.
8
The number of homes with air conditioners is extrapolated from data presented in Morgan, 2002. In 2002, 57% of people had air
conditioners in Victoria; it was assumed that this percentage would be approximately 75% in 2007 for the whole of Australia. The

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During the heating period the heating will only be on 70% of the time. During the cooling period the air-
conditioner will be on for only 60% of the time. This has been considered as a reasonably conservative
average for the whole of Australia (with specific focus on Sydney and Melbourne, where the largest
concentration of potential teleworkers is likely to be found). Refer to Table 3-5 for heating and cooling
data.

Table 3-5 Key variables for heating and cooling in the home office

Home Office Heating Home Office Cooling

Total Total
Teleworker Usage Amount energy Usage Amount energy
days (hrs/week) (W) usage (hrs/week) (W) usage
(kWh/week) (kWh/week)
0 - - - - - -
2 14 1,400 19.6 14 3,000 42
4 28 1,400 39.2 28 3,000 84

Reference: Morgan, 2002

• As computer usage and other electronic devices are considered in the energy consumption figure for
Telstra’s average office it is not accounted for in the home office to avoid duplication (i.e. there is no
differential).

Energy usage in the company’s office is not affected by employees’ teleworking 2 days a week, as their
office space (desk, chair etc) is kept as it is and the space will be heated and cooled regardless of
whether the employee is present. The key assumption here is that the effort of heating and cooling a
building is not dependant on the number of people in the building. Also, computer electricity usage is not
different whether the computer is used at home or in the office. Therefore, Telstra’s average office energy
usage was included in the 2 day teleworker scenario.

Those teleworking 4 days a week are hot-desking when in the company office. Therefore, these
employees will be giving up the space they occupy in the company office when not teleworking. It has
been assumed that this would result in an immediate consolidation of 10% of the space originally
occupied by the 1,500 4 day a week teleworkers. This would lead to a 10% reduction in energy usage
within the company office. Therefore only 90% of the company’s average office energy usage was built
into the model for the 4 day a week teleworker and there was assumed to be no impact on building
infrastructure.

3.5 Rebound effects
“Rebound effects” refer to situations where people engage in side activities (i.e. non work related) that
they would not have undertaken if they were not teleworking. It is necessary to consider rebound effects
as there are synergies between commuting and other activities such as dropping off and picking up
children from school. The identified rebound effects associated with teleworking relate to transportation
and the office environment.

number of heaters was 100% in Victoria (Morgan 2002) and is assumed to have remained constant and has been extrapolated to
the whole of Australia, as a conservative estimate.

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3.5.1 Transportation
Although teleworkers do not need to travel to work on teleworking days, it is assumed they will still use
their car for purposes such as shopping, dropping children at school or childcare – activities that would
normally be built into their travel to work. This is considered a travel rebound effect for teleworkers and is
assumed to be included in the trip to work for non-teleworkers. In the model it is assumed that
teleworkers still travel 21% of the distance travelled on non-teleworking days9.

3.5.2 Office environment
Teleworking has a rebound effect on home lighting in the family room and kitchen, as it is assumed
employees use this space more because they are teleworking. Table 3-6 highlights the key variables for
the rebound lighting effect. It is assumed that there are two 75 Watt lights with incandescent globes in the
lounge room plus two 75 Watt lights with incandescent globes in the kitchen area10.

Table 3-6 Key variables regarding the rebound lighting effect in the home office

Total
Teleworker Usage Amount energy
days (hrs/week) (W) usage
(kWh/week)
0 - - -
2 2 300 0.6
4 6 300 1.8

Reference: Kitou and Hovarth 2003

The usage of general home appliances such the TV, stereo, dishwasher and washing machine increases
when teleworking based on work undertaken by Kitou and Hovath (2003). This is due to having more time
at home and is referred to as the appliance “rebound effect”. Table 3-7 and Table 3-8 highlight the data
used in the model, associated with this impact.11 The scale of the rebound effects highlighted in Table 3-8
is interpolated from Kitou and Hovarth (2003) for the TV, stereo and washing machine. Dishwasher usage
is less than that used by Kitou and Hovarth (2003) because the authors considered that 1 and 2 loads per
week was more realistic than 2 and 3.5 suggested by Kitou and Hovarth. It should be noted that the
figures used by Kitou and Hovarth for the appliance rebound effect were estimated.
Kitou and Hovarth also mention the use of cooking appliances at home. It must also be noted that, in
Australia, cooking appliances are very often used at work when people bring their lunch (micro-wave,
toasters). Based on this, the use of cooking appliances at home has not been considered as a rebound
effect.

9
The distance traveled (21%) is taken from the findings identified in the Road Traffic Authority NSW’s Teleworking Pilot
Project (1993/94)
10
These assumptions have been estimated by the report’s authors with consideration given to those applied by Kitou and Horvath
(2003).
11
Kitou and Hovarth (2003) include use of a clothes dryer, gas oven and stove in the appliance rebound effect. Usage of this
equipment was not included in the model as it was assumed their impact would not affect the overall LCA results.

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Table 3-7 Energy usage associated with each appliance

Appliance Energy Usage (W)
TV* 70
Stereo* 20
Dishwasher** 1,000
Washing Machine** 500
Source: * Energy Australia / ** Kitou and Hovarth 2003

Table 3-8 Key variables for home appliance rebound effect for teleworkers

Washing Total Energy
TV Stereo Dishwasher
machine Usage (per week)

Teleworker Usage Usage Usage Usage
kWh
days (hrs/week) (hrs/week) (loads/week) (loads/week)
0 - - - - -
2 4 6 1 1 1.9
4 8 12 2 2 3.8
Source: Kitou and Horvath (2003)

3.6 Comparative life cycle inventory
A simplified comparative life cycle inventory for the model is provided in Table 3-9. The SimaPro output
data for the model is provided in Appendix F.

Table 3-9 Comparative life cycle inventory for non-teleworking and teleworking

Parameters Non-teleworker 2-day teleworker 4-day teleworker
Company Office Gas: 0.94 GJ/year Gas: 0.94 GJ/year Gas: 0.84 GJ/year
energy Electricity: 3,075 kWh/year Electricity: 3,075 kWh/year Electricity: 2,768 kWh/year
Home Office energy 0 kWh/year 568.7 kWh/year 1,164 kWh/year
use
Transport 5,770 kilometres travelled per 3,950 kilometres travelled 2,130 kilometres travelled
year per year per year
Rebound Effect Transport: O kilometres Transport: 474 kilometres Transport: 256 kilometres
travelled per year travelled per year travelled per year
Home Office: 0 kWh/year Home Office: 112.5 Home Office: 196
kWh/year kWh/year
Office Equipment* Car Car Car
Telephone (fixed line) Telephone (fixed line) Computer mouse
Computer mouse Computer key board
Computer key board Computer modem
Computer modem Mobile Phone
Mobile Phone Laptop Docking Station
Laptop Docking Station Office desk
Office desk Office chair
Office chair

* Materials used in the manufacture of these products are provided in Appendix A. Appropriate data sources and assumptions are
provided.

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When the LCA model was constructed the “rebound effect” for transport and the home office were
included in their respective areas i.e. transport and home office energy use respectively. Consequently
the impacts associated with the rebound effects were not independently analysed. However, they
represent only a small percentage of the overall transport and energy usage.
It should be noted that for inputs associated with air emissions, water (including usage and emissions to
water) and waste disposal (beyond waste disposal incorporated for office equipment and the car, as
detailed in Appendix A) we relied on the data inherently built into SimaPro’s databases. Water usage
associated with the rebound effects relating to use of the washing machine and dishwasher have not
been considered in the model as this impact is considered negligible compared to the overall impacts of
the project.

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Section 4 Life Cycle Impact Results
4 Life Cycle Impact Results

4.1 Introduction
SimaPro offers the possibility to run a model using a range of standard impact assessment methods. As
explained in Section 2.5, the method chosen for the project was CML2001 V2.0 – Australian toxicity
factors.
The key impacts being considered by the chosen model are in two main classes:

• exhaustion of raw materials and energy; and

• pollution.
The indicators for these are specified below and are defined in Table 2-1 (in Section 2.5):

• Exhaustion of raw materials and energy: Abiotic Depletion.

• Pollution: Global warming, Human Toxicity and Photochemical oxidation.
The reason these indicators have been chosen is explained in Section 2.5 of this report.
To assess the relative importance of each impact indicator, three approaches are generally adopted by
LCA practitioners.

• benchmarking life cycle impact category values for teleworking from other similar LCA studies either
Australian or International;

• comparing the life cycle impact category values on a regional or national scale. One drawback in
this approach is significant data gaps and data uncertainty in the state of the national or regional
environment; and

• comparing the life cycle impact category values for comparable environmental damage (5%
destruction of native/pristine ecosystem) and/or human damage (Disabilities Adjusted Life Years). A
potential drawback of this approach is that it is inherently complex and there are uncertainties in
estimating pathways and damage functions for a myriad of life cycle impact categories.
The higher the impact category values, the greater the harmful effects of those impacts, and therefore
less environmentally preferable are those activities that cause those impacts.
A simpler way is to compare the impacts with other points of reference, such as the impact of well-known
activities or product as is the case in Table 4-1. For example, the net abiotic depletion impact value of
1.6 kg Sb equivalent contributed by one teleworker (Table 4-1) is roughly equal to the abiotic depletion
impact associated with the petrol consumed by a car travelling 778 km. The human toxicity impact value
of 45.9 kg 1,4-DB equivalent contributed by one teleworker (Table 4-1) is roughly equal to the human
toxicity impact associated with growing 4 tonnes of Australian wheat12 or the life cycle impacts of the
production of 100 litres of Australian lager beer.

4.2 Interpretation of results
The total life cycle impact values for non-teleworking and teleworking are presented in Table 4-1 for one
employee equivalent, representing the comparison of the impact of one non-teleworking employee with
one teleworking employee (this is a combination of 50% of the impact of a 2 days teleworker and 50% of
the impact of a 4 days teleworker). While this is a purely artificial construction, it enables us to form a
judgment on the benefit of teleworking.
For one employee equivalent, Table 4-1 demonstrates that for each indicator, the impact associated with
non-teleworking is greater than that associated with teleworking, except for human toxicity (the reason for

12 12
V.Narayanaswamy et al, 2004.

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this is explained in Section 4.3). The comparative data indicates that the difference for human toxicity is
relatively small (equivalent to human toxicity in life cycle production of 100 litres of Australian beer or
growing 4 tonnes of Australian wheat or a tonne of Australian lupins13).
For abiotic depletion, global warming and photochemical oxidation, comparison has been made with the
number of kilometres of car travel that would produce the same impact (based on the same consumption
data as has been used for car travel in the model, refer Table 4-1).

Table 4-1 Impacts of non-teleworking compared to teleworking for one employee
equivalent alongside comparative data

Difference
between non-
Impact Non- Comparative
Unit Teleworking teleworking
category teleworking data
and
teleworking
Abiotic depletion kg Sb eq 32.9 31.3 1.6 Equivalent to the
impact of the
(positive impact) consumption of
petrol by a car
travelling 778 km
Global warming kg CO2 eq 5,261.6 5,018.9 242.7 Equivalent to the
(GWP100) impact of the
petrol by a car
travelling 739 km
Human toxicity kg 1,4-DB 267.5 313.4 -45.9 Equivalent to the
eq total LCA impact
(negative impact)
of producing 100L
of beer
Photochemical kg C2H2 5.6 3.3 2.3 Equivalent to the
oxidation impact of the
petrol by a car
travelling 2,746
km

When applied to the 3,000 employees, the overall comparative impacts of teleworking and non-
teleworking are shown in Table 4-2.

13
V.Narayanaswamy et al, 2004.

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Some of the avoided impacts are quite significant. For example, the teleworking scenario leads to
avoiding the production of 728 tonnes of CO2 equivalent a year, which is equivalent to the amount of
annual CO2 emissions produced by 168 cars in Victoria14.

Table 4-2 Overall comparative impacts of non-teleworking and teleworking

Difference
Non- between non-
Impact Category Unit Teleworking
teleworker teleworking and
teleworking
Abiotic depletion kg Sb eq 98,644 93,959 4,684
Global warming (GWP100) kg CO2 eq. 15,784,804 15,056,843 727,961
Human toxicity kg 1,4-DB eq 802,526 940,149 -137,624
Photochemical oxidation kg C2H2 16,766 9,886 6,881

The pathway for each type of impact can be mapped out in a flow-chart produced by SimaPro, as shown
in Figure 4-1 through to Figure 4-4 and can be used to help explain the results.
In Figure 4-1 through to Figure 4-4, the numbers associated with 2-days teleworking and 4-days
teleworking are presented as negatives because of the way the model has been set-up as a comparative
model. In the model, teleworking impacts were subtracted from the impacts associated with non-
teleworking. This allows determining the overall difference between the impacts caused by the two
scenarios. The number presented at the top of the flow chart is the overall difference. A positive number
means that the impacts associated with non-teleworking are greater than those associated with
teleworking (as is the case in Figure 4-1) and a negative number means the impacts associated with
teleworking are greater than those associated with non-teleworking (as is the case in Figure 4-2). The
thickness of the lines linking activities represents the contribution that activity makes to the overall impact.

14
Sustainability Victoria – personal communication, date: 25 June 2007

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Figure 4-1 Global warming flow-chart

43283300ReportingTeleworking LCAComments 2008 TelstraTelework LCA revised version 17102008.doc
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Figure 4-2 Human toxicity flow chart

4-5


Figure 4-3 Abiotic depletion flow chart

4-6


Figure 4-4 Photochemical oxidation flow chart

4-7



4.3 Contribution analysis
To assess the contribution of different activities to the overall result, graphs and tables from SimaPro
were used and the model was manipulated to allow the data to be viewed from different points of view.
The key flow charts produced and used are Figure 4-1 through to Figure 4-4 and those presented in
Appendix B (Figure B through to Figure B). The key data obtained is captured in Table 4-3. For each
impact category, Table 4-3 shows the key contributing processes (including the size of the impact). The
key processes for each contributor and the percentage of the contributor’s impact that the process
represents is also highlighted. The key inventory data (i.e. data representing > 5% of the impact) for the
key contributors is also shown in this table as well as the percentage of the inventory which the item
amounts to.

Table 4-3 Key contributors, processes and inventory for each impact category

Impact Key Amount Key Processes % Inventory %
Category Contributor
Global Energy usage in -901 kg CO2 Electricity, brown -33.5 Carbon Dioxide - 96.9
Warming the home eq coal, Victoria (air)
Electricity, black -30
coal, QLD
Electricity, black -22
coal, NSW
Transportation 897 kg CO2 Petrol 79.7 Carbon Dioxide 89.8
eq (air)
Abiotic Energy usage in -5.6 kg Sb eq Electricity, brown -39.3 Coal - 84.8
Depletion the home coal, Victoria
Electricity, black -25.9 Natural Gas - 7.64
coal, NSW
Electricity, black -19.6
coal, QLD
Natural Gas -7.24
Transportation 5.49 kg Sb eq Crude Oil prod. 87.2 Crude Oil 89.2
Oil & Gas 5.43 Natural Gas 11.8
production
LPG from natural 5.01
gas
Photochemical Transportation 2.28 kg C2H2 Petrol 86.1 Carbon Monoxide 43.4
Oxidation (air)
LPG 9.44 Non-methane 51.4
volatile organic
compounds (air)
Human Toxicity Energy usage in -68 kg 1,4DB Electricity, black - 47 Fluoride (air) - 93.4
the home coal, QLD
Electricity, black - 43.4
coal, NSW
Electricity, black - 7.5
coal, WA

As highlighted in Table 4-3 the key contributor to global warming is energy usage in the home office
followed closely by fuel usage associated with transportation. Both of these impacts are contributing in
opposite directions, which mean that from a teleworking perspective the environmental benefits
associated with less car travel are offset by the impacts associated with energy usage in the home office.

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The contribution of energy usage in the company office is not a major component overall because under
the model it is assumed to be fairly common to both scenarios (for non-teleworkers – 100% and
teleworkers – 95%, allowing for office space consolidation). As this is a differential LCA, the impact is
therefore cancelled out to a large extent. However, it is still a key component, as without the savings
achieved in the company office, the overall results would be reversed. It is also noted that the model’s
assumption that only 10% of the 4-day teleworking space (and therefore 5% of the total space occupied
by teleworkers) is immediately consolidated, is considered very conservative.
The key contributors for abiotic depletion are the same as those identified for global warming (refer to
Figure 4-3 and Figure B and Table 4-3).
Transportation is the key contributor for photochemical oxidation with the benefit of teleworking almost
directly proportional to the avoided car travel distance (refer to Figure 4-4 and Figure B).
For human toxicity the key contributor is energy usage in the home office. For this impact category the
benefits associated with reduced car travel highlighted by the global warming indicator, are not replicated
to the same degree. Indeed, when considering human toxicity, car fuel is less harmful than black coal
used for electricity generation (refer to Figure 4-2 and Figure B). Energy usage in the home office is
assumed to be electricity, produced essentially from black coal, as indicated in Table 4-3. Therefore, the
human toxicity impacts associated with energy usage in the home office are not offset by the savings
achieved through reduced car travel, as is the case for the other impact categories15. Hence, human
toxicity impacts associated with teleworking are greater than those associated with non-teleworking,
because teleworkers altogether use more electricity (sourced from black coal) than non-teleworkers16.
One major conclusion arises from this analysis: overall, energy usage from transport and from the home
office and company office environments are the key contributing pathways. Rather than focus on all four
indicators for the sensitivity analysis, it was decided to mainly focus on global warming. This is because
global warming is the most relevant indicator (given the key contributing activities) and provides more
reliable data (as its pathways are well known).
Although the difference associated with the human toxicity is relatively small, a sensitivity analysis was
applied to human toxicity, as it is the only impact category which suggests that the impacts associated
with teleworking are greater than those associated with non-teleworking. The results are summarised in
Section 5.2

15
If heating in the home office was sourced from gas instead of electricity human toxicity impacts would change from -45.9 kg
1,2 DB eq to -28.5 kg 1,2 DB eq
16
It should be noted that human toxicity pathways are not as well known as global warming pathways and therefore the data
embedded in the SimaPro database with regards to human toxicity must be interpreted with caution (personal communication:
SimaPro distributors)

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Section 5 Sensitivity Analysis
5 Sensitivity Analysis

To test the robustness of the initial key conclusion that the impacts associated with non-teleworking are
greater than those associated with teleworking, we undertook a sensitivity analysis on data associated
with the key contributors identified in Section 4.3.

5.1 Global warming
The global warming flowchart, shown in Figure 4-1 and Figure B and Table 4-3, in conjunction with the
model input data was used to determine the most important parameters associated with the key
contributors that the sensitivity analyses should focus on. The most important parameters are those that
have the biggest impact on key contributors. For example, for energy usage in the home office, analysis
of the data showed that heating and cooling activities consumed the most energy and therefore
parameters associated with heating and cooling were tested for sensitivity. The following parameters
were used in the sensitivity analysis:

• Car transportation usage:
– percentage of employees commuting to work by car; and
– average kilometres travelled by employees, by car to get to and from work.

• Energy usage in the company’s office:
– quantity of energy consumed in the office; and
– percentage of office space consolidated due to hot-desking arrangements for teleworkers.

• Energy usage in the home office:
– overall home office energy usage variation; and
– energy usage of heating / cooling specifically.
The sensitivity analysis demonstrates that the most sensitive parameters are:

• Percentage of employees commuting to work by car;

• Average kilometres travelled by employees, by car to get to and from work; and

• Overall home office energy usage variation.
The analysis shows that the environmental impacts associated with teleworking become greater than
non-teleworking when;

• less than approximately 60% of the workforce commutes to work by car; or

• an employee commutes less than 25-30 km a day; or

• an employee uses more than 1,039 – 1,212 kWh per year of energy in the home office.
The result for these sensitivity analyses are described in detail below.

5-1



5.1.1 Car transportation
Percentage of employees commuting to work by car
The results of the sensitivity analysis for the percentage of employees commuting to work by car are
shown in Figure 5-1. In the base case it is assumed that 75% of employees commute to work by car (see
Table 3-1). In this situation, the difference in the global warming impact caused by non-teleworkers and
teleworkers is approximately 240 kg of CO2 eq., that is a non-teleworker produces 240 kg of CO2 eq.
more than a teleworker. The impact caused by a non-teleworker compared to a teleworker increases
when the proportion of employees commuting by car increases and decreases when the proportion of
employees commuting by car decreases. However, even if only 60% of employees commute to work by
car, the global warming impacts associated with non-teleworking are still greater than those associated
with teleworking.

Figure 5-1 Global warming impact benefit (difference between teleworking and non-
teleworking) associated with different percentages of employees commuting to work by
car

500
Global warming impact difference

450
between non-teleworkers and
teleworkers (kg CO2 eq)

400
350
300
250
200
150
100
50
0
Base Case 60% 70% 80% 90%
(75%)
Percentage of employees commuting via car to work

5-2



Average number of kilometres travelled by employees, by car to get to and from work
The results of the sensitivity analysis for the average kilometres travelled by employees, by car to get to
and from work are presented in Figure 5-2. In the base case it is assumed that employees on average
commute 34 km to get to and from work. In this situation non-teleworkers are responsible for
approximately 240 kg of CO2 eq. more than teleworkers. This difference increases and decreases with
the number of kilometres travelled. When an employee travels 25 km or less to get to and from work, the
global warming impact for teleworkers becomes greater than the impact associated with non-teleworkers.

teleworking) associated with kilometres travelled

1000
teleworking and teleworking

800
difference between non-
Global warming impact

600
(kgCO2 eq)

400

200

0
Base Case 20 25 30 40 50
-200 (34)
-400
Kilometers travelled

5-3



5.1.2 Energy usage in the Company office
Amount of energy used in the company office
The results of the sensitivity analysis for energy usage in the company’s office are presented in Figure
5-3. In the base case it is assumed that the average company building consumes 246 kWh/m2 year of
electricity and 0.075 GJ/m2 year of gas. When the amount of energy consumed in the company’s office
increases the difference between the global warming impacts for non-teleworking and teleworking
increases, and decreases as the amount of energy decreases. A 75% reduction in present average
energy consumption at Telstra’s office still results in the global warming impact for non-teleworkers being
greater than the impact associated with teleworkers.

teleworking) associated with changes in energy usage in the average company office

350
between non-teleworking and

300

250
teleworking
(kgCO2 eq)

200

150

100

50

0
Base Case -75% -50% -25% 25% 50%
Percentage change from the base case

Percentage of the company’s office space consolidated due to hot desk arrangements
for teleworkers
The results of the sensitivity analysis for the percentage of office space saved when employees’ hot-desk
is captured in Figure 5-4. In the base case only 4-day a week teleworkers hot desk and they share one
desk amongst 4 employees. It is assumed in this scenario that the company would immediately reduce
the space occupied by 4-day teleworkers by 10%, which represents 5% of the space occupied by all
teleworkers and therefore would result in a 5% reduction in energy usage.
Figure 5-4 highlights that the difference in kg of CO2-eq increases, as the consolidation of space
increases and therefore energy use decreases. If 50% of the space originally occupied by teleworkers is
immediately consolidated due to a combination of 4-day and 2-day teleworkers hot-desking, then up to
1,624 kg CO2eq could be saved.

5-4


teleworking) associated with changes in the percentage of teleworkers’ original office
space consolidated due to hot desk arrangements for teleworkers

1800

1600
Global warming impact difference between non-
teleworking and teleowrking (kg CO2 eq)

1400

1200

1000

800

600

400

200

0
Base Case (5) 12.5 25 37.5 50
Percentage of telew orkers' original office space consolidated due to hot
desk arrangements

5.1.3 Energy usage in the home office
Overall home office energy usage variation
The results of the sensitivity analysis for energy usage in the home office are presented in Figure 5-5. In
the base case, it is assumed that the average home office consumes 866 kWh of energy per year
(including rebound effects). As could be expected, the benefits associated with teleworking decrease
when energy consumption in the home office increases, and increases when the home office energy
consumption decreases. When the consumption level is increased by around 30%, the global warming
impact for non-teleworkers becomes greater than the impact associated with teleworkers.

5-5


teleworking) associated with varying levels of home office energy consumption

700

600

500

400
teleworking
(kgCO2 eq)

300

200

100

0
Base Case 20% 40% -20% -40%
-100

-200
Percentage variation on the base case

Energy usage in the home office associated with heating and cooling specifically
The results of the sensitivity analysis for energy usage associated with heating the home office are
presented in Figure 5-6. In the base case, it is assumed that the average home office requires heating for
7 hours a day, 11 weeks of the year. When the number of heating hours increases, the difference
between the global warming impact for non-teleworking and teleworking decreases, or, conversely,
increases as the number of hours decreases. Even when the number of heating hours is increased to 9,
the global warming impact of non-teleworking is still greater than the impact associated with teleworking.
The results of the sensitivity analysis for energy usage associated with cooling are presented in Figure
5-7. In the base case, it is assumed that the average home office requires cooling for 7 hours a day, 11
weeks of the year. When the number of cooling hours increases, the difference between the global
warming impact for non-teleworking and teleworking decreases, and, conversely, it increases as the
number of hours decreases. Even when the number of cooling hours is increased to 9, the global
warming impact for non-teleworkers is still greater than the impact associated with teleworkers.

5-6


teleworking) associated with varying hours of home heating required

400
teleworking and non-teleowking (kg CO2 eq)
Global warming impact difference between

350

300

250

200

150

100

50

0
4 5 6 Base Case 8 9
(7)
Number of hours heating required in the home office

teleworking) associated with varying hours of home cooling required

450

400
teleworking and non-teleowking (kg CO2 eq)
Global warming impact difference between

350

300

250

200

150

100

50

0
4 5 6 Base Case 8 9
(7)
Number of hours cooling required in the home office per telew orking day

5-7


5.2 Human toxicity
As discussed in Section 4.3, it was decided to mainly focus on global warming. However, as human
toxicity results go in the opposite direction to global warming (i.e. for human toxicity the impacts
associated with teleworking are greater than those associated with non-teleworking), it was considered
useful to also conduct some sensitivity analysis on human toxicity impacts. The analysis was undertaken
to determine how sensitive human toxicity results are to changes in some parameters and to identify in
which situations the overall direction of the results would change.
The process applied to global warming was also applied to human toxicity. Sensitivity was applied to the
following parameters (chosen because of their association with the key contributors):

• Energy usage in the company office:
– quantity of energy consumed in the office; and
– percentage of company’s office space consolidated due to hot desking arrangements for
teleworkers.

• Energy usage in the home office:
– overall home office energy usage variation; and
– energy usage of heating / cooling specifically.
The result for these sensitivity analyses are provided in Appendix C. In the analysis, human toxicity
impacts associated with teleworking become less than the non-teleworking when the company is able to
immediately consolidate 25% of the original office space occupied by teleworkers.
Overall, the analysis demonstrates that none of the parameters are very sensitive with regards to human
toxicity impacts. This illustrates that human toxicity impacts are not very dependant on the amount of
energy used, but depend on the source of the energy as discussed in Section 4.3.

5-8


Section 6 Data Quality Evaluation
6 Data Quality Evaluation

This section analyses the life cycle inventory and impact assessment results against the stated goal and
scope definition of the LCA and provides quantified and accurate interpretations of the results. It deals
with issues of data consistency, variability, uncertainty (dealt with in section 6.2) and completeness (dealt
with in section 6.1) and discusses how these affect the interpretation and the meaning of the results and
findings.

6.1 Consistency check
• The system boundaries and allocation procedures have been uniformly applied throughout the life
cycle analysis process. All reported resource inputs and emissions under the chosen sub-systems
have been considered for the inventory analysis and impact assessment.
• The decision to upgrade, replace or purchase home heating and cooling devices or any other home
equipment is not affected by teleworking but their usage increases with teleworker days. While it is
acknowledged that this assumption is probably not conservative, attempting to factor this in would
potentially lead to misleading results (e.g. behavioural studies would need to be included).
• The emissions associated with fluorocarbons (HFCs and HCFCs) due to air conditioning and
refrigeration in residential buildings and commercial buildings are assumed to be the same. Even
though commercial equipment produces more emissions purely based on its size, the cumulative
impact of residential emissions is likely to result in this assumption being found reasonable.
• It has been assumed that car commuters are travelling alone in their car, which might not be the
case. However, part, if not all, of this impact is captured through the car usage rebound impact for
teleworkers.
• The life cycle impacts of a desktop or laptop computer are the same. This is questionable but the
difference is unlikely to be significant enough to influence the results of the model. If anything, this
assumption is overly conservative, as power usage and lifecycle impacts of a laptop are generally
smaller than those of a desktop computer.
• Other assumptions made may be considered as overly conservative and are likely to compensate
those highlighted above. In particular, it has been assumed that employees working from home
would be alone at home, whereas it is likely that a significant proportion of them would have family at
home regardless of whether they telework or not. This has direct implications on impacts associated
with energy usage, and rebound effects for teleworkers.

6.2 Completeness check
The life cycle impact assessment covered a significant range of impact categories and emission
substances. However, due to the project scope, timeframes and resources, the model is based on a
number of key assumptions, which if changed may have significant impacts on the results obtained.

• The life cycle impacts associated with the infrastructure required for lighting, heating and cooling in a
residential building compared to a commercial building were assumed to be the same. At present,
LCA data associated with this infrastructure are not available and the project team felt that obtaining
such data would be a separate project in itself.
• It was assumed that a teleworker and a non-teleworker consume the same amount of water and
office resources such as paper and basic stationary items, and produce the same amount of waste
(including human waste) and wastewater. Therefore, with the exception of the solid waste associated
with the disposal of a car and office equipment, these aspects have not been considered in the
model. This assumption seems reasonable as basic human needs and behaviour regarding office
resources are not expected to change significantly based on where an employee works17.

17
With regards to paper consumption, James (2004) shows that the response is mixed with some teleworkers indicating that paper
consumption increases as a result of teleworking while others indicate a decrease.

Prepared for Telstra, 43283300
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revised version 17102008.doc 6-1


Section 6 Data Quality Evaluation
• The impacts on the ADSL or phone network associated with the teleworking of Telstra’s employees
were assumed to be negligible (assumption of 3,000 employees teleworking – see 1.4). This
assumption seems reasonable given the small number of potential teleworkers compared to the
overall number of ADSL or phone users in Australia.

• It is assumed that the effort of heating and cooling a building is not dependant on the number of
people in the building. This assumption seems reasonable based on the relatively small percentage
of people teleworking compared to the total workforce.

Prepared for Telstra, 43283300
Final
revised version 17102008.doc 6-2


Section 7 Conclusion and Recommendations
7 Conclusion and Recommendations

The lifecycle assessment of teleworking shows that, using Telstra as an example, and based on the data
and assumptions laid out in this report, implementing a teleworking policy can avoid a number of
environmental impacts. This overall conclusion should not hide the fact that some indicators are slightly
negative. While the results are robust and the conclusion remains true in most cases covered in the
sensitivity analysis, the following key parameters greatly influence the magnitude of the environmental
benefits from teleworking:

• the longer the commuting distance, the greater the environmental benefits;

• the more efficient the company buildings are, the less the environmental benefits;

• the larger the amount of space occupied by teleworkers that can be immediately consolidated within
the company offices due to hot-desk arrangements, the greater the environmental benefits;

• the more energy efficient the home office set up, the greater the benefits; and

• the more the home office is relying on “cleaner” energy sources, the better (for example gas for
heating rather than electricity from coal).
This has practical implications for the definition and implementation of teleworking in a company and
therefore the following recommendations have been made, which would also be valid for any organisation
willing to implement teleworking.

Recommendations
1) Arrangements should be made to encourage all teleworking employees (both 2-day and 4-day) to
hot-desk when they are in the company office.
2) The space created through hot-desk arrangements in company’s office should be consolidated as
quickly as possible so that the energy and financial benefits can be recognised.
3) Employees should be encouraged to ensure that their home office set up is as energy efficient as
possible. For example, they should rely as much as possible on natural lighting and/or utilising energy
efficient bulbs and use the most efficient heating/cooling devices and home appliances.
4) The company could consider contributing to energy efficiency set-ups by providing an energy efficient
kit for teleworkers which could include products such as energy efficient light bulbs and guidance on
how to undertake an energy efficiency audit of the home.
5) Employees should be made aware of the impacts of rebound effects and encouraged to restrict the
amount of lighting or heating and cooling outside their home office environment.

7-1


Section 8 References
8 References

Australian Bureau of Statistics, Locations of Work - November 2005, May 2006 Publication No: 6245.0
(http://www.ausstats.abs.gov.au/ausstats/subscriber.nsf/0/6E9503DDBC4724C0CA257179001909C6/$Fi
le/62750_nov%202005.pdfdownloaded 25 June 2007)
Australian Bureau of Statistics, 2001 Census, Community Profile Series: Population and Housing
Australia, Commonwealth of Australia 2003. Catalogue Number 2600.0
Australian Bureau of Statistics, Survey of Motorvehicle Use. 12 Months Ended 31 October 2005, 9208.0
Commissioner for Environmental Sustainability, Victoria, Commuter Transport: Mode efficiency, mode
choice and environmental impact in Victoria, March 2006
E D. Williams, Assessing the potential of telecommuting as an energy saving technology in Japan, United
Nations University, 2003.
E. Kitou and A.Horvard. Energy-related Emissions from Telework. Environmental Science and
Technology, 31(16)3467-3475, 2003.
Energy Australia, Energy User Guide (http://www.energy.com.au/energy/ea.nsf/Content/VIC+Home
downloaded 11 April 2007)
Environment Canada, Understanding the Environmental Aspects of Electronic Products: A Life Cycle
Assessment Case Study of a Business Telephone, EPS M-422, Minister of Public Works and
Government Services Canada, March 2000
European Telecommunications Network Operations Association (ETNO) and WWF, Saving the Climate
at the Speed of Light (www.etno.be)
Huijbregts M and Lundie S. (2002) Australian life cycle impact assessment of toxic emissions. Revised
version. Department of Environmental Studies, Nijmegen University and Centre for Water and Waste
Technology, UNSW.
J. von Geibler et al., The environmental impacts of mobile computing - A case Study with HP, Wuppertal
Institute, April 2003
Mallon, K, Johnston, G, Burton, D, Cananagh, J, Towards a High-Bandwidth, Low-Carbon Future:
Telecommunications-based Opportunities to Reduce Greenhouse gas Emissions (A Climate Risk Report
commissionsed by Telstra) (http://www.telstra.com.au/abouttelstra/csr/reports.cfm)
M.D. Bovea and R. Vidal, Materials selection for sustainable product design: a case study of wood based
furniture eco-design, 25 September 2003
NSW Department of Infrastructure, Planning and Natural Resources, 2002 Household Travel Survey
Summary Report, October 2004 (http://www.travelsmart.gov.au/resources/index.html#publications)
Orgean Department of Energy, Kaiser Permanente Saves Office and Parking Space Through
Telecommuting — and Gains Other Advantages, Telecommuting, May 1996
P. Fries, Can ICT Beat CO2? (Undertaken for the Global e-Sustainability Initiative (GeSI: www.gesi.org))
P. James, Is Teleworking sustainable? – an analysis of its economic, environmental and social impacts,
2004. (On behalf of SusTel)
R. Morgan, Victorian Utility consumption survey 2001, 2002 (Undertaken for the Victorian Department of
Human Services)
Report of the Australian Telework Advisory Committee to the Australian Government, Telework for
Australian Employees and Businesses - Maximising the economic and social benefits of flexible working
practices, Commonwealth of Australia, 2006:
http://www.dcita.gov.au/__data/assets/pdf_file/37022/ATAC_REPORT.pdf
Road Traffic Authority NSW’s Teleworking Pilot Project, Teleworking a flexible working opportunity,
1993/94 (www.rta.nsw.gov.au)

8-1


Section 8 References
Standards Australia/ Standards New Zealand, Australian/ New Zealand Standard – Environmental
Management – Life Cycle Assessment – Principles and Framework, March 1998
Standards Australia/ Standards New Zealand, Environmental Management – Life Cycle Assessment –
Principles and Framework, 1998
Tan, Kevin Chin Ning, Life cycle assessment of a mobile phone, October 2005, Toowoomba, Australia.
V.Narayanaswamy et al, Environmental Life Cycle Assessment Case Studies for Western Australian
Grains Products, May 2004.

8-2


Section 9 Limitations
9 Limitations

URS Australia Pty Ltd (URS) has prepared this report in accordance with the usual care and
thoroughness of the consulting profession for the use of Telstra and only those third parties who have
been authorised in writing by URS to rely on the report. It is based on generally accepted practices and
standards at the time it was prepared. No other warranty, expressed or implied, is made as to the
professional advice included in this report. It is prepared in accordance with the scope of work and for the
purpose outlined in the Proposal dated 16 February, 2007.
The methodology adopted and sources of information used by URS are outlined in this report. URS has
made no independent verification of this information beyond the agreed scope of works and URS
assumes no responsibility for any inaccuracies or omissions. No indications were found during our
investigations that information contained in this report as provided to URS was false.
This report was prepared between 12 May, 2007 and 10 December 2007 and is based on the conditions
encountered and information reviewed at the time of preparation. URS disclaims responsibility for any
changes that may have occurred after this time.
This report should be read in full. No responsibility is accepted for use of any part of this report in any
other context or for any other purpose or by third parties. This report does not purport to give legal advice.
Legal advice can only be given by qualified legal practitioners.

17102008.doc
9-1


Appendix A Life Cycle Impact Data for Office Equipment
A. Life Cycle Impact Data for Office Equipment

Data sources for equipment materials
Note:

• AU: Australian Data 2005

• RER: Ecoinvent system process (European database)

Table A-1 LCI data for a desk top telephone

Amount Unit Source Notes
Materials1
ABS, Acryloniril 0.6204 kg AU
butastyrene
Steel, electric, un-and 0.12549 kg RER Doesn't include transportation
low alloyed from the foundry to manufacturing
plant
HDPE, High density 0.3243 kg AU
polyethylene
Copper 0.07755 kg AU
Printed board I 0.03666 kg AU
Wire drawing, copper 0.07755 kg RER
Processes
Injection moulding 0.6204 kg AU This is a proxy for energy used in
the manufacturing process
Waste disposal
Landfill inert waste 1.1844 kg AU
Life 3 years

Source: Environment Canada, 2000

Table A-2 LCI data for a steel frame office chair

1
Materials
Chromium Steel 18/8 1.429 kg RER
Aluminium Alloy AlMg3 .6 kg RER
Polyurethane, flexible .65 kg RER
foam
Waste disposal
Aluminium Waste 6 g
Steel Waste 14.06 g
Textile Waste 52 g
Life 10 years

Reference: J. von Geibler et al, 2003



Table A-3 LCI data for a power adapter for computer

1
Materials
HIPS, High Impact 89.25 g RER
Polysterene
Chromium Steel 18/80 178.50 g RER
PVC, Polyvinyl Chloride 35.70 g AU
Copper 53 g AU
Wire drawing, copper 53 g RER
Processes
Injection Moulding 35.70 g AU This is a proxy for energy
used in the
manufacturing process
Waste disposal
Landfill inert waste 356.45 g AU
Life 3 years


Table A-4 LCI data for an office desk

1
Materials
Chromium Steel 18/80 500 g RER
Glue Laminated Timber, .06 m3 RER
indoor use
Melamine Formaldehyde 500 g RER
resin
Processes
Australian average 20 kWh AU This is a mix of energy
electricity mix, high used in the process of
voltage manufacturing the
laminated timber and the
desk itself. (Estimates
only)
Waste disposal
Landfill inert waste 3 kg AU
Life 10 years

Reference: M.D. Bovea and R. Vidal, 2003



Table A-5 LCI data for a computer modem

1
Materials
PVC, Polyvinyl Chloride 5.88 g AU
Steel Slab 8.12 g AU
Electronics for Control 13 g RER
units
Processes
Injection Moulding 5.88 g AU
Waste disposal
Landfill inert waste 27 g AU
Life 3 years


Table A-6 LCI data for a mobile phone

1
Materials
Mobile Phone Printed Board 11.22 g AU
Electronics
IC’s (weight) 6.66 g AU
ABS, Acrylonitrile- 1.54 g RER
butadiene-styrene
copolymer
Tin 3.03 g AU
Copper (Electro- .41 g AU
refining)
Rolled Steel 20% .56 g AU
recycled (BOS route)
Wire drawing, copper .41 g RER
Mobile Phone Acrylonitrile- 27.53 g RER
Casing butadiene-styrene
copolymer, ABS
Synthetic rubber, at 0.62 g RER
plant
Copper (Electro- 1.28 g AU
refining)
Gold 0.08 g AU
Aluminium, primary 1.43 g RER
Mobile Phone ABS, Acryloniril 10.31 g AU
Battery butastyrene
Tin 0.37 g AU
Printed board 0.41 g AU
Processes




1
Materials
Mobile Phone Injection Moulding 1.54 g AU This is a proxy for
Electronics energy used in
the
manufacturing
process
Mobile Phone Injection moulding 27.53 g AU This is a proxy for
Casing energy used in
the
manufacturing
process
Battery energy used in
the
manufacturing
process
Waste disposal
Mobile Phone Land inert waste 23.42 g AU
Electronics
Mobile Phone Landfill inert waste 30.94 g AU
Casing
Battery
Life 3 years

Source: Tan, 2005

Table A-7 LCI data for a mobile phone charging equipment

1
Materials
Mobile Phone Wire drawing, copper 15.28 g RER
Charger
Adapter
Copper 15.28 g AU
PVC, Polyvinyl 15.28 g AU
chloride
Printed board 2 g AU
Iron ore 167.68 g AU
ABS, Acryloniril 40.73 g AU
butastyrene
Mobile Phone Printed board 17.79 g AU
Charger
Copper 3.87 g AU
IC's (weight) 5.32 g I
Tin/AU 0.14 g AU
Mobile Phone ABS, Acryloniril 42.35 g AU
Charger butastyrene




1
Materials
Casing
Copper 33 g AU
Wire drawing, copper .25 kg RER
PVC, Polyvinyl .25 g AU
Chloride
Aluminium, Primary 210 g RER
Processes
Charger energy used in the
Adapter manufacturing
process
Mobile Phone Injection Moulding 42.35 g AU This is a proxy for
Charger energy used in the
Casing manufacturing
process
Waste disposal
Charger
Adapter
Charger
Life 3 years

Source: Tan, 2005

Table A-8 LCI data for a laptop docking station

1
Materials
ABS, Acryloniril 1.50 kg AU
butastyrene
Silicon, electronic grade 200 g DE
Chromium Steel 18/80 3.50 Kg RER
Copper 200 g AU
Wire Drawing, Copper 200 g RER
Processes
Injection Moulding 1.5 kg AU This is a proxy for energy
used in the
Waste disposal
Landfill inter waste 5.4 kg AU
Life 3 years

Source: Estimated materials content based on the weighting of an HP standard docking station



Table A-9 LCI data for a computer keyboard

1
Materials
Aluminium alloy, AlMg3, 67.9 g RER
at plant
Polystyrene, high impact, 29.1 g RER
HIPS, at plant
ABS, Acryloniril 800 g AU
butastyrene
Processes
Injection moulding 800 g AU This is a proxy for energy
used in the
Waste disposal
Landfill inert waste 897 g AU
Life 3 years

Source: Estimated materials content based on the weighting of an HP standard computer keyboard

Table A-10 LCI data for a computer mouse

1
Materials
ABS, Acryloniril 80 g AU
butastyrene
Wire drawing, copper 25 g RER
Electronics for control 5 g RER
units
Copper 25 g AU
Processes
Injection moulding 80 g AU This is a proxy for energy
used in the
Waste disposal
Landfill inert waste/AU U 135 g AU
Life 3 years

Source: Estimated materials content based on the weighting of an HP standard computer mouse (non laser)



Appendix B Impact Category Flow Charts
B. Impact Category Flow Charts

The following flowcharts present the same data as the flowcharts shown in the body of the report (Figure 4-1 through to Figure 4-4), but seen from a different angle. Indeed, the same building blocks have been combined differently,
with a view to make the differential impacts of the different components of the analysis more obvious. Under “infrastructure differential” the infrastructure for both scenarios is compared with the most significant residual impacts
highlighted in the flow chart, that being, in Figure 9-1 the impacts associated with the car. Similarly the difference between the two models with respect to energy usage (in the company office and home office) and transportation
usage (ie. fuel consumed) is compared under “Transport usage and energy usage differential per year”.

Figure B-1 Global warming flow chart highlighting differential impacts



Figure B-2 Human toxicity flow chart highlighting differential impacts




Figure B-3 Abiotic depletion flow chart highlighting differential impacts



Figure B-4 Photochemical oxidation flow chart highlighting differential impacts



Sensitivity Analysis Results Associated with
Appendix C Human Toxicity
C. Sensitivity Analysis Results Associated with Human Toxicity

Figure C-1 Human toxicity impact difference between non-teleworking and teleworking
associated changes in the amount of energy required for the company’s average office

0
Base Case -75% -50% -25% 25% 50%
Human toxicity impact difference between non-
teleworking and teleworking (kg 1,4-DB eq)

-10

-20

-30

-40

-50

-60
Percentage change from the base case in the amount of
energy required for Telstra's average office

associated with changes in the percentage of teleworkers’ original office space
consolidated hot-desking arrangements

60

50

40

30

20

10

0
Base Case (5) 12.5 25 37.5 50
-10

-20

-30

-40

-50

-60
Percentage of telew orkers' origina l office spa ce consolidated due to hot
desk arrangements

17102008.doc


associated with variations in the home office energy usage

0
Base Case 20% 40% -20% -40%
-10
Human toxicity impact difference
teleworking (kg 1,4-DB eq)

-20

-30

-40

-50

-60

-70

-80
Pe rce ntage v ariation in e ne rgy use in the home office

associated with variations in the number of hours cooling is required in the home office

0
4 5 6 Base Case 8 9
(7)
teleowking and teleworking (kg 1,4-DB eq)

-10

-20

-30

-40

-50

-60
Number of hours cooling required in the home office per
telew orking day

17102008.doc


associated with variations in the number of hours heating is required in the home office

0
4 5 6 Base Case 8 9
(7)

-10

-20

-30

-40

-50

-60
Number of hours heating required in the home office per
telew orking day

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Appendix D Desk Top Review of Literature
D. Desk Top Review of Literature

Context
URS has been engaged by Telstra to complete an assessment of the environmental benefits and costs
associated with teleworking. As part of the project URS has undertaken a desktop review. The objective
of the desktop review is to identify any existing information that may help inform the project.

Material Reviewed
The following material was identified and reviewed as part of the task:
1) E D. Williams, Assessing the potential of telecommuting as an energy saving technology in Japan,
United Nations University, 2003.
2) E. Kitou & A.Horvard, Energy-related emissions from Telework, American Chemical Society,
6/11/2003.
3) European Telecommunications Network Operations Association (ETNO) and WWF, Saving the
Climate at the Speed of Light (www.etno.be)
4) Orgean Department of Energy, Kaiser Permanente Saves Office and Parking Space Through
Telecommuting — and Gains Other Advantages, Telecommuting, May 1996
5) P. Fries Can ICT Beat CO2?, undertaken for the Global e-Sustainability Initiative (GeSI:
www.gesi.org)
6) P. James, Is Teleworking sustainable? – an analysis of its economic, environmental and social
impacts, 2004. On behalf of SusTel.
7) Road Traffic Authority NSW’s Teleworking Pilot Project, Teleworking a flexible working opportunity,
1993/94 (www.rta.nsw.gov.au)
AT&T, Bell Canada and British Telecom’s websites were also included in the review.

Findings
The findings from the review suggest that a number of companies have benefited from their teleworking
programs, however, not a lot of information could be found that extensively quantified the environmental
costs and benefits. Where the benefits are quantified the information provided was generally limited, for
example Fries (5) simply states that “15,000 Bell Canada employees telecommute, saving 6,000 tonnes
of CO2 a year”. The scope, boundaries and assumptions behind calculations are not often revealed. Two
exceptions were the studies completed by Williams (1) and Kitou & Horvard (2).
A summary of the key findings are provided in the following table:

17102008.doc



Source 1. Assessing the potential 2. Energy-related emissions 4. Kaiser Permanente Saves 6. Is Teleworking sustainable? 7. Teleworking a flexible
of telecommuting as an from Telework Office and Parking Space – an analysis of its economic, working opportunity
energy saving technology Through Telecommuting — environmental and social
in Japan and Gains Other Advantages impacts,

Context Provides an estimate of the Quantifies the greenhouse gas Outcomes from Kasier Summarises the results of SUSTEL Provides a summary of the
potential for telecommuting to and other air emissions Permanente teleworker program (Sustainable Teleworking), a planning, implementation, and
save energy across Japan. associated with teleworking and trial for 12 employees. European Commission research findings of the RTA Teleworking
non-teleworking scenarios. project on the social, economic and Pilot Project 1993/94.
environmental consequences of
telework.

Transportation The average employee drives a Teleworkers reduced their The average employee mean On average, the total number of
Honda Accord, 9 years old, with commute to work by 55,000 estimated reduction in weekly trips by teleworkers on
a US EPA “environmentally miles in a year. commuting travel was 174 km, the teleworking days by all modes of
friendly” rating of 6/10. average mean estimated additional transport fell by 53% compared
travel (rebound effect) was 47 km with “normal” work days.
Average distance travelled, 12 (27% of initial travel saving).
miles; induced distance 6 miles There was an overall decrease
(50% of initial travel saving). in both car and public transport
travel by teleworkers and their
household members, but car
travel by household members
other than the teleworkers
themselves appears to have
increased slightly.

On average, the number of
public transport trips by
teleworkers fell by 93% and the
number of car trips fell by 25%.
The number of car trips on
teleworking days by those who
normally travelled to work by car
fell by 37%.

There were very substantial
reductions in average total daily
travel distances (79%),
duration’s (75%), and average





trip lengths (55%), for
teleworkers on teleworking days,
whilst there was no significant
change in travel distances and
duration’s for household
members.

Travel-related costs were
substantially reduced on
teleworking days.


Energy Applied average national Assume copiers, printers and fax Teleworking which does not involve
energy usage figures for machines in company office are substantial reductions in
commercial and residential shared among a number of workspace requirements usually
buildings. employees; therefore, energy is has a limited impact on office
not saved due to a teleworker. energy consumption.
Difference between using
power consumption for IT Work-related usage of electronic Using home occupancy as an
equipment at home or at the equipment at home is based on indicator of energy usage - 53% in
office is not considered usage in the office and is on Italy, 41% in Germany and 37% in
significant compared to most of the day. BT - reported that their home
climate control and lighting occupancy went up by 21 hours a
and therefore assumed zero. Induced energy usage of home week or more. 94% of Danish and
electronics (eg TV, oven) is 54% of BAA respondents - both of
Climate control occurs 12 assumed to increase the more whom were supplementary
hour/day, 365 days a year, an employee teleworks. teleworkers - were at home for an
yielding an estimate of 300W additional 10 hours or less.
per room. Heating and cooling, natural gas
air furnace and central air
Home office lighting uses conditioning are the preferred
200W of power. choices for both the company
and the home office.

Home heating and cooling
increases as teleworker day’s
increase (1 day, 10% increase, 3





days, 30% increase and 5 days,
50% increase).

Incandescent bulbs are used in
the home (60W in the office,
110W in the family room and
95W in the kitchen).

Home lighting increases as
telework day’s increase (1 day, 5
hours, 3 days, 11 hours, 5 days
18 hours).

Induced lighting increases as
telework day’s increase (1 day, 1
hour, 3 days, 6 hours, 5 days 10
hours).

Lighting and heating and cooling
related energy use in the
company office not included
when another employee
occupies that office space.

Energy usage (lighting and
heating and cooling) within the
company office is based on floor
space.

Office Two-thirds of an office 45% of teleworkers have a Shared a desk at the company
Environment building is not actual office separate home office while 55% office with one other and a
space but halls and meeting share a family space. number of hot spots were made
rooms. available to cater for overlap.

Telecommuting 4 days a
week reduces office space by





25%, 2 days a week does not
reduce office space.

Home offices cover one third
of the average residence.


Other Viable workforces were Telework days accounted for are The teleworkers worked at home Substantial duplication of
mobile sales and those spent working at home 2 to 4 days a week. equipment (desks, computers,
specialists/technical work less the hours the employee peripherals etc) was occurring in
force or clerical workers. would anyway spend working at All computer and 16 out of 30 cases. The
home on a non telework day. telecommunications equipment organisations without major
was supplied, which made duplication were generally those
Each employee is provided with maintenance and use of which had introduced hotdesking
a desktop computer and phone. software applications easier. arrangements.
Telephone line installation,
monthly fees and equipment Paper consumption: 2-29% of
maintenance was paid. survey respondents felt that
teleworking created more printing
of documents, and 4-31% a
decrease. The latter appears to be
linked to extensive use of the
Intranet.

Key Outcomes Teleworkers from the mobile Teleworking may reduce CO2, Teleworking does reduce transport-
sales and specialists/technical CO, SO2, PM10 and NOx related environmental impacts, but
work force in Japan reduce emissions but not CH4, and N2O by significantly less than initial
national energy consumption emissions under certain commuting reductions suggest
by 1% if telecommuting 4 conditions. because of the rebound effect.
days a week or 0.4% for
telecommuting 2 days. Transportation related impacts
may be reduced, however home
Clerical workforce teleworkers related impacts may offset these Traditional forms of teleworking
would reduce national energy reductions. Office related which duplicate resources tend to
consumption by 1.1%. impacts may not be reduced have negative impacts on energy,
equipment, and materials use,





The results indicate that unless the office is shared with without creating significant
telecommuting should be other employees during offsetting reductions in office
considered as a serious teleworking days. building-related energy
candidate for reduction of consumption.
energy-related environmental Success is dependant on
impacts. However, there is a commuting patterns, induce Working at home can considerably
level of uncertainty present energy usage, and office and increase heating, lighting, and
and adoption, especially for house characteristics and other energy-consuming activities.
clerical workers is hampered equipment use.
by the limitation on modes of
communication.

Transport savings is the
dominant factor and energy
use in buildings (commercial
and residential) is significant.
One needs to ensure that
consumption in office
buildings is reduced
sufficiently to at least balance
out increases in residential
consumption.




Other
From the remaining material the following was noted:

• The biggest saving achieved through teleworking is the reduced need for office space. 10 million
teleworkers could result in savings of greater than 11 million tones of CO2, while 30 million could
result in savings of greater than 34 million tones of CO2. (3)

• 15,000 Bell Canada employees telecommute, saving 6,000 tonnes of CO2 a year. (5)

• AT&T has reduced real estate costs by 30 million and gained $150 million in extra hours of
productivity and has lowered training and staff costs as teleworkers are less likely to switch jobs than
in-office staff. (5)

Conclusion
From the information reviewed a conclusion cannot be made regarding whether or not the benefits
associated with teleworking outweigh the costs. However, it does provide important information that may
be used or adapted to develop appropriate assumptions for the Telstra model. It also highlights that the
key variables to be considered include travel, energy and equipment usage and office and home
characteristics and that appropriate attention needs to be given to the rebound or induced effects
associated with teleworking

17102008.doc


Appendix E Peer Review Report and Response
E. Peer Review Report and Response

17102008.doc

PEER REVIEW OF
TELEWORKING
LIFE CYCLE ANALYSIS

SVEN LUNDIE, GREG PETERS

JULY 2007

CENTRE FOR WATER AND WASTE TECHNOLOGY
SCHOOL OF CIVIL AND ENVIRONMENTAL ENGINEERING
VALLENTINE ANNEX (H22)
UNSW SYDNEY 2052

PH (02) 9385 5097
FAX (02) 9313 8624
EMAIL cwwt@unsw.edu.au
WEBSITE cwwt.unsw.edu.au

DOCUMENT STATUS RECORD

Project Title: Peer Review of Teleworking Life Cycle Analysis
Client: URS Melbourne
Document Title Peer Review of Teleworking Life Cycle Analysis
Document File Name: 070727 peer review URS-TLS LCA

Issue Signatures
Date of Issue Description
No Authors Checked Approved
1 24 July 2007 First draft SL GP GP
2 25 July 2007 Draft SL, GP SL SL
3 27 July 2007 Final SL, GP GP GP

Notes:

Issue 2 Draft report for internal review
Issue 3 Document issued to client

Disclaimer:

1. The Centre for Water and Waste Technology has taken all reasonable steps to ensure
that the information contained in this publication is accurate at the time of production.
In some cases, we have relied on information supplied by the client.
2. This report has been prepared in accordance with good professional practice. No other
warranty, expressed or implied, is made as to the professional advice given in this report.
3. The Centre for Water and Waste Technology maintains no responsibility for the
misrepresentation of results due to incorrect use of information contained within this
report.
4. This report should remain together and be read as a whole.
5. This report has been prepared solely for the benefit of the client listed above. No liability
is accepted by the Centre for Water and Waste Technology with respect to the use of this
report by third parties without prior written approval.

Copyright:

© The Centre for Water and Waste Technology

Contents
Executive Summary ...................................................................................................................4

1 Approach .................................................................................................................................5

2 Main comments ......................................................................................................................5

3 Specific comments .................................................................................................................6

4 References ...............................................................................................................................8

Executive Summary
Telstra contracted URS Australia to deliver a life cycle assessment (LCA). URS Australia
contracted the Centre for Water and Waste Technology at UNSW to perform a peer review
of the LCA. This document describes the peer review.

The purpose of the LCA is to compare the environmental impacts of teleworking versus
conventional commuting to work. The level of detail of the analysis of the alternative
systems is appropriate to the purpose of the study. The report follows the recommended
structure of ISO series of standards and the definition of the function unit is clear in the
context of Telstra’s operations in Australia. The results of the study are presented for all
potential teleworkers as well as on an individual basis. The language and structure of the
LCA report are clearly constructed.

Since this study is a comparative LCA, it appropriately does not cover the full life cycle
impacts of the alternative systems, but only the processes where the two systems differ.
This is sometimes called a “differential” or “consequential” approach. The report clearly
describes the decision to use this approach and the relevant assumptions made as part of
the LCA study in relation to transportation, office equipment and environment are mostly
described in detail.

For this study, four impact categories have been selected: global warming potential, abiotic
depletion potential, human toxicity potential and photochemical oxidation potential. These
impact categories are largely driven by energy consumption. When compared with
conventional commuting to work, the abiotic depletion potential and global warming
potential results reveal a small difference between the options: teleworking is ~5% lower.
There is a larger reduction in photochemical oxidation potential (~40%). These three
impact categories are driven by energy consumption. On the other hand, a larger burden is
associated with teleworking in terms of human toxicity potential (~17%). These results
appear to be robust in the face of variation of all the key variables, with the exception of the
distance travelled to work. In this case, a 25% reduction in distance results in a reversal of
the global warming impacts.

In this peer review we have identified some technical matters for consideration and we
believe checking them will assist the client in its desire to ensure the robustness of the
analysis. We also make some suggestions which will enhance the clarity of the LCA report
and the ease with which a new reader will be able to understand the findings. We find that
the overall interpretation of the results in the report is supported by the underlying analysis.
Summary reportage of this work should point out the significance of the distance travelled
to work by commuters in determining the outcome of the scenario comparison.

Peer Review of Teleworking Life Cycle Analysis Page 4 of 8

1 Approach
URS delivered a copy of its full report “Teleworking Life Cycle Analysis” (Teleworking
Lifecycle Analysis Complete 290607.doc) and a copy of the complete underlying LCA
model constructed using the SimaPro life cycle assessment software
(Simaprobackup100707.SPBackup). We examined the model using SimaPro 7.

We considered:
• the appropriateness of the scope to the goal of the study
• the consistency of the system boundaries with the scope
• the contents of the life cycle inventory
• the consistency of the LCI model the with the report
• the use of LCIA characterisation factors
• the consistency of the interpretation with the characterised results

We discussed our understanding of the work and developed consensus findings as described
in this report.

2 Main comments

While we would like to make some comments which we believe will add to the quality of
this work, we believe this work has been competently performed. It is the nature of a peer
review to focus primarily on potential points of difference rather than agreement, in order
to best test the assumptions used by the client. Our principal technical comments appear
below.
• Selection of impact categories: The impact categories global warming potential,
abiotic depletion, human toxicity and photochemical oxidation have been selected
for this study. These categories seem appropriate to us on the basis that the key
processes of concern to the environment relate to energy consumption in various
forms.
• Rebound effects: Section 2.4 says that ‘rebound effects are incorporated into the
model. Inclusion of rebound effects makes sense as there are synergies between
commuting and other activities, such as dropping of and picking up children from
school. We found this aspect of the work relatively complex to analyse on account
the assumptions being discussed in various locations in the report (2.4, 2.5, 3.2.2,
3.4.2. and 3.5). The report would benefit from a consolidated section on rebound
effects and how the data supporting the rebound assumptions was modelled and
interpreted.
• In particular, Section 3.4.2 describes increased use of dishwashers, washing
machines, clothes dryers, TVs and stereos when teleworking. The detailed basis for
the assumptions regarding additional operating time for these appliances and their
attribution to this LCA is not fully explained. Kitou and Horvath (2003) show that
rebound effects can be significant so these assumptions may have a large impact on
the overall results and it would be valuable for the report’s results section to
separately identify the influence of rebound effects. The scale of the rebound


effects appears to be directly interpolated from Kitou and Horvath (2003), but this
needs to be explicitly stated since these authors did not consider 2 and 4 day
teleworking. Furthermore, it appears that the data for the additional dishwasher
usage is not supported by Kitou and Horvath (2003) – the 2 day teleworker would
do 2 loads and the 4 day 3.5 if an approach consistent with the other interpolations
was followed. The LCA report refers to the use of a clothes dryer but Table 3.6
does not show any equivalent data. Additionally, Kitou and Horvath (2003) assume
there are rebound effects for the gas stove (“range”) and oven. These points may
not necessarily make a significant difference to the LCA outcomes, but they would
tend to reduce the relative appeal of teleworking. If the authors of the LCA report
have decided the Kitou and Horvath (2003) data are not appropriate for Australian
dishwasher, stove and oven use they should make this clear.
• Human toxicity: Section 2.5 says that ‘CML 2001 toxicity factors have been derived
from the European models with necessary adaptations to Australian spatial and
temporal context and human and ecosystem health standards’. It would be helpful
if the full reference would be cited in the report, i.e. Huijbregts & Lundie (2002). A
recent update of the Australian Human and Ecotoxicity factors have been published
in the scientific literature (see Lundie et al, 2007). The quality of the report would be
enhanced if the most relevant substances and processes contributing to human
toxicity potential were be named and their relative contribution would be listed.

3 Specific comments
• Executive summary: the sentence ‘As a consequence, it is not possible to consider
LCA impacts associated with one of the scenarios (teleworking or non-teleworking)
in isolation’ is not ideal. We suggest: “As a consequence, it is not possible to read
the results of this LCA as total values for either scenario. The results are relative.”
• Chapter 1.1 Context: please describe the core findings of other comparative LCA
studies on teleworking versus non-teleworking (eg.: Kitou and Horvarth, 2003) Are
these studies consistent with the results of this LCA study?
• Section 2.2 Lifecycle mapping: please mention the literature that has been reviewed
to understand the lifecycle of teleworking better. How have these sources been
used for this LCA study?
• System boundaries: the system boundaries include transportation, office equipment
and environment (in the home office and in the Telstra Office). The system
boundaries are described in Section 1.4 and in Sections 3.2 – 3.4. It might be helpful
for the reader if the system boundaries would also be illustrated graphically in the
document.
• Differential approach (Section 3.3.2): The description of the differential approach
on teleworking employees is difficult to understand, particularly Table 3.2 and its
description. A large set of assumptions are condensed into the table. It would be
helpful to the reader to expand the table and present the assumed data in tabular
form, firstly as absolute values for the three cases, with explanatory footnotes
regarding the assumptions behind the individual values. Sometimes fractional values
relate to per-person access to a particular technology (eg.: mobile phone) and
sometimes it is to do with fractional usage of the device for work purposes. Once


this is cleared up in this way, the remainder of the table (ie.: the current table) will be
easy to interpret. Additionally, it is not clear to us whether the AC power adapter
figures are correct, given that the desktop computer in the 0-days case would have
its own inbuilt power adapter (transformer). Is this included in the desktop? Does
the docking station include a power supply?
• Infrastructure / equipment of teleworking employees (Section 3.4.2): light bulbs are
described in detail for the home office. It would be helpful if the authors of the
report would explain on what basis this technical configuration was chosen and how
sensible the overall results might be influenced if a different setting was chosen.
• Usage: ‘75% of the employees has air conditioning at home and 100% have heating’.
Whether there is a literature basis for these data or they are based on the analysts’
assumptions should be made clear.
• It is assumed that laptops and desktops do not have different energy consumptions.
This is not correct according to the European Green Label - see EU (2005a) and
EU (2005b) more details. A sensitivity analysis of the energy consumption of
laptops versus desktops might be helpful in order to further increase the robustness
of the results.
• In the study it is assumed that the office space ‘will be heated and cooled regardless
of whether the employee is present or not’. This is correct, however, the effort of
heating and cooling of a building may depend on the number of people being in the
building. If this is the case, the electricity consumption of teleworkers and non-
teleworkers in Table 3.7 is probably not correct. However, it is unclear to us what
the impact of this assumption is on the overall result.
• Section 4.3 Contribution analysis: A table with both the total and the relative
contribution of processes to each impact category would be helpful to get a quick
overview. Reasons for differences between the options could be elaborated more
easily in the context of such a table; influencing factors such as assumptions and
uncertainties could be mentioned here as well.
• Ideally, sensitivity analysis should be conducted using standard relative changes to
input variables. This allows the analyst to determine whether a particular relative
change to an input variable has a greater effect on the bottom line. In this study the
scales are variable, for example, the relative variation of the percentage of employees
travelling by car is +/-20% in four steps, while the variation in kilometres travelled
is -41% to +47% in five. By calculating the relative variation of the input
parameters for this peer review, we have been able to avoid the potential for this
variability in scale to affect our analysis, and we find it does not impact on the
conclusions of the report’s authors. If feasible, it would nevertheless make it much
easier for the reader to quickly interpret the relative significance of the different
variables considered in the sensitivity analysis, if there was a standardisation of
approach to sensitivity analysis across input variables.
• The citation of Kitou and “Horvard” in the references is incorrect. Using the LCA
report authors’ format, it should be: E. Kitou and A. Horvath. Energy-Related
Emissions from Telework. Environmental Science and Technology, 37(16)3467-3475,
2003.


4 References
Huijbregts M. and Lundie S. (2002) Australian life cycle impact assessment of toxic emissions.
Revised version. Department of Environmental Studies, Nijmegen University and Centre
for Water and Waste Technology, UNSW.
Kitou E. and Horvath A. (2003) Energy-Related Emissions from Telework. Environmental
Science and Technology, 37(16)3467-3475
Lundie S., Huijbregts M.A.J., Rowley H.V., Mohr N.J., Feitz A.J. (2007) Australian
characterisation factors and normalisation figures for human toxicity and ecotoxicity.
Journal of Cleaner Production 15, 819-832
EU (2005a) Commission Decision of 11 April 2005 establishing ecological criteria and the
related assessment and verification requirements for the award of the Community eco-label
to portable computers. Official Journal of the European Union 2005/343/EC - (notified under
document number C (2005) 1027)
EU (2005b) Commission Decision of 11 April 2005 establishing ecological criteria and the
related assessment and verification requirements for the award of the Community eco-label
to personal computers. Official Journal of the European Union 2005/341/EC - (notified under
document C(2005) 1024)



Table E-1 Peer review comments

Comment Response

Main Comments

Selection of impact categories: The impact categories global No Response Required
warming potential, abiotic depletion, human toxicity and
photochemical oxidation have been selected for this study. These
categories seem appropriate to us on the basis that the key
processes of concern to the environment relate to energy
consumption in various forms.

Rebound effects: Section 2.4 says that ‘rebound effects are Section 3.5 is the main consolidated section
incorporated into the model. Inclusion of rebound effects makes dealing with rebound effects.
sense as there are synergies between commuting and other
activities, such as dropping of and picking up children from school.
We found this aspect of the work relatively complex to analyse on
account of the assumptions being discussed in various locations in
the report (2.4, 2.5, 3.2.2, 3.4.2. and 3.5).’ The report would benefit
from a consolidated section on rebound effects and how the data
supporting the rebound assumptions was modeled and interpreted.

In particular, Section 3.4.2 describes increased use of dishwashers, Dishwasher usage is less than that used by
washing machines, clothes dryers, TVs and stereos when Kitou and Hovarth (2003) because the authors
teleworking. The detailed basis for the assumptions regarding considered that 1 and 2 loads per week was
additional operating time for these appliances and their attribution more realistic than 2 and 3.5 suggested by
to this LCA is not fully explained. Kitou and Horvath (2003) show Kitou and Hovarth. It should be noted that the
that rebound effects can be significant so these assumptions may figures used by Kitou and Hovarth for the
have a large impact on the overall results. It would be valuable for appliance rebound effect were estimated.
the report’s results section to separately identify the influence of
rebound effects. The scale of the rebound effects appears to be It must also be noted that, in Australia, cooking
directly interpolated from Kitou and Horvath (2003), but this needs appliances are very often used at work when
to be explicitly stated since these authors did not consider 2 and 4 people bring their lunch (micro-wave, toasters).
day teleworking. Furthermore, it appears that the data for the Based on this, the use of cooking appliances at
additional dishwasher usage is not supported by Kitou and Horvath home has not been considered as a rebound
(2003) – the 2 day teleworker would do 2 loads and the 4 day 3.5 if effect.
an approach consistent with the other interpolations was followed. To a lesser extent, the same is true for
The LCA report refers to the use of a clothes dryer but Table 3.6 dishwashers.
does not show any equivalent data. Additionally, Kitou and Horvath
(2003) assume there are rebound effects for the gas stove
(“range”) and oven. These points may not necessarily make a
significant difference to the LCA outcomes, but they would tend to
reduce the relative appeal of teleworking. If the authors of the LCA
report have decided the Kitou and Horvath (2003) data are not
appropriate for Australian dishwasher, stove and oven use they
should make this clear.

Human toxicity: Section 2.5 says that ‘CML 2001 toxicity factors Full reference to Huijbregts & Lundie (2002)
have been derived from the European models with necessary now in the report.
adaptations to Australian spatial and temporal context and human
and ecosystem health standards’. It would be helpful if the full
reference could be cited in the report, i.e. Huijbregts & Lundie
(2002). A recent update of the Australian Human and Ecotoxicity
factors has been published in the scientific literature (see Lundie et
al, 2007). The quality of the report would be enhanced if the most
relevant substances and processes contributing to human toxicity
potential were named and their relative contribution listed.

17102008.doc



Comment Response

Specific Comments

Executive summary: the sentence ‘As a consequence, it is not Suggested change made.
possible to consider LCA impacts associated with one of the
scenarios (teleworking or non-teleworking) in isolation’ is not ideal.
We suggest: “As a consequence, it is not possible to read the
results of this LCA as total values for either scenario. The results
are relative.”

Chapter 1.1 Context: please describe the core findings of other The results of the desktop review have been
comparative LCA studies on teleworking versus non-teleworking added in Appendix D.
(eg.: Kitou and Horvarth, 2003). Are these studies consistent with
the results of this LCA study?
Section 2.2 Lifecycle mapping: please mention the literature that
has been reviewed to understand the lifecycle of teleworking better.
How have these sources been used for this LCA study?

System boundaries: the system boundaries include transportation, This recommendation, however useful, has not
office equipment and environment (in the home office and in the been implemented, as the written description
Telstra office). The system boundaries are described in Section 1.4 has been deemed sufficient.
and in Sections 3.2 – 3.4. It might be helpful for the reader if the
system boundaries were illustrated graphically in the document.

Differential approach (Section 3.3.2): The description of the Table has been changed to help clarify
differential approach on teleworking employees is difficult to information.
understand, particularly Table 3.2 and its description. A large set of
assumptions are condensed into the table. It would be helpful to the
reader to expand the table and present the assumed data in tabular
form, firstly as absolute values for the three cases, with explanatory
footnotes regarding the assumptions behind the individual values.
Sometimes fractional values relate to per-person access to a
particular technology (eg.: mobile phone) and sometimes it is to do
with fractional usage of the device for work purposes. Once this is
cleared up in this way, the remainder of the table (ie.: the current
table) will be easy to interpret. Additionally, it is not clear to us
whether the AC power adapter figures are correct, given that the
desktop computer in the 0-days case would have its own inbuilt
power adapter (transformer). Is this included in the desktop? Does
the docking station include a power supply?

Infrastructure / equipment of teleworking employees (Section Based on an estimate by the authors. The
3.4.2): light bulbs are described in detail for the home office. It impact is negligible though.
would be helpful if the authors of the report would explain on what
basis this technical configuration was chosen and how sensible the
overall results might be influenced if a different setting was chosen.

Usage: ‘75% of the employees have air conditioning at home and Point of reference clarified in the report.
100% have heating’. Whether there is a literature basis for these
data or they are based on the analysts’ assumptions should be
made clear.

It is assumed that laptops and desktops do not have different This impact has not been included in the
energy consumptions. This is not correct according to the model, as it is a conservative assumption
European Green Label - see EU (2005a) and EU (2005b) more (teleworking would appear even more
details. A sensitivity analysis of the energy consumption of laptops favorable if environmental impacts of laptops
versus desktops might be helpful in order to further increase the were indeed smaller than those of desktops).
robustness of the results.

17102008.doc



Comment Response

In the study it is assumed that the office space ‘will be heated and This assumption has been reconsidered and it
cooled regardless of whether the employee is present or not’. This has been found that it was consistent and
is correct, however, the effort of heating and cooling of a building representative of the buildings benchmarked by
may depend on the number of people being in the building. If this is National Australian Built Environment Rating
the case, the electricity consumption of teleworkers and non- Scheme (NABERS) and has therefore been
teleworkers in Table 3.7 is probably not correct. However, it is kept as it was.
unclear to us what the impact of this assumption is on the overall
result. Moreover, anecdotal evidence suggests that a
lower occupancy rate may reduce the need for
cooling in summer but increase the need for
heating in winter; it would therefore be difficult
to assess whether overall the impacts is
negative or positive.

Section 4.3 Contribution analysis: A table with both the total and A summary table has been added.
the relative contribution of processes to each impact category
would be helpful to get a quick overview. Reasons for differences
between the options could be elaborated more easily in the context
of such a table; influencing factors such as assumptions and
uncertainties could be mentioned here as well.

Ideally, sensitivity analysis should be conducted using standard The approach has been standardised where
relative changes to input variables. This allows the analyst to deemed appropriate. URS is of the view that
determine whether a particular relative change to an input variable sensitivity can be expressed in absolute terms
has a greater effect on the bottom line. In this study the scales are rather than relative terms when it is more
variable, for example, the relative variation of the percentage of “telling” (such as kilometers for example) for
employees travelling by car is +/-20% in four steps, while the the reader.
variation in kilometres travelled is -41% to +47% in five steps. By
calculating the relative variation of the input parameters for this
peer review, we have been able to avoid the potential for this
variability in scale to affect our analysis, and we find it does not
impact on the conclusions of the report’s authors. If feasible, it
would nevertheless make it much easier for the reader to quickly
interpret the relative significance of the different variables
considered in the sensitivity analysis, if there was a standardisation
of approach to sensitivity analysis across input variables.

The citation of Kitou and “Horvard” in the references is incorrect. Reference changed.
Using the LCA report authors’ format, it should be: E. Kitou and A.
Horvath. Energy-Related Emissions from Telework. Environmental
Science and Technology, 37(16)3467-3475, 2003.

17102008.doc


Appendix F Model Output Data
F. Model Output Data

17102008.doc

Process Contribution
SimaPro 7. Process contribution Date: 27/06/2007 Time: 12:06:12
Project Teleworker V2 CML 2001

Title: Analyzing 1 p assembly 'benefits of teleworking'
Method: CML 2 baseline 2001- Australian Toxicity Factors V1.00 / World, 1995
Indicator: Amount
Relative moNon

No Process DQI Unit Total Non teleworker 2 D Teleworker 4D Teleworker
1 Drying, natural gas/NO U m3 1.388450639 2.718656906 -0.737454974 -0.592751293
2 Natural gas, at long-distance pipeline/RER U m3 0.683834166 2.460640242 -0.96087536 -0.815930716
3 Natural gas, at production onshore/RU U m3 0.681534673 1.430491297 -0.408981643 -0.339974981
4 Natural gas, production NL, at long-distance pipeline/RER U m3 0.640281951 1.11483203 -0.2611473 -0.213402779
5 Natural gas, production RU, at long-distance pipeline/RER U m3 0.58180944 1.22118289 -0.349141653 -0.290231797
6 Natural gas, at production onshore/DZ U m3 0.486527087 0.86231081 -0.215909126 -0.159874596
7 Natural gas, at production onshore/NL U m3 0.458574816 0.798452004 -0.187036121 -0.152841068
8 Natural gas, production DZ, at long-distance pipeline/RER U m3 0.45173523 0.770188649 -0.175451917 -0.143001502
9 Natural gas, at production offshore/NO U m3 0.370133985 0.715205481 -0.189046915 -0.156024581
10 Natural gas, production NO, at long-distance pipeline/RER U m3 0.35023281 0.676026187 -0.178427249 -0.147366128
11 Petrol, unleaded, 2001-02, - energy allocation/AU U -- m3 0.289511936 0.611191864 -0.209091954 -0.112587975
12 Sweetening, natural gas/DE U m3 0.265524084 0.474440605 -0.114826597 -0.094089924
13 Natural gas, at production onshore/DE U m3 0.258434299 0.376684691 -0.066060537 -0.052189855
14 Natural gas, production DE, at long-distance pipeline/RER U m3 0.243237005 0.353002783 -0.061352932 -0.048412846
15 Natural gas, at production offshore/NL U m3 0.191792318 0.333168914 -0.077810424 -0.063566172
16 Natural gas, production DZ, at evaporation plant/RER U m3 0.189728797 0.323479233 -0.073689805 -0.060060631
17 Natural gas, liquefied, at liquefaction plant/DZ U m3 0.189728797 0.323479233 -0.073689805 -0.060060631
18 Natural gas, liquefied, at freight ship/DZ U m3 0.189728797 0.323479233 -0.073689805 -0.060060631
19 Crude oil, 2001-02 AU/GLO U -- m3 0.169574364 0.364776063 -0.12581603 -0.069385669
20 Crude oil, 2001-02 AU, - energy allocation/AU U -- m3 0.114451128 0.246196246 -0.084915553 -0.046829565
21 LPG, Australian average, 2001-02/ AU U -- m3 0.029188472 0.061612463 -0.021075594 -0.011348397
22 Natural gas, at production offshore/GB U m3 0.0276785 0.098801365 -0.038468961 -0.032653904
23 Natural gas, production GB, at long-distance pipeline/RER U m3 0.027669699 0.098783938 -0.038464241 -0.032649998
24 Sweet gas, burned in gas turbine, production/m3/NO U m3 0.023968536 0.041823841 -0.010090467 -0.007764838
25 LPG from natural gas, 2001-02/AU U -- m3 0.020298135 0.042846303 -0.014656309 -0.007891859
26 Diesel, automotive, 2001-02, - energy allocation/AU U -- m3 0.009255572 0.029486993 -0.011652549 -0.008578872
27 Excavation, skid-steer loader/RER U m3 0.009063285 0.012758265 -0.002187742 -0.001507238
28 LPG from refineries, 2001-02, - energy allocation/AU U -- m3 0.008890337 0.01876616 -0.006419285 -0.003456538
29 Treatment, sewage, unpolluted, to wastewater treatment, class 3/CH U m3 0.006624139 0.01018515 -0.001952804 -0.001608207
30 Natural gas, vented/GLO U m3 0.006477847 0.007897328 -0.000947326 -0.000472155
31 Natural gas, at long-distance pipeline/CH U m3 0.00621386 0.007039476 -0.000575849 -0.000249768
32 Softwood, allocation correction, 1/RER U m3 0.005931636 -0.0006207 0.006098246 0.00045409
33 Natural gas, sweet, burned in production flare/m3/GLO U m3 0.004942283 0.008690641 -0.002122855 -0.001625502
34 Softwood, allocation correction, 3/RER U m3 0.004486888 -0.000453472 0.004598633 0.000341727
35 Fuel oil, 2001-02, - energy allocation/AU U -- m3 0.002850636 0.006516714 -0.002176109 -0.001489969
36 Building, multi-storey/RER/I U m3 0.002461262 0.002728721 -0.000159234 -0.000108224
37 Sour gas, burned in gas turbine, production/m3/NO U m3 0.001363069 0.002860983 -0.000817963 -0.00067995
38 Crude Oil AU (00-01)/AU U EnAll -- m3 0.001230881 0.001293148 -2.98779E-05 -3.23892E-05
39 Wood chips, mixed, from industry, u=40%, at plant/RER U m3 0.001011359 0.001121684 -6.913E-05 -4.11946E-05
40 Softwood, allocation correction, 2/RER U m3 0.001006101 0.000276232 0.000701952 2.79163E-05
41 Excavation, hydraulic digger/RER U m3 0.000735214 0.002666647 -0.001082549 -0.000848884
42 Lubricants (00-01)/AU U EnAll -- m3 0.000602789 0.000629496 -1.28128E-05 -1.38941E-05
43 Treatment, sewage, to wastewater treatment, class 4/CH U m3 0.000534131 0.000880917 -0.000175937 -0.000170849
44 Sawn timber, softwood, raw, kiln dried, u=10%, at plant/RER U m3 0.000470847 0.000522233 -3.07341E-05 -2.06524E-05
45 Concrete, sole plate and foundation, at plant/CH U m3 0.00044648 0.00048213 -2.74797E-05 -8.17008E-06
46 Sawn timber, softwood, planed, kiln dried, at plant/RER U m3 0.000413626 0.000458451 -2.67131E-05 -1.8112E-05
47 Natural gas, sour, burned in production flare/m3/GLO U m3 0.000340767 0.000715246 -0.000204491 -0.000169987
48 Wood chips, hardwood, from industry, u=40%, at plant/RER U m3 0.000283736 0.000314686 -1.93937E-05 -1.1556E-05
49 Treatment, sewage, from residence, to wastewater treatment, class 2/CH U m3 0.00022993 0.000231293 -1.01387E-06 -3.48734E-07
50 Treatment, sewage, to wastewater treatment, class 3/CH U m3 0.000214783 0.000237432 -1.31702E-05 -9.47938E-06
51 Concrete, normal, at plant/CH U m3 0.000181156 0.000226847 -3.36267E-05 -1.20652E-05
52 Industrial residue wood, mix, hardwood, u=40%, at plant/RER U m3 0.000111491 0.000123222 -7.36935E-06 -4.36189E-06
53 Industrial residue wood, hardwood, including bark, u=70%, at plant/RER U m3 0.000105582 0.000116691 -6.97878E-06 -4.13071E-06
54 Tailings, uranium milling/GLO U m3 0.000100206 0.000110439 -6.56069E-06 -3.67251E-06
55 Treatment, rainwater mineral oil storage, to wastewater treatment, class 2/CH m3 9.58071E-05 0.000119683 -1.71567E-05 -6.71911E-06
56 Hardwood, allocation correction, 2/RER U m3 9.57091E-05 0.00011876 -1.2966E-05 -1.00845E-05
57 Hardwood, standing, under bark, in forest/RER U m3 9.09195E-05 0.000152122 -3.34098E-05 -2.77931E-05
58 Hardwood, stand establishment / tending / site development, under bark/RER m3 9.09195E-05 0.000152122 -3.34098E-05 -2.77931E-05
59 Concrete, exacting, at plant/CH U m3 7.03133E-05 8.19746E-05 -7.88174E-06 -3.77956E-06
60 Round wood, hardwood, under bark, u=70%, at forest road/RER U m3 6.98246E-05 9.29638E-05 -1.33031E-05 -9.83605E-06
61 Slurry spreading, by vacuum tanker/CH U m3 5.25859E-05 6.59526E-05 -1.16062E-05 -1.76047E-06
62 Sawn timber, softwood, raw, kiln dried, u=20%, at plant/RER U m3 4.70793E-05 4.99269E-05 -2.15009E-06 -6.97523E-07
63 Sawn timber, hardwood, raw, plant-debarked, u=70%, at plant/RER U m3 3.93427E-05 5.37205E-05 -8.2316E-06 -6.1462E-06
64 Sawn timber, hardwood, raw, air dried, u=20%, at plant/RER U m3 3.44288E-05 4.70323E-05 -7.21526E-06 -5.38819E-06
65 Particle board, outdoor use, at plant/RER U m3 1.9634E-05 2.04114E-05 -4.66363E-07 -3.11023E-07
66 Concrete, exacting, with de-icing salt contact, at plant/CH U m3 1.56577E-05 2.63898E-05 -7.96628E-06 -2.76587E-06
67 Particle board, indoor use, at plant/RER U m3 1.29748E-05 1.37724E-05 -6.05009E-07 -1.92573E-07
68 Treatment, concrete production effluent, to wastewater treatment, class 3/CH U m3 1.06212E-05 1.21389E-05 -1.12614E-06 -3.91499E-07
69 Softwood, Scandinavian, standing, under bark, in forest/NORDEL U m3 8.5063E-06 1.007E-05 -8.87364E-07 -6.76342E-07
70 Industrial wood, Scandinavian softwood, under bark, u=140%, at forest road/N m3 8.47576E-06 1.00367E-05 -8.85438E-07 -6.75519E-07
71 Treatment, sewage, to wastewater treatment, class 1/CH U m3 7.5286E-06 1.3277E-05 -4.3432E-06 -1.40519E-06
72 Preservative treatment, logs, pressure vessel/RER U m3 4.72735E-06 5.07308E-06 -2.43881E-07 -1.0185E-07
73 Treatment, particle board production effluent, to wastewater treatment, class 3 m3 4.19755E-06 4.37397E-06 -1.10389E-07 -6.6027E-08
74 Treatment, sewage, to wastewater treatment, class 2/CH U m3 3.60945E-06 4.14432E-06 -3.56843E-07 -1.78023E-07
75 Other refinery products, including naptha, 2001-02, - energy allocation/AU U -- m3 3.02923E-06 8.62669E-06 -4.476E-06 -1.12147E-06
76 Treatment, pig iron production effluent, to wastewater treatment, class 3/CH U m3 3.01407E-06 4.14707E-06 -6.35778E-07 -4.97221E-07
77 Industrial residue wood, plywood prod., outdoor use, hardwood, u=20%, at pla m3 1.90649E-06 2.1071E-06 -1.26016E-07 -7.45883E-08
78 Industrial residue wood, plywood prod., indoor use, hardwood, u=20%, at plant m3 1.90649E-06 2.1071E-06 -1.26016E-07 -7.45883E-08
79 Treatment, potato starch production effluent, to wastewater treatment, class 2/ m3 1.8837E-06 2.10403E-06 -1.26828E-07 -9.35065E-08
80 Treatment, plywood production effluent, to wastewater treatment, class 3/CH U m3 1.83852E-06 2.03325E-06 -1.23538E-07 -7.1198E-08
81 Glued laminated timber, outdoor use, at plant/RER U m3 1.36082E-06 1.55535E-06 -1.35018E-07 -5.95065E-08
82 Industrial residue wood, from planing, hardwood, kiln dried, u=10%, at plant/RE m3 1.07366E-06 1.18663E-06 -7.09669E-08 -4.2005E-08
83 Industrial residue wood, from planing, hard, air/kiln dried, u=10%, at plant/RER m3 1.07366E-06 1.18663E-06 -7.09669E-08 -4.2005E-08
84 Treatment, lorry production effluent, to wastewater treatment, class 1/CH U m3 1.03222E-06 1.82037E-06 -5.95483E-07 -1.92661E-07
85 Plywood, outdoor use, at plant/RER U m3 9.99186E-07 1.10502E-06 -6.71393E-08 -3.86942E-08
86 Radioactive waste, in final repository for nuclear waste LLW/CH U m3 9.14662E-07 1.00807E-06 -5.98823E-08 -3.35229E-08
87 Low active radioactive waste/CH U m3 9.01963E-07 1.03587E-06 -8.8905E-08 -4.49984E-08
88 Industrial wood, Scandinavian hardwood, under bark, u=80%, at forest road/NO m3 7.65321E-07 8.4077E-07 -5.18239E-08 -2.36254E-08
89 Hardwood, Scandinavian, standing, under bark, in forest/NORDEL U m3 7.65321E-07 8.4077E-07 -5.18239E-08 -2.36254E-08
90 Chips, Scandinavian softwood (plant-debarked), u=70%, at plant/NORDEL U m3 4.00003E-07 4.36017E-07 -2.52288E-08 -1.07854E-08
91 Treatment, glass production effluent, to wastewater treatment, class 2/CH U m3 2.66103E-07 3.0157E-07 -2.13661E-08 -1.41006E-08
92 Radioactive waste, in interim storage, for final repository LLW/CH U m3 2.31374E-07 2.55013E-07 -1.51584E-08 -8.48095E-09
93 Radioactive waste, in final repository for nuclear waste SF, HLW, and ILW/CH m3 2.3021E-07 2.53645E-07 -1.50072E-08 -8.42785E-09
94 Radioactive waste, in interim storage, for final repository SF, HLW, and ILW/C m3 2.06322E-07 2.27268E-07 -1.34003E-08 -7.54604E-09
95 Sawn timber, softwood, planed, air dried, at plant/RER U m3 8.23891E-08 9.73548E-08 -1.37611E-08 -1.20464E-09
96 Sawn timber, hardwood, raw, kiln dried, u=10%, at plant/RER U m3 8.23141E-08 9.09753E-08 -5.44082E-09 -3.2204E-09
97 Sawn timber, hardwood, raw, air / kiln dried, u=10%, at plant/RER U m3 8.23141E-08 9.09753E-08 -5.44082E-09 -3.2204E-09
98 Poor concrete, at plant/CH U m3 7.20026E-08 7.32623E-08 -9.59735E-10 -2.9998E-10
99 Round wood, Scandinavian softwood, under bark, u=70% at forest road/NORD m3 3.05354E-08 3.32847E-08 -1.92592E-09 -8.23338E-10
100 Treatment, maize starch production effluent, to wastewater treatment, class 2/C m3 3.78463E-09 4.39109E-09 -3.53473E-10 -2.52993E-10
101 Radioactive waste, in interim storage conditioning/CH U m3 1.6857E-09 1.86118E-09 -1.13279E-10 -6.21932E-11
102 Treatment, condensate from light oil boiler, to wastewater treatment, class 2/C m3 9.42541E-12 1.04561E-11 -6.46154E-13 -3.84537E-13
103 Plywood, indoor use, at plant/RER U m3 8.65531E-12 9.81192E-12 -8.07596E-13 -3.4901E-13
104 RA waste interim storage conditioning ZWILAG U -- m3 -8.09198E-15 -1.70486E-24 -5.05749E-15 -3.03449E-15
105 Leakage natural gas HP CH U - m3 -3.65344E-14 -7.69724E-24 -2.2834E-14 -1.37004E-14
106 Leakage natural gas LP CH U - m3 -1.119E-13 -2.35756E-23 -6.99375E-14 -4.19625E-14
107 RA waste interim storage C U -- m3 -3.78358E-13 -7.97144E-23 -2.36474E-13 -1.41884E-13
108 Radioactive waste in final storage C U -- m3 -3.78358E-13 -7.97144E-23 -2.36474E-13 -1.41884E-13

109 RA waste interim storage B U -- m3 -1.76714E-12 -3.7231E-22 -1.10446E-12 -6.62678E-13
110 Radioactive waste in final storage B U -- m3 -4.6314E-12 -9.75766E-22 -2.89463E-12 -1.73678E-12
111 Metal construction building U - m3 -2.20327E-11 -4.64195E-21 -1.37704E-11 -8.26225E-12
112 Low radioactive waste U -- m3 -4.81943E-11 -1.01538E-20 -3.01214E-11 -1.80729E-11
113 Massive building U - m3 -2.5726E-10 -5.42008E-20 -1.60787E-10 -9.64724E-11
114 Infra WWTP size 2 U -- m3 -4.08733E-10 -8.6114E-20 -2.55458E-10 -1.53275E-10
115 Infra sewage system size 2 U -- m3 -4.08733E-10 -8.6114E-20 -2.55458E-10 -1.53275E-10
116 Emission process water natural gas U - m3 -5.09263E-10 -1.07294E-19 -3.18289E-10 -1.90974E-10
117 Treatment, ceramic production effluent, to wastewater treatment, class 3/CH U m3 -6.57393E-10 1.30958E-09 -1.56017E-09 -4.06802E-10
118 Natural gas to CH from D U -- m3 -1.25507E-09 -2.64425E-19 -7.84421E-10 -4.70653E-10
119 Natural gas to CH from NL U -- m3 -3.9744E-09 -8.37347E-19 -2.484E-09 -1.4904E-09
120 Emission process water petroleum gas U - m3 -4.88635E-09 -1.02948E-18 -3.05397E-09 -1.83238E-09
121 Natural gas to CH U -- m3 -1.0459E-08 -2.20354E-18 -6.53684E-09 -3.92211E-09
122 Leakage raw natural gas N U - m3 -1.67577E-08 -3.5306E-18 -1.04736E-08 -6.28415E-09
123 Lubricants, 2001-02, - energy allocation/AU U -- m3 -1.7308E-08 -4.93312E-18 -1.08175E-08 -6.49048E-09
124 Leakage raw natural gas Alg. U - m3 -2.2454E-08 -4.73072E-18 -1.40337E-08 -8.42025E-09
125 Leakage raw natural gas D U - m3 -3.43571E-08 -7.23853E-18 -2.14732E-08 -1.28839E-08
126 Leakage production natural gas N U - m3 -4.16989E-08 -8.78534E-18 -2.60618E-08 -1.56371E-08
127 Leakage raw natural gas NL U - m3 -7.14716E-08 -1.5058E-17 -4.46698E-08 -2.68019E-08
128 Leakage production natural gas D U - m3 -7.8077E-08 -1.64497E-17 -4.87981E-08 -2.92789E-08
129 Aviation turbine fuel, 2001-02, - energy allocation/AU U -- m3 -9.28E-08 2.13805E-18 -5.8E-08 -3.48E-08
130 Output flare production sour gas U - m3 -9.82009E-08 -2.06894E-17 -6.13755E-08 -3.68253E-08
131 Leakage natural gas UCPTE U - m3 -1.59019E-07 -3.35029E-17 -9.93868E-08 -5.96321E-08
132 Leakage production natural gas NL U - m3 -1.64305E-07 -3.46165E-17 -1.0269E-07 -6.16142E-08
133 Leakage raw natural gas GUS U - m3 -1.98963E-07 -4.19184E-17 -1.24352E-07 -7.46109E-08
134 Leakage production natural gas Alg. U - m3 -2.85326E-07 -6.0114E-17 -1.78329E-07 -1.06997E-07
135 Output gas turbine production sour gas U - m3 -4.59444E-07 -9.6798E-17 -2.87153E-07 -1.72292E-07
136 Excavation skid steer loader U -- m3 -4.69016E-07 -9.88147E-17 -2.93135E-07 -1.75881E-07
137 Excavation hydraulic digger U -- m3 -6.39626E-07 -1.3476E-16 -3.99766E-07 -2.3986E-07
138 Petroleum gas blow off U - m3 -6.87286E-07 -1.44801E-16 -4.29554E-07 -2.57732E-07
139 Industrial residue wood, from planing, softwood, kiln dried, u=10%, at plant/RE m3 -8.63109E-07 3.74243E-06 -4.18979E-06 -4.15755E-07
140 Industrial residue wood, from planing, softwood, air dried, u=20%, at plant/RER m3 -8.63109E-07 3.74243E-06 -4.18979E-06 -4.15755E-07
141 Leakage production natural gas GUS U - m3 -1.19101E-06 -2.50927E-16 -7.44379E-07 -4.46627E-07
142 Output flare production sweet gas U - m3 -1.68279E-06 -3.54538E-16 -1.05174E-06 -6.31045E-07
143 Output gas turbine production sweet gas U - m3 -2.75375E-06 -5.80173E-16 -1.72109E-06 -1.03266E-06
144 Petroleum gas flaring U - m3 -9.53037E-06 -2.00791E-15 -5.95648E-06 -3.57389E-06
145 Industrial wood, hardwood, under bark, u=80%, at forest road/RER U m3 -1.16499E-05 5.209E-06 -8.48113E-06 -8.37775E-06
146 Natural gas to UCPTE from Alg. U -- m3 -1.20588E-05 -2.54061E-15 -7.53675E-06 -4.52205E-06
147 Natural gas to UCPTE from Alg. LNG U -- m3 -2.09038E-05 -4.40413E-15 -1.30649E-05 -7.83894E-06
148 LNG Tanker ETH U -- m3 -2.09038E-05 -4.40413E-15 -1.30649E-05 -7.83894E-06
149 Industrial wood, softwood, under bark, u=140%, at forest road/RER U m3 -2.51983E-05 1.89301E-05 -2.22443E-05 -2.18841E-05
150 Natural gas to UCPTE from N U -- m3 -2.70064E-05 -5.68985E-15 -1.6879E-05 -1.01274E-05
151 Natural gas to CH from N U -- m3 -2.70075E-05 -5.69007E-15 -1.68797E-05 -1.01278E-05
152 Produced natural gas N U -- m3 -2.79128E-05 -5.88081E-15 -1.74455E-05 -1.04673E-05
153 Infra produced natural gas N U - m3 -2.79128E-05 -5.88081E-15 -1.74455E-05 -1.04673E-05
154 Raw natural gas N U -- m3 -2.79296E-05 -5.88434E-15 -1.7456E-05 -1.04736E-05
155 Infra raw natural gas N U - m3 -2.79296E-05 -5.88434E-15 -1.7456E-05 -1.04736E-05
156 Produced natural gas Alg. U -- m3 -3.74009E-05 -7.8798E-15 -2.33755E-05 -1.40253E-05
157 Infra produced natural gas Alg U - m3 -3.74009E-05 -7.8798E-15 -2.33755E-05 -1.40253E-05
158 Raw natural gas Alg. U -- m3 -3.74233E-05 -7.88453E-15 -2.33896E-05 -1.40337E-05
159 Infra raw natural gas Alg. U - m3 -3.74233E-05 -7.88453E-15 -2.33896E-05 -1.40337E-05
160 Residual wood, hardwood, under bark, air dried, u=20%, at forest road/RER U m3 -3.93559E-05 1.78601E-06 -2.05768E-05 -2.05651E-05
161 Logs, hardwood, at forest/RER U m3 -4.40716E-05 2.00001E-06 -2.30424E-05 -2.30292E-05
162 Residual wood, hardwood, under bark, u=80%, at forest road/RER U m3 -4.48657E-05 2.03605E-06 -2.34576E-05 -2.34442E-05
163 Hardwood, allocation correction, 3/RER U m3 -4.7508E-05 -6.32516E-05 9.05131E-06 6.69235E-06
164 Wood chips, hardwood, u=80%, at forest/RER U m3 -4.9884E-05 5.38367E-07 -2.52143E-05 -2.52081E-05
165 Natural gas to UCPTE from D U -- m3 -5.66664E-05 -1.19388E-14 -3.54165E-05 -2.12499E-05
166 Produced natural gas D U -- m3 -5.72275E-05 -1.2057E-14 -3.57672E-05 -2.14603E-05
167 Infra produced natural gas D U - m3 -5.72275E-05 -1.2057E-14 -3.57672E-05 -2.14603E-05
168 Raw natural gas D U -- m3 -5.72619E-05 -1.20642E-14 -3.57887E-05 -2.14732E-05
169 Infra raw natural gas D U - m3 -5.72619E-05 -1.20642E-14 -3.57887E-05 -2.14732E-05
170 Hardwood, allocation correction, 1/RER U m3 -5.97814E-05 -4.57801E-05 -6.10321E-06 -7.8981E-06
171 Natural gas to UCPTE from GUS U -- m3 -6.61655E-05 -1.39401E-14 -4.13535E-05 -2.48121E-05
172 Natural gas to CH from GUS U -- m3 -6.61694E-05 -1.39409E-14 -4.13559E-05 -2.48135E-05
173 Produced natural gas GUS U -- m3 -7.9386E-05 -1.67254E-14 -4.96163E-05 -2.97698E-05
174 Infra produced natural gas GUS U - m3 -7.9386E-05 -1.67254E-14 -4.96163E-05 -2.97698E-05
175 Raw natural gas GUS U -- m3 -7.9585E-05 -1.67674E-14 -4.97406E-05 -2.98444E-05
176 Infra raw natural gas GUS U - m3 -7.9585E-05 -1.67674E-14 -4.97406E-05 -2.98444E-05
177 Industrial residue wood, softwood, forest-debarked, u=70%, at plant/RER U m3 -9.35153E-05 0.000407366 -0.000455658 -4.52239E-05
178 Industrial residue wood, mix, softwood, u=40%, at plant/RER U m3 -9.55824E-05 0.000414445 -0.000463985 -4.60416E-05
179 Natural gas to UCPTE from NL U -- m3 -0.00011751 -2.47576E-14 -7.34438E-05 -4.40663E-05
180 Produced natural gas NL U -- m3 -0.000119048 -2.50816E-14 -7.44049E-05 -4.4643E-05
181 Infra produced natural gas NL U - m3 -0.000119048 -2.50816E-14 -7.44049E-05 -4.4643E-05
182 Raw natural gas NL U -- m3 -0.000119119 -2.50967E-14 -7.44496E-05 -4.46698E-05
183 Infra raw natural gas NL U - m3 -0.000119119 -2.50967E-14 -7.44496E-05 -4.46698E-05
184 Wood chips, softwood, u=140%, at forest/RER U m3 -0.000122128 1.10547E-06 -6.16237E-05 -6.16094E-05
185 Wood chips, mixed, u=120%, at forest/RER U m3 -0.000169622 1.53538E-06 -8.55884E-05 -8.55686E-05
186 Natural gas to UCPTE U -- m3 -0.000296892 -6.25506E-14 -0.000185557 -0.000111334
187 Wood chips, softwood, from industry, u=40%, at plant/RER U m3 -0.000326452 0.001030163 -0.001234943 -0.000121672
188 Treatment, black chrome coating effluent, to wastewater treatment, class 2/CH m3 -0.000665473 0.001301556 -0.001562776 -0.000404254
189 Glued laminated timber, indoor use, at plant/RER U m3 -0.005603361 2.29701E-05 -0.005251009 -0.000375322
190 Sawn timber, softwood, raw, air dried, u=20%, at plant/RER U m3 -0.007592327 0.000118519 -0.00719569 -0.000515157
191 Sawn timber, softwood, raw, forest-debarked, u=70%, at plant/RER U m3 -0.007781841 0.000759747 -0.007951431 -0.000590157
192 Round wood, softwood, under bark, u=70% at forest road/RER U m3 -0.012625605 0.00127602 -0.012940044 -0.000961581
193 Round wood, softwood, debarked, u=70% at forest road/RER U m3 -0.012778953 0.001291519 -0.013097211 -0.000973261
194 Softwood, standing, under bark, in forest/RER U m3 -0.016714589 0.001695553 -0.017129492 -0.00128065
195 Softwood, stand establishment / tending / site development, under bark/RER U m3 -0.016714589 0.001695553 -0.017129492 -0.00128065
196 Natural gas, high pressure, 2001-02 /AU U -- m3 -7.337797624 79.98995564 -42.58528065 -44.74247262
197 Natural gas, 2001-02/AU U -- m3 -7.337797624 79.98995564 -42.58528065 -44.74247262
198 Shipping, oil transport/AU U -- tkm 1531.796996 3287.960378 -1131.842482 -624.3208991
199 Shipping, international freight/AU U -- tkm 249.4231868 276.2944304 -12.92274048 -13.94850312
200 Operation, transoceanic freight ship/OCE U tkm 30.68966122 39.1352762 -4.861532955 -3.584082026
201 Transport, transoceanic freight ship/OCE U tkm 30.68946829 39.13508141 -4.8615318 -3.584081319
202 Articulated Truck, 28 tonne load on 30 tonne truck, (freight task)/AU U -- tkm 17.33114552 21.77524354 -2.131275741 -2.312822281
203 Transport, freight, rail/RER U tkm 15.30972157 17.49748428 -1.518673851 -0.669088866
204 Operation, freight train/RER U tkm 15.30972157 17.49748428 -1.518673851 -0.669088866
205 Shipping, domestic freight/AU U -- tkm 11.34487168 11.82399894 -0.229853965 -0.249273287
206 Transport, transoceanic tanker/OCE U tkm 10.54860916 14.32570754 -2.450948499 -1.326149884
207 Operation, transoceanic tanker/OCE U tkm 10.54860916 14.32570754 -2.450948499 -1.326149884
208 Transport, crude oil pipeline, onshore/RER U tkm 3.464661861 4.303286212 -0.581768124 -0.256856226
209 Transport, natural gas, pipeline, long distance/RU U tkm 2.79268531 5.861677871 -1.675879935 -1.393112626
210 Transport, lorry 32t/RER U tkm 2.113925641 3.514218492 -1.040618624 -0.359674227
211 Transport, natural gas, pipeline, long distance/RER U tkm 0.682269029 1.350962878 -0.365873104 -0.302820746
212 Transport, natural gas, onshore pipeline, long distance/DZ U tkm 0.542082276 0.924226379 -0.210542301 -0.171601802
213 Transport, natural gas, pipeline, long distance/NL U tkm 0.414249809 0.685643325 -0.149818725 -0.121574791
214 Operation, barge/RER U tkm 0.389117825 0.472442502 -0.049498864 -0.033825813
215 Transport, barge/RER U tkm 0.38911782 0.472442497 -0.049498863 -0.033825813
216 Transport, lorry 28t/CH U tkm 0.289558916 0.407467737 -0.070541112 -0.047367709
217 Transport, natural gas, pipeline, long distance/DE U tkm 0.282139237 0.351480798 -0.040056713 -0.029284848
218 Transport, natural gas, onshore pipeline, long distance/NO U tkm 0.229682938 0.452413547 -0.121886287 -0.100844322
219 Transport, liquefied natural gas, freight ship/OCE U tkm 0.197317949 0.336418402 -0.076637397 -0.062463056
220 Transport, natural gas, offshore pipeline, long distance/NO U tkm 0.173645688 0.344249357 -0.093337928 -0.077265741
221 Transport, barge tanker/RER U tkm 0.08684267 0.107134451 -0.014296806 -0.005994976
222 Operation, barge tanker/RER U tkm 0.08684267 0.107134451 -0.014296806 -0.005994976
223 Transport, freight, rail/CH U tkm 0.039796958 0.046093666 -0.004376954 -0.001919754
224 Operation, freight train/CH U tkm 0.039796958 0.046093666 -0.004376954 -0.001919754
225 Transport, natural gas, offshore pipeline, long distance/DZ U tkm 0.020960515 0.035736753 -0.008140969 -0.00663527
226 Transport, lorry 40t/CH U tkm 0.015174688 0.01769444 -0.001601954 -0.000917798
227 Transport, municipal waste collection, lorry 21t/CH U tkm 0.002308011 0.002554409 -0.000140904 -0.000105494

228 Transport, crude oil pipeline, offshore/OCE U tkm 0.002016955 0.002515276 -0.000345673 -0.000152647
229 Transport, tractor and trailer/CH U tkm 0.00121228 0.001391424 -0.000164347 -1.4796E-05
230 Transport, aircraft, freight/RER U tkm 0.000654541 0.000654567 -1.96138E-08 -5.8534E-09
231 Operation, aircraft, freight/RER U tkm 0.000654541 0.000654567 -1.96138E-08 -5.8534E-09
232 Transport, van <3.5t/CH U tkm 0.000201033 0.000269576 -4.72754E-05 -2.12676E-05
233 Transport, van <3.5t/RER U tkm 1.20226E-05 1.55984E-05 -2.13148E-06 -1.44427E-06
234 Infra delivery van <3.5 t U -- tkm -1.78314E-12 -3.7568E-22 -1.11446E-12 -6.68677E-13
235 Delivery van <3.5t ETH U -- tkm -1.78314E-12 -3.7568E-22 -1.11446E-12 -6.68677E-13
236 Truck 16t ETH U -- tkm -2.5537E-07 -5.38027E-17 -1.59606E-07 -9.57639E-08
237 Infra truck 16t U -- tkm -2.5537E-07 -5.38027E-17 -1.59606E-07 -9.57639E-08
240 Freighter inland ETH U -- tkm -2.0937E-06 -4.41112E-16 -1.30856E-06 -7.85139E-07
241 Pipeline transport gas U -- tkm -6.68923E-06 -1.40932E-15 -4.18077E-06 -2.50846E-06
242 Infra natural gas pipeline U - tkm -6.68923E-06 -1.40932E-15 -4.18077E-06 -2.50846E-06
243 Pipeline transport gas D U -- tkm -1.81341E-05 -3.82057E-15 -1.13338E-05 -6.80027E-06
244 Infra natural gas pipeline D U - tkm -1.81341E-05 -3.82057E-15 -1.13338E-05 -6.80027E-06
245 Tanker inland ETH U -- tkm -2.68169E-05 -5.64991E-15 -1.67605E-05 -1.00563E-05
246 Pipeline offshore U -- tkm -2.95897E-05 -6.23411E-15 -1.84936E-05 -1.10961E-05
247 Pipeline transport gas N U -- tkm -3.2409E-05 -6.82809E-15 -2.02556E-05 -1.21534E-05
248 Infra natural gas pipeline N U - tkm -3.2409E-05 -6.82809E-15 -2.02556E-05 -1.21534E-05
249 Pipeline transport gas Alg. U -- tkm -3.33153E-05 -7.01903E-15 -2.08221E-05 -1.24932E-05
250 Infra pipeline gas Alg. U - tkm -3.33153E-05 -7.01903E-15 -2.08221E-05 -1.24932E-05
251 Pipeline transport gas NL U -- tkm -4.70066E-05 -9.90358E-15 -2.93791E-05 -1.76275E-05
252 Infra natural gas pipeline NL U - tkm -4.70066E-05 -9.90358E-15 -2.93791E-05 -1.76275E-05
253 Rail transport ETH U -- tkm -8.64811E-05 -1.82203E-14 -5.40507E-05 -3.24304E-05
254 Infra rail transport U - tkm -8.64811E-05 -1.82203E-14 -5.40507E-05 -3.24304E-05
255 Infra freight train U - tkm -8.64811E-05 -1.82203E-14 -5.40507E-05 -3.24304E-05
258 Infra road delivery van U - tkm -9.41518E-05 -1.98364E-14 -5.88449E-05 -3.53069E-05
259 Freighter oceanic ETH U -- tkm -0.000140019 -2.94998E-14 -8.75117E-05 -5.2507E-05
260 Pipeline transport gas GUS U -- tkm -0.000317613 -6.69163E-14 -0.000198508 -0.000119105
261 Infra natural gas pipeline GUS U - tkm -0.000317613 -6.69163E-14 -0.000198508 -0.000119105
262 Pipeline onshore U -- tkm -0.000425588 -8.96649E-14 -0.000265992 -0.000159595
263 Tanker oceanic ETH U -- tkm -0.000982312 -2.06958E-13 -0.000613945 -0.000368367
264 Transport, lorry 16t/CH U tkm -0.004139629 0.026798178 -0.028210408 -0.002727398
265 Transport, lorry 16t/RER U tkm -0.037944573 0.019657004 -0.053400691 -0.004200886
266 Articulated Truck, 30 tonne load on 30 tonne truck, (freight task)/AU U -- tkm -0.370581541 1.076883903 -0.69426066 -0.753204784
267 Rail - bulk transport/AU U -- tkm -6.849901477 59.0403519 -31.59965124 -34.29060214
268 Transport, helicopter/GLO U s 0.003981452 0.007266847 -0.001803786 -0.001481609
269 Power saw (per hour) U -- s -4.11793E-07 -8.67586E-17 -2.57371E-07 -1.54422E-07
270 Front end loader/AU U s -11.25146597 47.38594412 -28.12051884 -30.51689125
271 Power sawing, without catalytic converter/RER U s -16.24156748 1.770748651 -16.74199995 -1.270316189
272 Transport, passenger car/RER U personkm 0.010076774 0.011094592 -0.000627607 -0.000390212
273 Transport, passenger car/CH U personkm 0.000340159 0.000594027 -0.000191172 -6.26954E-05
274 Petrol, unleaded, at consumer/AU U -- kg 212.7912728 449.2260203 -153.6825859 -82.75216163
275 Water, decarbonised, at plant/RER U kg 75.42961949 105.9095464 -16.60534853 -13.8745784
276 Tap water, at user/RER U kg 73.41578583 74.10680547 -0.42626574 -0.264753904
277 Disposal, sulfidic tailings, off-site/GLO U kg 36.01501989 36.56072708 -0.357746938 -0.187960246
278 Rolled steel, blast furnace, 20% recycled content/AU U -- kg 30.14045817 31.47480246 -0.639908245 -0.694436052
279 Rolled steel, 20% recycled BOS route/AU U -- kg 30.14042083 31.47480246 -0.639931579 -0.694450052
280 Steel, slab 20% recyceld, BOS route/AU U -- kg 30.13945658 31.47480246 -0.640642079 -0.694703802
281 Reprocessing steel & tinplate/AU U kg 17.94198214 17.94198214 -8.5652E-15 -7.80626E-15
282 Recycling ferro metals/AU U -- kg 17.94198214 17.94198214 -1.40938E-14 -9.15092E-15
283 Sheet rolling, steel/RER U kg 16.61577115 16.62235082 -0.005904572 -0.00067509
284 Cement, replacement for flyash - No credit/AU U kg 15.9665594 -67.58262068 40.06749155 43.48168853
285 LPG, at consumer/AU U -- kg 15.13924913 31.95667163 -10.93132463 -5.886097875
286 Iron orE/AU U -- kg 12.86278296 14.2603069 -0.672092641 -0.725431299
287 Metal input to BOS furnace/AU U -- kg 12.19038985 13.48567535 -0.621422816 -0.673862688
288 Iron ore sinter, Bluescope Port Kembla/AU U -- kg 10.48373527 11.5976808 -0.534423622 -0.579521912
289 Pig iron, Bluescope Port Kembla/AU U -- kg 9.752311879 10.78854028 -0.497138253 -0.53909015
290 Flaring - oil & gas production 2001-02/AU U - kg 9.42646228 23.38377392 -8.551846155 -5.405465489
291 Hydro processing/AU U -- kg 9.056141983 18.85992678 -6.350418439 -3.453366361
292 Diesel, low sulphur, at consumer/AU U - kg 9.056141983 18.85992678 -6.350418439 -3.453366361
293 Diesel, low sulfur, 2001-02, - energy allocation/AU U -- kg 9.056141983 18.85992678 -6.350418439 -3.453366361
294 Lignite, at mine/RER U kg 8.537263477 9.390906792 -0.542998565 -0.310644749
295 Limestone (calcilte)/AU U -- kg 7.464722995 10.97693073 -1.684379699 -1.82782804
296 Coke for steelmaking/AU U kg 5.558817771 6.149467961 -0.283368804 -0.307281386
297 Calcined Lime/AU U -- kg 5.177842933 5.406182369 -0.109547282 -0.118792153
298 Water (delivered)/AU U -- kg 4.855620858 4.953388673 -0.062163337 -0.035604478
299 Sand, at mine/CH U kg 4.338920712 4.59083131 -0.134654463 -0.117256135
300 Section bar rolling, steel/RER U kg 4.328489449 4.338690046 -0.007406641 -0.002793955
301 Bauxite/AU U -- kg 4.242764447 4.416794978 -0.083460473 -0.090570058
302 Gravel, crushed, at mine/CH U kg 3.657060306 5.164431297 -1.326697789 -0.180673202
303 Iron ore pellets/AU U -- kg 3.228015232 3.571006834 -0.164552762 -0.17843884
304 Iron ore, 46% Fe, at mine/GLO U kg 3.189189921 4.404275024 -0.6846677 -0.530417404
305 Dolomite/AU U kg 2.652272179 2.769782617 -0.056376503 -0.061133935
306 Fuel oil, at consumer/AU U -- kg 2.568423362 5.87155942 -1.960674336 -1.342461722
307 Use of blast furnace slag/AU U kg 2.535601089 2.805020474 -0.129255946 -0.140163439
308 Steel scrap from external sources external/AU U -- kg 2.43807797 2.697135071 -0.124284563 -0.134772538
309 Reprocessing steel cans, Bluescope, Port Kembla/AU U -- kg 2.43807797 2.697135071 -0.124284563 -0.134772538
310 Polyethylene, HDPE, granulate, at plant/RER U kg 2.411769701 2.414319663 -0.001647551 -0.000902412
311 Oxygen, liquid/AU U -- kg 2.352026325 2.462346123 -0.052984433 -0.057335365
312 Water, deionised, at plant/CH U kg 2.252665436 2.302193347 -0.045598682 -0.00392923
313 Wire drawing, steel/RER U kg 2.179947451 2.193694226 -0.00883395 -0.004912825
314 Process-specific burdens, inert material landfill/CH U kg 2.093049468 3.332100138 -0.728565712 -0.510484958
315 Disposal, inert waste, 5% water, to inert material landfill/CH U kg 1.951185966 3.109208688 -0.665606143 -0.492416579
316 Iron ore, 65% Fe, at beneficiation/GLO U kg 1.899020373 2.630917728 -0.41238815 -0.319509205
317 Fugitives - crude refining and storage 2001-02/AU U - kg 1.791057065 3.849324173 -1.326725294 -0.731541815
318 Limestone, at mine/CH U kg 1.756309412 2.142883811 -0.222303616 -0.164270784
319 Disposal, building, reinforced concrete, to final disposal/CH U kg 1.665187337 1.895246757 -0.146631758 -0.083427662
320 Aluminium, primary, including NPI emission estimates/AU U -- kg 1.590408 1.590408 -1.89756E-15 -1.32334E-15
321 Steel, converter, unalloyed, at plant/RER U kg 1.585537948 1.666118794 -0.047236419 -0.033344427
322 Disposal, hard coal mining waste tailings, in surface backfill/kg/GLO U kg 1.546530477 1.96279654 -0.24009082 -0.176175244
323 Hard coal supply mix/DE U kg 1.530374058 1.683249917 -0.097351478 -0.05552438
324 Alumina/AU U -- kg 1.373992748 1.407765229 -0.016196166 -0.017576315
325 Hard coal, at regional storage/WEU U kg 1.370820813 1.695157563 -0.18994271 -0.134394039
326 Hard coal, at mine/WEU U kg 1.370820813 1.695157563 -0.18994271 -0.134394039
327 Gravel, round, at mine/CH U kg 1.309610119 2.577293327 -0.738782165 -0.528901043
328 Limestone, crushed, for mill/CH U kg 1.307740213 1.529753299 -0.128127506 -0.09388558
329 Limestone, milled, loose, at plant/CH U kg 1.307500268 1.529489133 -0.128112575 -0.09387629
330 Sinter, iron, at plant/GLO U kg 1.167578219 1.616909441 -0.25324897 -0.196082252
331 Pig iron, at plant/GLO U kg 1.111979256 1.539913753 -0.241189495 -0.186745002
332 Polypropylene, granulate, at plant/RER U kg 1.104442774 1.104562326 -8.82557E-05 -3.12966E-05
333 Clay, at mine/CH U kg 1.097714906 1.207119886 -0.068144748 -0.041260232
334 Crude oil, at production onshore/RME U kg 1.090107168 1.205072501 -0.07956702 -0.035398313
335 Discharge, produced water, onshore/GLO U kg 1.055751424 1.251889889 -0.13452389 -0.061614576
336 Heavy fuel oil, at refinery/RER U kg 1.021865533 1.195193571 -0.113630888 -0.05969715
337 Heavy fuel oil, at regional storage/RER U kg 0.995700052 1.162628707 -0.109108958 -0.057819697
338 Synthetic rubber, at plant/RER U kg 0.942680943 0.944492452 -0.001344598 -0.000466912
339 Extrusion, plastic pipes/RER U kg 0.942680943 0.944492452 -0.001344598 -0.000466912
340 Reprocessing aluminium/AU U -- kg 0.9387825 0.9387825 -2.02604E-16 -2.87669E-17
341 Recycling Aluminium/AU U kg 0.9387825 0.9387825 4.26905E-16 3.15096E-16
342 Lead, concentrate, at beneficiation/GLO U kg 0.929445457 0.930066672 -0.000453822 -0.000167393
343 Fugitives - oil & gas exploration 2001-02/AU U - kg 0.783848108 1.944454495 -0.711120273 -0.449486114
344 Silica sand, at plant/DE U kg 0.661355452 0.828595689 -0.085765294 -0.081474943
345 Flat glass, uncoated, at plant/RER U kg 0.654570573 0.655796858 -0.000825773 -0.000400512
346 Hard coal, at regional storage/ZA U kg 0.646192988 0.813740101 -0.097536831 -0.070010282

347 Hard coal, at mine/ZA U kg 0.646192988 0.813740101 -0.097536831 -0.070010282
348 Packing, lime products/CH U kg 0.624885718 0.784873185 -0.08818703 -0.071800437
349 Limestone, milled, packed, at plant/CH U kg 0.623894769 0.783639338 -0.088035608 -0.071708962
350 Clinker, at plant/CH U kg 0.61569513 0.672975365 -0.036997193 -0.020283042
351 Brick, at plant/RER U kg 0.605920717 0.667086239 -0.037703681 -0.023461841
352 Disposal, building, brick, to final disposal/CH U kg 0.605586443 0.666759647 -0.037708788 -0.023464416
353 Venting - gas processing plant 2001-02/AU U - kg 0.60065956 10.48503011 -5.056180662 -4.828189891
354 Hard coal supply mix/ES U kg 0.594364484 0.653021013 -0.037260131 -0.021396399
355 Water, completely softened, at plant/RER U kg 0.590677304 1.793812313 -0.629436389 -0.57369862
356 Process-specific burdens, municipal waste incineration/CH U kg 0.516541181 0.562352825 -0.030946968 -0.014864676
357 Disposal, cement, hydrated, 0% water, to residual material landfill/CH U kg 0.507451382 0.556017843 -0.027290187 -0.021276274
358 Diesel, at refinery/RER U kg 0.491114185 0.659908685 -0.127523226 -0.041271275
359 Hard coal, at regional storage/EEU U kg 0.481567799 0.912689051 -0.240748426 -0.190372827
360 Hard coal, at mine/EEU U kg 0.481567799 0.912689051 -0.240748426 -0.190372827
361 Diesel, at regional storage/RER U kg 0.480347081 0.643809301 -0.123865369 -0.039596851
362 Ethylene, average, at plant/RER U kg 0.468113954 0.468360692 -0.000154205 -9.25328E-05
363 Lime (CaO)/AU U -- kg 0.460855403 0.512111537 -0.024590085 -0.02666605
364 Petroleum coke/AU U -- kg 0.44874656 0.474442153 -0.012331251 -0.013364343
365 Pellets, iron, at plant/GLO U kg 0.444791703 0.615965501 -0.096475798 -0.074698001
366 Limestone, crushed, washed/CH U kg 0.437436135 0.597716504 -0.091763094 -0.068517274
367 Crude oil, production RME, at long distance transport/RER U kg 0.428802793 0.53474621 -0.073490484 -0.032452934
368 Portland calcareous cement, at plant/CH U kg 0.416470604 0.428604437 -0.007273258 -0.004860575
369 Hard coal mix, at regional storage/UCTE U kg 0.414428539 1.346012747 -0.514668345 -0.416915862
370 Disposal, sludge from steel rolling, 20% water, to residual material landfill/CH U kg 0.397064868 0.415238718 -0.010186854 -0.007986995
371 Crude oil, production NO, at long distance transport/RER U kg 0.381345953 0.475564364 -0.065357118 -0.028861292
372 Crude oil, at production offshore/NO U kg 0.381345953 0.475564364 -0.065357118 -0.028861292
373 Iron scrap/AU U kg 0.370587851 0.409964531 -0.018891254 -0.020485426
374 Discharge, produced water, offshore/OCE U kg 0.365206295 0.455437219 -0.06259109 -0.027639835
375 Hard coal, at regional storage/RNA U kg 0.364800641 0.460721929 -0.055792393 -0.040128895
376 Hard coal, at mine/RNA U kg 0.364800641 0.460721929 -0.055792393 -0.040128895
377 Hard coal, at regional storage/AU U kg 0.360464336 0.4559989 -0.055556257 -0.039978307
378 Hard coal, at mine/AU U kg 0.360464336 0.4559989 -0.055556257 -0.039978307
379 Zinc, concentrate, at beneficiation/GLO U kg 0.350665708 0.351923188 -0.000958411 -0.000299069
380 Polyvinylchloride, at regional storage/RER U kg 0.350055104 0.351073562 -0.000620019 -0.000398439
381 Carbon black, at plant/GLO U kg 0.347849276 0.348517726 -0.000496158 -0.000172292
382 Iron scrap, at plant/RER U kg 0.344800043 0.588226284 -0.138600935 -0.104825305
383 Hard coal, at regional storage/RLA U kg 0.326683402 0.408186421 -0.047557949 -0.033945069
384 Hard coal, at mine/RLA U kg 0.326683402 0.408186421 -0.047557949 -0.033945069
385 Disposal, lignite ash, 0% water, to opencast refill/GR U kg 0.320637703 0.352489267 -0.020230867 -0.011620697
386 Crude oil, production RU, at long distance transport/RER U kg 0.311854874 0.388904204 -0.053447361 -0.023601969
387 Crude oil, at production onshore/RU U kg 0.311854874 0.388904204 -0.053447361 -0.023601969
388 Hard coal supply mix/FR U kg 0.306714266 0.337531823 -0.019705555 -0.011112002
389 Crude oil, production GB, at long distance transport/RER U kg 0.305075845 0.380450438 -0.052285598 -0.023088994
390 Crude oil, at production offshore/GB U kg 0.305075845 0.380450438 -0.052285598 -0.023088994
391 Disposal, lignite ash, 0% water, to opencast refill/DE U kg 0.291457668 0.320719931 -0.018638098 -0.010624165
392 Polyvinylchloride, suspension polymerised, at plant/RER U kg 0.287046155 0.287881405 -0.000508483 -0.000326767
393 Calcareous marl, at plant/CH U kg 0.28691393 0.31360652 -0.017240692 -0.009451898
394 Disposal, wood untreated, 20% water, to municipal incineration/CH U kg 0.285860003 0.314509186 -0.017621761 -0.011027422
395 Copper, concentrate, at beneficiation/RER U kg 0.282997623 0.287593808 -0.002798547 -0.001797638
396 Hard coal supply mix/IT U kg 0.281480036 0.309286492 -0.017668342 -0.010138114
397 Lead, at regional storage/RER U kg 0.280799232 0.28098691 -0.000137106 -5.0572E-05
398 Caustic soda/AU U -- kg 0.278901998 0.28483612 -0.002921342 -0.00301278
399 Crude oil, at production onshore/RAF U kg 0.269039292 0.335366169 -0.044215197 -0.02211168
400 Disposal, building, waste wood, untreated, to final disposal/CH U kg 0.258818593 0.285315033 -0.016123417 -0.010373023
401 Hard coal supply mix/NL U kg 0.256398755 0.282137666 -0.016307347 -0.009431564
402 Copper, at regional storage/RER U kg 0.230964771 0.234715886 -0.002283997 -0.001467118
403 Lubricating oil, at plant/RER U kg 0.229896575 0.238687108 -0.005731919 -0.003058614
404 Portland cement, strength class Z 42.5, at plant/CH U kg 0.22040608 0.263132865 -0.027558949 -0.015167836
405 Disposal, lignite ash, 0% water, to opencast refill/ES U kg 0.206730208 0.227267241 -0.013044316 -0.007492716
406 Cement, unspecified, at plant/CH U kg 0.20512474 0.225069372 -0.01122597 -0.008718662
407 Oxygen, liquid, at plant/RER U kg 0.196472896 0.279012931 -0.045961052 -0.036578982
408 Thermal coal 2001-02/AU U - kg 0.185535806 0.33088352 -0.069706836 -0.075640878
409 Crude oil, production RAF, at long distance transport/RER U kg 0.183049432 0.228274864 -0.0313718 -0.013853631
410 Disposal, lignite ash, 0% water, to opencast refill/CS U kg 0.177767875 0.195427754 -0.011216857 -0.006443022
411 Soda, powder, at plant/RER U kg 0.17682279 0.179011145 -0.001199203 -0.000989151
412 Hard coal, at regional storage/CPA U kg 0.164176186 0.208975409 -0.025993454 -0.018805769
413 Hard coal, at mine/CPA U kg 0.164176186 0.208975409 -0.025993454 -0.018805769
414 Process-specific burdens, hazardous waste incineration plant/CH U kg 0.15944291 0.163573032 -0.002873903 -0.001256219
415 Reinforcing steel, at plant/RER U kg 0.158941982 0.197533308 -0.024804203 -0.013787122
416 Disposal, used mineral oil, 10% water, to hazardous waste incineration/CH U kg 0.156872276 0.160553628 -0.002592734 -0.001088618
417 Wire drawing, copper/RER U kg 0.154876006 0.215434645 -0.034770077 -0.025788562
418 Hard coal supply mix/PT U kg 0.15450465 0.169752275 -0.00968568 -0.005561945
419 Sulphuric acid, liquid, at plant/RER U kg 0.149328765 0.154454771 -0.003011351 -0.002114654
420 Blast furnace slag cement, at plant/CH U kg 0.14920858 0.161193655 -0.009155425 -0.002829649
421 Copper, concentrate, at beneficiation/RLA U kg 0.147766641 0.15016653 -0.001461256 -0.000938633
422 Steam, for chemical processes, at plant/RER U kg 0.147185481 0.147915991 -0.000527423 -0.000203088
423 Hard coal supply mix/BE U kg 0.140861043 0.154781166 -0.008840851 -0.005079272
424 Sodium chloride, powder, at plant/RER U kg 0.139824942 0.230606553 -0.046056677 -0.044724934
425 Zinc for coating, at regional storage/RER U kg 0.13148608 0.131969984 -0.000369179 -0.000114725
426 Disposal, steel in car shredder residue, 0% water, to municipal incineration/CH kg 0.131266354 0.131318511 -4.67591E-05 -5.39803E-06
427 Tap water, at user/CH U kg 0.128822837 0.147613711 -0.013883678 -0.004907196
428 Packing, cement/CH U kg 0.125489856 0.138205175 -0.00782801 -0.004887309
429 Cement mortar, at plant/CH U kg 0.125489856 0.138205175 -0.00782801 -0.004887309
430 Process-specific burdens, slag compartment/CH U kg 0.124567247 0.128042711 -0.002803478 -0.000671985
431 Disposal, building, cement (in concrete) and mortar, to final disposal/CH U kg 0.124397591 0.137004194 -0.007759198 -0.004847405
432 Crude oil, at production/NG U kg 0.116056472 0.144632809 -0.018607112 -0.009969225
433 Naphtha, at refinery/RER U kg 0.115173472 0.131815287 -0.011546196 -0.005095618
434 Bitumen, at refinery/CH U kg 0.111664805 0.135977063 -0.014843816 -0.009468442
435 Bauxite, at mine/GLO U kg 0.111087357 0.172293681 -0.034151582 -0.027054742
436 Aluminium hydroxide, at plant/RER U kg 0.107639602 0.111328332 -0.002416009 -0.001272721
437 Ethylene glycol, at plant/RER U kg 0.105914284 0.106012952 -6.10192E-05 -3.76492E-05
438 Quicklime, in pieces, loose, at plant/CH U kg 0.101545389 0.179925078 -0.043854744 -0.034524946
439 Disposal, hard coal ash, 0% water, to residual material landfill/ES U kg 0.091473116 0.100500397 -0.005734361 -0.003292921
440 Alkyd paint, white, 60% in solvent, at plant/RER U kg 0.088966894 0.089040446 -5.11003E-05 -2.24523E-05
441 Light fuel oil, at refinery/RER U kg 0.086269779 0.096646937 -0.007608346 -0.002768813
442 Crude oil, production RAF, at long distance transport/CH U kg 0.085989859 0.107091306 -0.012843397 -0.008258049
443 Rock wool, at plant/CH U kg 0.081532678 0.089675835 -0.005068354 -0.003074802
444 Disposal, building, mineral wool, to final disposal/CH U kg 0.081309688 0.089330432 -0.004997733 -0.003023011
445 Rock wool, packed, at plant/CH U kg 0.081295139 0.089359019 -0.005013572 -0.003050308
446 Disposal, mineral wool, 0% water, to inert material landfill/CH U kg 0.080939673 0.089645358 -0.005618894 -0.003086791
447 Ethylene oxide, at plant/RER U kg 0.0799563 0.080089674 -8.22212E-05 -5.11535E-05
448 Steel, electric, un- and low-alloyed, at plant/RER U kg 0.072920022 0.096249825 -0.016118472 -0.007211331
449 Aluminium oxide, at plant/RER U kg 0.069901272 0.072300072 -0.001571312 -0.000827488
450 Hard coal, at regional storage/RU U kg 0.069567543 0.096940986 -0.01561586 -0.011757584
451 Hard coal, at mine/RU U kg 0.069567543 0.096940986 -0.01561586 -0.011757584
452 Light fuel oil, at regional storage/RER U kg 0.069093964 0.077058032 -0.006169278 -0.001794789
453 Naphtha, at regional storage/RER U kg 0.067093526 0.083690588 -0.011514013 -0.005083049
454 Chemicals organic, at plant/GLO U kg 0.064838838 0.066075696 -0.000759676 -0.000477182
455 Pitch/AU U -- kg 0.064824273 0.066417642 -0.000764127 -0.000829242
456 Crude oil, production NG, at long distance transport/CH U kg 0.058261251 0.07255824 -0.008701862 -0.005595127
457 Refinery gas, at refinery/RER U kg 0.057853797 0.073015856 -0.010720251 -0.004441809
458 Crude oil, production NG, at long distance transport/RER U kg 0.057795221 0.072074569 -0.00990525 -0.004374098
459 Disposal, steel, 0% water, to inert material landfill/CH U kg 0.055264891 0.064272196 -0.005979593 -0.003027712
460 Copper, primary, at refinery/RER U kg 0.05520058 0.056097097 -0.000545875 -0.000350641
461 Chromium, at regional storage/RER U kg 0.051189748 0.05124024 -3.95531E-05 -1.09394E-05
462 Copper, secondary, at refinery/RER U kg 0.05081225 0.051637495 -0.000502479 -0.000322766
463 Disposal, building, bulk iron (excluding reinforcement), to sorting plant/CH U kg 0.050715013 0.054514131 -0.002718863 -0.001080256
464 Disposal, redmud from bauxite digestion, 0% water, to residual material landfill kg 0.050590613 0.052324316 -0.001135524 -0.000598179
465 SOx retained, in lignite flue gas desulphurisation/GLO U kg 0.049805948 0.054803446 -0.003180869 -0.001816629

466 Flaring in oil & gas production 00-01/AU U - kg 0.047012682 0.049390928 -0.001141164 -0.001237082
467 Hard coal supply mix/AT U kg 0.046644656 0.051360002 -0.003021209 -0.001694137
468 Chemicals inorganic, at plant/GLO U kg 0.044612278 0.045732652 -0.000742402 -0.000377972
469 Basalt, at mine/RER U kg 0.043049254 0.047348841 -0.002676091 -0.001623496
470 Polyvinylchloride, emulsion polymerised, at plant/RER U kg 0.042006612 0.042128827 -7.44022E-05 -4.78127E-05
471 Disposal, basic oxygen furnace wastes, 0% water, to residual material landfill/C kg 0.040891468 0.065042529 -0.013435336 -0.010715725
472 Copper, concentrate, at beneficiation/ID U kg 0.040271017 0.040925062 -0.000398238 -0.000255807
473 Copper, primary, at refinery/RLA U kg 0.039033046 0.039666985 -0.000385995 -0.000247943
474 Disposal, building, reinforced concrete, to sorting plant/CH U kg 0.038929426 0.042815103 -0.002457264 -0.001428413
475 Disposal, lignite ash, 0% water, to opencast refill/BA U kg 0.03722924 0.040927591 -0.002349047 -0.001349303
476 Aluminium, primary, liquid, at plant/RER U kg 0.036175307 0.037409768 -0.000806763 -0.000427698
477 Aluminium, primary, at plant/RER U kg 0.036175307 0.037409768 -0.000806763 -0.000427698
478 White spirit, at plant/RER U kg 0.036132136 0.036162292 -2.09692E-05 -9.18716E-06
479 Disposal, hazardous waste, 0% water, to underground deposit/DE U kg 0.035477693 0.036633834 -0.000668368 -0.000487773
480 Packing, fibre cement products/CH U kg 0.035340357 0.037745629 -0.001832088 -0.000573185
481 Fibre cement corrugated slab, at plant/CH U kg 0.034951279 0.03731568 -0.001805136 -0.000559265
482 Disposal, cement-fibre slab, 0% water, to municipal incineration/CH U kg 0.034948626 0.037312545 -0.001804693 -0.000559227
483 Disposal, building, cement-fibre slab, to final disposal/CH U kg 0.034948626 0.037312545 -0.001804693 -0.000559227
484 Secondary sulphur, at refinery/RER U kg 0.031979228 0.033080812 -0.000647007 -0.000454578
485 SOx retained, in hard coal flue gas desulphurisation/RER U kg 0.031106563 0.034212044 -0.001976409 -0.001129072
486 Copper, from imported concentrates, at refinery/DE U kg 0.030256385 0.030747781 -0.000299204 -0.000192192
487 Explosives, tovex, at plant/CH U kg 0.030185188 0.033411891 -0.001842214 -0.001384488
488 Blasting/RER U kg 0.030124015 0.03332946 -0.001830379 -0.001375066
489 Titanium dioxide, production mix, at plant/RER U kg 0.02982569 0.029963956 -9.16404E-05 -4.66265E-05
490 Nickel, 99.5%, at plant/GLO U kg 0.02982447 0.029865981 -3.81839E-05 -3.32678E-06
491 Disposal, municipal solid waste, 22.9% water, to municipal incineration/CH U kg 0.029040866 0.030807196 -0.001043825 -0.000722505
492 Nitric acid, 50% in H2O, at plant/RER U kg 0.028605953 0.030084835 -0.0008866 -0.000592282
493 Disposal, average incineration residue, 0% water, to residual material landfill/C kg 0.028108486 0.028495414 -0.000250786 -0.000136142
494 Disposal, lignite ash, 0% water, to opencast refill/MK U kg 0.027377596 0.030097102 -0.001727326 -0.000992181
495 Heavy fuel oil, at refinery/CH U kg 0.027103158 0.036010756 -0.005136152 -0.003771446
496 Heavy fuel oil, at regional storage/CH U kg 0.026268892 0.034969887 -0.005009876 -0.003691119
497 Alkyd resin, long oil, 70% in white spirit, at plant/RER U kg 0.026156289 0.026177922 -1.50284E-05 -6.60463E-06
498 Disposal, building, fibre board, to final disposal/CH U kg 0.025603574 0.02717747 -0.001193885 -0.000380011
499 Disposal, residues Na-dichromate prod., 0% water, to residual material landfill/ kg 0.025474719 0.025498147 -1.84833E-05 -4.94524E-06
500 Light fuel oil, at regional storage/CH U kg 0.024784646 0.028266708 -0.002076558 -0.001405504
501 Disposal, lignite ash, 0% water, to opencast refill/SI U kg 0.023538233 0.025876551 -0.001485213 -0.000853105
502 Steel, low-alloyed, at plant/RER U kg 0.022978278 0.047119848 -0.01856893 -0.00557264
503 Ammonia, liquid, at regional storehouse/RER U kg 0.022956843 0.024420631 -0.000917344 -0.000546444
504 Process-specific burdens, sanitary landfill/CH U kg 0.02262032 0.02920624 -0.005280746 -0.001305174
505 NOx retained, in SCR/GLO U kg 0.021407229 0.023547426 -0.001362358 -0.000777838
506 Sodium dichromate, at plant/RER U kg 0.021228932 0.021248456 -1.54027E-05 -4.12104E-06
507 Polyvinylchloride, bulk polymerised, at plant/RER U kg 0.021015087 0.021077485 -3.7975E-05 -2.44229E-05
508 Disposal, inert material, 0% water, to sanitary landfill/CH U kg 0.020903714 0.023111839 -0.001434025 -0.000774099
509 Bentonite, at processing/DE U kg 0.020351112 0.027638174 -0.004136046 -0.003151016
510 Bentonite, at mine/DE U kg 0.020351112 0.027638174 -0.004136046 -0.003151016
511 Crude oil, production RLA, at long distance transport/RER U kg 0.020169555 0.025152758 -0.00345673 -0.001526473
512 Extrusion, plastic film/RER U kg 0.019872192 0.022226856 -0.001389659 -0.000965005
513 Nitrogen, liquid, at plant/RER U kg 0.019478446 0.020406586 -0.000654821 -0.000273319
514 Portland cement, strength class Z 52.5, at plant/CH U kg 0.018789278 0.022441398 -0.002197785 -0.001454335
515 Hard coal supply mix/HR U kg 0.018360718 0.020172852 -0.001151112 -0.000661022
516 Disposal, natural gas pipeline, 0% water, to inert material landfill/CH U kg 0.017644003 0.034108809 -0.009016953 -0.007447853
517 Diesel, at regional storage/CH U kg 0.017282671 0.025841708 -0.005871359 -0.002687678
518 Aluminium, production mix, at plant/RER U kg 0.01557814 0.017279699 -0.001099384 -0.000602176
519 Quicklime, milled, loose, at plant/CH U kg 0.015134337 0.017340588 -0.001248936 -0.000957316
520 Titanium dioxide, chloride process, at plant/RER U kg 0.015039798 0.015120446 -5.33395E-05 -2.73091E-05
521 Titanium dioxide at plant, sulphate process, at plant/RER U kg 0.014912845 0.014981978 -4.58202E-05 -2.33133E-05
522 Steel, converter, low-alloyed, at plant/RER U kg 0.014476315 0.029685504 -0.011698426 -0.003510763
523 Drawing of pipes, steel/RER U kg 0.014457917 0.021958625 -0.004385394 -0.003115314
524 HDPE, High density polyethylene/AU U -- kg 0.014333477 0.040359933 -0.020920255 -0.005106201
525 Soy beans IP, at farm/CH U kg 0.014127483 0.01685117 -0.002528084 -0.000195603
526 Soya oil, at plant/RER U kg 0.014093659 0.016810824 -0.002522031 -0.000195135
527 Polyethylene, LDPE, granulate, at plant/RER U kg 0.012728012 0.014079735 -0.000789823 -0.0005619
528 Industrial residual wood chopping, stationary electric chopper, at plant/RER U kg 0.012642532 0.249307471 -0.21334044 -0.023324499
529 Ethene from Ethane/AU U kg 0.011896786 0.033498744 -0.017363812 -0.004238147
530 Hard coal supply mix/PL U kg 0.011844551 0.01322065 -0.000863457 -0.000512642
531 Disposal, building, glass sheet, to final disposal/CH U kg 0.011635335 0.012612408 -0.000655468 -0.000321606
532 Solid manure loading and spreading, by hydraulic loader and spreader/CH U kg 0.011531634 0.013714926 -0.002004558 -0.000178734
533 Crude oil, production RME, at long distance transport/CH U kg 0.011527631 0.014356449 -0.00172176 -0.001107058
534 Xylene, at plant/RER U kg 0.011188234 0.01125787 -4.35143E-05 -2.6122E-05
535 Packaging film, LDPE, at plant/RER U kg 0.011065811 0.012167412 -0.000655556 -0.000446045
536 Benzene, at plant/RER U kg 0.010918819 0.011256937 -0.000208531 -0.000129587
537 Anode, aluminium electrolysis/RER U kg 0.010399793 0.017547243 -0.003986157 -0.003161293
538 Disposal, facilities, chemical production/RER U kg 0.010359244 0.014502695 -0.003219891 -0.00092356
539 Disposal, hard coal ash, 0% water, to residual material landfill/DE U kg 0.009651376 0.010613865 -0.000613111 -0.000349378
540 Facilities, chemical production/RER/I U kg 0.009415716 0.013558053 -0.003219097 -0.00092324
541 Aluminium fluoride/AU U -- kg 0.009159952 0.009385102 -0.000107974 -0.000117175
542 Disposal, polyvinylchloride, 0.2% water, to municipal incineration/CH U kg 0.008906431 0.009882227 -0.000586441 -0.000389354
543 Barite, at plant/RER U kg 0.008745255 0.012160731 -0.002108604 -0.001306873
544 Disposal, PE sealing sheet, 4% water, to municipal incineration/CH U kg 0.008614418 0.009550523 -0.00055732 -0.000378785
545 Disposal, building, polyvinylchloride products, to final disposal/CH U kg 0.008614418 0.009550523 -0.00055732 -0.000378785
546 Disposal, building, PE sealing sheet, to final disposal/CH U kg 0.008614418 0.009550523 -0.00055732 -0.000378785
547 Polystyrene, expandable, at plant/RER U kg 0.008593963 0.009167547 -0.000433925 -0.000139658
548 Fresh fruit bunch harvesting, at farm/MY U kg 0.008490098 0.008549191 -3.7881E-05 -2.12114E-05
549 Disposal, expanded polystyrene, 5% water, to municipal incineration/CH U kg 0.008058348 0.008589169 -0.000404475 -0.000126346
550 Disposal, building, polystyrene isolation, flame-retardant, to final disposal/CH U kg 0.008058348 0.008589169 -0.000404475 -0.000126346
551 Polystyrene foam slab, at plant/RER U kg 0.008058345 0.008589166 -0.000404475 -0.000126346
552 Foaming, expanding/RER U kg 0.008058345 0.008589166 -0.000404475 -0.000126346
553 H2SiF6/AU U kg 0.007877558 0.008071187 -9.2858E-05 -0.000100771
554 Cumene, at plant/RER U kg 0.007629652 0.00796424 -0.000206556 -0.000128032
555 Light fuel oil, at refinery/CH U kg 0.007608886 0.008677879 -0.000637503 -0.00043149
556 Copper, SX-EW, at refinery/GLO U kg 0.00731544 0.00743425 -7.23419E-05 -4.64686E-05
557 Ammonium nitrate, as N, at regional storehouse/RER U kg 0.007170637 0.007761524 -0.000347929 -0.000242958
558 Phthalic anhydride, at plant/RER U kg 0.007011002 0.007017655 -4.6789E-06 -1.97487E-06
559 Disposal, drilling waste, 71.5% water, to landfarming/CH U kg 0.006571468 0.008859769 -0.001444966 -0.000843335
560 Diesel, at refinery/CH U kg 0.006515567 0.009742324 -0.002213502 -0.001013255
561 Steel, electric, un- and low-alloyed, at plant/RER S kg 0.0062745 0.012549 -0.0062745 5.4601E-16
562 Propylene, at plant/RER U kg 0.006110269 0.006309677 -0.000124542 -7.48656E-05
563 Acetic acid, 98% in H2O, at plant/RER U kg 0.006041668 0.006182884 -9.14734E-05 -4.97429E-05
564 Disposal, building, concrete, not reinforced, to final disposal/CH U kg 0.005960113 0.010709894 -0.002902341 -0.00184744
565 Penta-erythritol, at plant/RER U kg 0.005938617 0.005944424 -4.09332E-06 -1.71318E-06
566 Copper, blister-copper, at primary smelter/RER U kg 0.005792596 0.005886674 -5.72826E-05 -3.67953E-05
567 Disposal, paper, 11.2% water, to municipal incineration/CH U kg 0.005730179 0.007143571 -0.000793028 -0.000620365
568 Crude oil, production NL, at long distance transport/RER U kg 0.005694745 0.007101736 -0.000975997 -0.000430994
569 Crude oil, at production onshore/NL U kg 0.005694745 0.007101736 -0.000975997 -0.000430994
570 Phenol, at plant/RER U kg 0.005693554 0.005943033 -0.000153958 -9.5521E-05
571 Soap, at plant/RER U kg 0.005638308 0.005676732 -2.4603E-05 -1.38207E-05
572 Butadiene, at plant/RER U kg 0.005212751 0.005486222 -0.000221604 -5.18673E-05
573 Disposal, building, cement (in concrete) and mortar, to sorting plant/CH U kg 0.005118338 0.005599832 -0.000306688 -0.000174807
574 Copper, primary, at refinery/ID U kg 0.005081225 0.005163749 -5.02479E-05 -3.22766E-05
575 Disposal, plastics, mixture, 15.3% water, to municipal incineration/CH U kg 0.005039366 0.005577533 -0.000340441 -0.000197726
576 Flat glass, coated, at plant/RER U kg 0.005024486 0.005569744 -0.000325093 -0.000220166
577 Disposal, lignite ash, 0% water, to opencast refill/AT U kg 0.00500823 0.005517724 -0.00032642 -0.000183073
578 Cathodes/AU U kg 0.004932282 0.005053516 -5.81401E-05 -6.30945E-05
579 Disposal, sludge, pig iron production, 8.6% water, to residual material landfill/C kg 0.004737032 0.006560033 -0.001027467 -0.000795534
580 Fluorspar, 97%, at plant/GLO U kg 0.004729325 0.004946282 -0.000132946 -8.40116E-05
581 Disposal, drilling waste, 71.5% water, to residual material landfill/CH U kg 0.004521417 0.006125608 -0.001009038 -0.000595154
582 Disposal, decarbonising waste, 30% water, to residual material landfill/CH U kg 0.00430572 0.007051215 -0.001394888 -0.001350607
583 Disposal, dust, unalloyed EAF steel, 15.4% water, to residual material landfill/C kg 0.004150677 0.005947648 -0.001048168 -0.000748803
584 Portland slag sand cement, at plant/CH U kg 0.004102495 0.004501387 -0.000224519 -0.000174373

585 Vinyl acetate, at plant/RER U kg 0.003959392 0.004071905 -7.58187E-05 -3.66944E-05
586 Lime, hydrated, loose, at plant/CH U kg 0.00372869 0.004135756 -0.000249729 -0.000157337
587 Fugitives - crude refining and storage 00-01/AU U - kg 0.00360924 0.00376915 -7.67177E-05 -8.31917E-05
588 Kraft paper, unbleached, at plant/RER U kg 0.00359799 0.00431918 -0.000403015 -0.000318175
589 Ammonia, partial oxidation, liquid, at plant/RER U kg 0.003577294 0.003811304 -0.000147763 -8.62463E-05
590 Refractory, fireclay, packed, at plant/DE U kg 0.00350036 0.004457571 -0.000541016 -0.000416195
591 Crude palm oil, at plant/MY U kg 0.003497906 0.003522215 -1.55813E-05 -8.72858E-06
592 Disposal, building, concrete, not reinforced, to sorting plant/CH U kg 0.003453555 0.004163247 -0.000538309 -0.000171382
593 Aluminium scrap, new, at plant/RER U kg 0.00340749 0.003784787 -0.000244052 -0.000133246
594 Aluminium, secondary, from new scrap, at plant/RER U kg 0.003373752 0.003747314 -0.000241635 -0.000131926
595 Ethylene dichloride, at plant/RER U kg 0.003257017 0.003320004 -3.87249E-05 -2.42624E-05
596 Acetone, liquid, at plant/RER U kg 0.00324228 0.003304414 -3.82391E-05 -2.38949E-05
597 Toluene, liquid, at plant/RER U kg 0.003242231 0.00330436 -3.82358E-05 -2.38931E-05
598 Styrene, at plant/RER U kg 0.003242231 0.00330436 -3.82358E-05 -2.38931E-05
599 Ethyl benzene, at plant/RER U kg 0.003242231 0.00330436 -3.82358E-05 -2.38931E-05
600 Vinyl chloride, at plant/RER U kg 0.003241942 0.003303785 -3.79838E-05 -2.38591E-05
601 Methyl tert-butyl ether, at plant/RER U kg 0.003018084 0.00334217 -0.000281194 -4.28915E-05
602 Refinery gas, at refinery/CH U kg 0.002955696 0.003687668 -0.000447382 -0.000284589
603 Carbon monoxide, CO, at plant/RER U kg 0.002909369 0.002977959 -4.43697E-05 -2.422E-05
604 Cast iron, at plant/RER U kg 0.002844265 0.007258777 -0.00366985 -0.000744662
605 Wire drawing, copper/RER S kg 0.0028315 0.007755 -0.00453125 -0.00039225
606 Fugitive emission oil & gas exploration 00-01/AU U - kg 0.00280386 0.0029457 -6.80596E-05 -7.37802E-05
607 Aluminium sulphate, powder, at plant/RER U kg 0.002762623 0.002836887 -4.76065E-05 -2.66566E-05
608 Dolomite, at plant/RER U kg 0.00267505 0.004698824 -0.001126174 -0.0008976
609 Calcium chloride, CaCl2, at plant/RER U kg 0.002646228 0.00323183 -0.000308258 -0.000277344
610 Sodium chlorate, powder, at plant/RER U kg 0.002638717 0.002736746 -6.40746E-05 -3.39542E-05
611 Disposal, wood pole, chrome preserved, 20% water, to municipal incineration/C kg 0.002547443 0.002733925 -0.00013156 -5.49222E-05
612 Hydrogen fluoride, at plant/GLO U kg 0.00248911 0.002603292 -6.99678E-05 -4.42144E-05
613 Refinery products, at consumer/AU U -- kg 0.002447614 0.006970368 -0.003616605 -0.000906148
614 Ethene fr.Gasoil-Kemcor/AU U kg 0.002436691 0.006861189 -0.003556443 -0.000868054
615 Disposal, municipal solid waste, 22.9% water, to sanitary landfill/CH U kg 0.002424794 0.002721823 -0.000191289 -0.00010574
616 Husked nuts harvesting, at farm/PH U kg 0.00239717 0.002413616 -1.05385E-05 -5.90837E-06
617 Phosphoric acid, fertiliser grade, 70% in H2O, at plant/GLO U kg 0.002345873 0.002435711 -5.59528E-05 -3.38857E-05
618 Sodium hydroxide, 50% in H2O, diaphragm cell, at plant/RER U kg 0.002328657 0.008252577 -0.003012062 -0.002911858
619 Sodium silicate, hydrothermal liquor, 48% in H2O, at plant/RER U kg 0.002322911 0.002381304 -3.86943E-05 -1.96989E-05
620 Ammonium sulphate, as N, at regional storehouse/RER U kg 0.002290918 0.002354503 -4.21617E-05 -2.14231E-05
621 Sodium silicate, spray powder 80%, at plant/RER U kg 0.002233568 0.002289715 -3.7206E-05 -1.89412E-05
622 Sodium sulphate, powder, production mix, at plant/RER U kg 0.002233425 0.002289634 -3.72641E-05 -1.89449E-05
623 Phosphoric acid, industrial grade, 85% in H2O, at plant/RER U kg 0.002230637 0.002286659 -3.71222E-05 -1.89001E-05
624 Potassium nitrate, as N, at regional storehouse/RER U kg 0.002130459 0.002134553 -3.03879E-06 -1.05522E-06
625 Bitumen, at refinery/RER U kg 0.002106362 0.003441019 -0.000749224 -0.000585433
626 Disposal, hard coal ash, 0% water, to residual material landfill/FR U kg 0.002039939 0.002244905 -0.000131061 -7.39053E-05
627 Disposal, hard coal ash, 0% water, to residual material landfill/IT U kg 0.002001198 0.00219889 -0.000125614 -7.20775E-05
628 Acetaldehyde, at plant/RER U kg 0.001924112 0.001925993 -1.32624E-06 -5.55069E-07
629 Industrial machine, heavy, unspecified, at plant/RER/I U kg 0.001910478 0.004474721 -0.001478672 -0.001085571
630 Calcium nitrate, as N, at regional storehouse/RER U kg 0.001708482 0.001891113 -0.000104269 -7.8362E-05
631 Aluminium scrap, old, at plant/RER U kg 0.001674653 0.001861228 -0.000120748 -6.58268E-05
632 Aluminium, secondary, from old scrap, at plant/RER U kg 0.001625877 0.001807017 -0.000117231 -6.39095E-05
633 Phosphoric acid, fertiliser grade, 70% in H2O, at plant/US U kg 0.0014779 0.001534498 -3.52503E-05 -2.1348E-05
634 Disposal, hard coal ash, 0% water, to residual material landfill/NL U kg 0.001394762 0.001534777 -8.87089E-05 -5.1306E-05
635 Potato grading/CH U kg 0.001369409 0.001529587 -9.22012E-05 -6.79772E-05
636 Disposal, hard coal ash, 0% water, to residual material landfill/HR U kg 0.001360805 0.001495112 -8.53147E-05 -4.89917E-05
637 Sodium sulphate, from natural sources, at plant/RER U kg 0.001340055 0.00137378 -2.23584E-05 -1.1367E-05
638 Gravel, unspecified, at mine/CH U kg 0.001305096 0.00228042 -0.000601171 -0.000374154
639 Potatoes IP, at farm/CH U kg 0.00127093 0.001419589 -8.55707E-05 -6.30888E-05
640 Methanol, at regional storage/CH U kg 0.001150704 0.001291914 -0.000115821 -2.53886E-05
641 Phosphate rock, as P2O5, beneficiated, wet, at plant/US U kg 0.001114603 0.001157289 -2.65851E-05 -1.61003E-05
642 Disposal, lignite ash, 0% water, to opencast refill/FR U kg 0.001104184 0.001215793 -7.13606E-05 -4.02482E-05
643 Disposal, hard coal ash, 0% water, to residual material landfill/BE U kg 0.001092946 0.001200953 -6.85965E-05 -3.94103E-05
644 Crude oil, used in drilling tests/GLO U kg 0.001024123 0.001412083 -0.000240828 -0.000147132
645 Sodium chloride, brine solution, at plant/RER U kg 0.001002057 0.001104389 -6.56069E-05 -3.67251E-05
646 Phenolic resin, at plant/RER U kg 0.001001334 0.001040981 -2.37845E-05 -1.58622E-05
647 Disposal, paint remains, 0% water, to hazardous waste incineration/CH U kg 0.000987177 0.000988847 -1.13906E-06 -5.30391E-07
648 Phosphoric acid, fertiliser grade, 70% in H2O, at plant/MA U kg 0.000941856 0.000989324 -3.38988E-05 -1.35691E-05
649 Disposal, hard coal ash, 0% water, to residual material landfill/PT U kg 0.00094157 0.00103449 -5.90257E-05 -3.38951E-05
650 Disposal, refractory SPL, Al elec.lysis, 0% water, to residual material landfill/CH kg 0.000940854 0.000999451 -3.56239E-05 -2.29732E-05
651 Disposal, polyethylene, 0.4% water, to municipal incineration/CH U kg 0.000912495 0.00105975 -9.09909E-05 -5.62643E-05
652 Ammonia, liquid, at regional storehouse/CH U kg 0.000891787 0.00098806 -6.77427E-05 -2.85309E-05
653 Grain drying, low temperature/CH U kg 0.000866801 0.001033911 -0.000155107 -1.20034E-05
654 Quicklime, milled, packed, at plant/CH U kg 0.000825197 0.000940328 -7.735E-05 -3.77805E-05
655 Disposal, residue from cooling tower, 30% water, to sanitary landfill/CH U kg 0.000823663 0.000947969 -7.3772E-05 -5.05341E-05
656 Paper, woodcontaining, LWC, at plant/RER U kg 0.000812378 0.000898122 -4.96709E-05 -3.60737E-05
657 Crude coco nut oil, at plant/PH U kg 0.000807128 0.000812665 -3.5483E-06 -1.98935E-06
658 Disposal, H3PO4 purification residue, 0% water, to residual material landfill/CH kg 0.000785184 0.000804904 -1.3067E-05 -6.65283E-06
659 Phosphate rock, as P2O5, beneficiated, dry, at plant/MA U kg 0.00076685 0.000815513 -3.76512E-05 -1.10125E-05
660 Silicon carbide, at plant/RER U kg 0.000744306 0.000744762 -3.68027E-07 -8.84382E-08
661 Hydrogen cyanide, at plant/RER U kg 0.000742047 0.000746636 -3.05145E-06 -1.53734E-06
662 Argon, crude, liquid, at plant/RER U kg 0.000693106 0.000760031 -4.28898E-05 -2.4035E-05
663 Fugitives - fuel distribution /AU U - kg 0.000679718 0.002128793 -0.000842295 -0.00060678
664 Aluminium fluoride, at plant/RER U kg 0.000676478 0.000699563 -1.50865E-05 -7.99795E-06
665 Argon, liquid, at plant/RER U kg 0.000672918 0.000737894 -4.16406E-05 -2.33349E-05
666 Cathode, aluminium electrolysis/RER U kg 0.000654773 0.000677117 -1.46024E-05 -7.74133E-06
667 Sulphate pulp, unbleached, at plant/RER U kg 0.000643649 0.000688011 -3.36556E-05 -1.07058E-05
668 Waste paper, mixed, from public collection, for further treatment/CH U kg 0.000634959 0.000678131 -3.28967E-05 -1.02756E-05
669 Disposal, bilge oil, 90% water, to hazardous waste incineration/CH U kg 0.000593392 0.000766361 -0.000101243 -7.1727E-05
670 Protein peas, IP, at farm/CH U kg 0.00056655 0.000675777 -0.000101383 -7.8442E-06
671 Pea seed IP, at regional storehouse/CH U kg 0.00056655 0.000675777 -0.000101383 -7.8442E-06
672 Disposal, salt tailings potash mining, 0% water, to residual material landfill/CH kg 0.000565129 0.000673009 -9.95485E-05 -8.33128E-06
673 Disposal, catalytic converter NOx reduction, 0% water, to underground deposit kg 0.000536623 0.000590429 -3.42687E-05 -1.95374E-05
674 Disposal, building, reinforcement steel, to sorting plant/CH U kg 0.000517877 0.000523186 -3.29966E-06 -2.00933E-06
675 Disposal, lignite ash, 0% water, to opencast refill/CZ U kg 0.000505962 0.000582209 -4.5722E-05 -3.05248E-05
676 Disposal, lignite ash, 0% water, to opencast refill/HU U kg 0.000476093 0.000536315 -3.67556E-05 -2.34657E-05
677 Manganese, concentrate, at beneficiation/GLO U kg 0.000473389 0.00096646 -0.0003792 -0.00011387
678 Brazing solder, cadmium free, at plant/RER U kg 0.000471779 0.000680783 -0.000162298 -4.67047E-05
679 Sodium hypochlorite, 15% in H2O, at plant/RER U kg 0.000462032 0.000522188 -3.95427E-05 -2.0613E-05
680 Disposal, electronics for control units/RER U kg 0.000454099 0.000632314 -0.000138485 -3.97297E-05
681 Uranium natural, at mine/GLO U kg 0.000420864 0.000463844 -2.75549E-05 -1.54245E-05
682 Uranium natural, in yellowcake, at mill plant/RNA U kg 0.000400823 0.000441756 -2.62428E-05 -1.469E-05
683 Uranium natural, in uranium hexafluoride, at conversion plant/US U kg 0.000400823 0.000441756 -2.62428E-05 -1.469E-05
684 Fibre cement facing tile, at plant/CH U kg 0.000389078 0.000429949 -2.69518E-05 -1.39193E-05
685 Calcium chloride, CaCl2, at regional storage/CH U kg 0.000385009 0.000907224 -0.000266081 -0.000256134
686 Disposal, refinery sludge, 89.5% water, to hazardous waste incineration/CH U kg 0.000359822 0.000448028 -6.06951E-05 -2.7511E-05
687 Paraffin, at plant/RER U kg 0.000358953 0.000376305 -1.18021E-05 -5.54948E-06
688 Waste paper, mixed, from public collection, for further treatment/RER U kg 0.000356975 0.00040666 -2.90571E-05 -2.06282E-05
689 Acrylic dispersion, 65% in H2O, at plant/RER U kg 0.000355482 0.000390987 -2.2098E-05 -1.34061E-05
690 Sodium sulphate, from Mannheim process, at plant/RER U kg 0.000335014 0.000343445 -5.58961E-06 -2.84174E-06
691 Disposal, hazardous waste, 25% water, to hazardous waste incineration/CH U kg 0.000331435 0.000458326 -7.68997E-05 -4.99914E-05
692 Sodium cyanide, at plant/RER U kg 0.000326588 0.000333742 -4.65772E-06 -2.49619E-06
693 Potato starch, at plant/DE U kg 0.000324217 0.00036214 -2.18292E-05 -1.60941E-05
694 Disposal, refinery sludge, 89.5% water, to sanitary landfill/CH U kg 0.000320987 0.000399206 -5.42361E-05 -2.39826E-05
695 Fugitives - gas production 2001-02/AU U - kg 0.000316266 0.00552069 -0.002662234 -0.00254219
696 Kaolin, at plant/RER U kg 0.00027537 0.000308428 -2.01072E-05 -1.29507E-05
697 Acrylic binder, 34% in H2O, at plant/RER U kg 0.000273125 0.000297492 -1.60472E-05 -8.32057E-06
698 Hard coal supply mix/CZ U kg 0.000272864 0.000313984 -2.46578E-05 -1.6462E-05
699 Disposal, wood untreated, 20% water, to sanitary landfill/CH U kg 0.000267455 0.000296865 -1.84738E-05 -1.09359E-05
700 Disposal, hard coal ash, 0% water, to residual material landfill/AT U kg 0.00025546 0.000281284 -1.65463E-05 -9.27831E-06
701 Molybdenite, at plant/GLO U kg 0.000252645 0.000520148 -0.000205966 -6.15364E-05
702 Uranium natural, at underground mine/RNA U kg 0.000252518 0.000278306 -1.65329E-05 -9.25471E-06
703 Disposal, separator sludge, 90% water, to hazardous waste incineration/CH U kg 0.000247678 0.000296696 -3.52448E-05 -1.37734E-05

704 Ozone, liquid, at plant/RER U kg 0.000245244 0.000247623 -1.47535E-06 -9.03472E-07
705 Kerosene, at regional storage/RER U kg 0.000243513 0.000284114 -2.22926E-05 -1.83078E-05
706 Kerosene, at refinery/RER U kg 0.000243513 0.000284114 -2.22926E-05 -1.83078E-05
707 Disposal, bitumen, 1.4% water, to sanitary landfill/CH U kg 0.000223876 0.000321822 -5.80335E-05 -3.99125E-05
708 Sheet rolling, chromium steel/RER U kg 0.000223037 0.000245549 -1.43067E-05 -8.20469E-06
709 Sulphate pulp, average, at regional storage/RER U kg 0.000212712 0.000240582 -1.78733E-05 -9.99652E-06
710 Corrugated board, mixed fibre, single wall, at plant/RER U kg 0.000209047 0.000242545 -1.95243E-05 -1.39743E-05
711 Ferromanganese, high-coal, 74.5% Mn, at regional storage/RER U kg 0.000202699 0.000414266 -0.000162713 -4.88537E-05
712 Disposal, pollutants from rail ballast, 0% water, to residual material landfill/CH kg 0.000199842 0.000228417 -1.98348E-05 -8.74119E-06
713 Acrylic varnish, 87.5% in H2O, at plant/RER U kg 0.000188634 0.000201652 -9.86378E-06 -3.15456E-06
714 Polyethylene terephthalate, granulate, amorphous, at plant/RER U kg 0.000187627 0.000187995 -2.71784E-07 -9.59749E-08
715 Disposal, building, mineral wool, to sorting plant/CH U kg 0.000174852 0.000214905 -2.31345E-05 -1.69183E-05
716 Disposal, building, bitumen sheet, to final disposal/CH U kg 0.000173918 0.000185341 -7.70755E-06 -3.71482E-06
717 Disposal, bitumen sheet, 1.5% water, to municipal incineration/CH U kg 0.000173918 0.000185341 -7.70755E-06 -3.71482E-06
718 Sulphate pulp, ECF bleached, at plant/RER U kg 0.000173686 0.000196397 -1.45431E-05 -8.16694E-06
719 Uranium natural, at open pit mine/RNA U kg 0.000168346 0.000185537 -1.1022E-05 -6.16981E-06
720 Disposal, building, concrete gravel, to sorting plant/CH U kg 0.000167687 0.000186024 -1.14957E-05 -6.84127E-06
721 Lime, hydrated, packed, at plant/CH U kg 0.000165752 0.000293519 -7.4072E-05 -5.36947E-05
722 Iron (III) chloride, 40% in H2O, at plant/CH U kg 0.000165488 0.00018472 -1.15731E-05 -7.65937E-06
723 Uranium, enriched 3.8%, at EURODIF enrichment plant/FR U kg 0.000164365 0.000181125 -1.07371E-05 -6.02357E-06
724 Purified terephthalic acid, at plant/RER U kg 0.000164174 0.000164496 -2.37811E-07 -8.39781E-08
725 Uranium, enriched 3.8% for pressure water reactor/FR U kg 0.00016181 0.00017823 -1.04992E-05 -5.92054E-06
726 Nylon 66, glass-filled, at plant/RER U kg 0.000157086 0.000172944 -1.00773E-05 -5.78067E-06
727 Disposal, lignite ash, 0% water, to opencast refill/SK U kg 0.000154631 0.00017237 -1.09855E-05 -6.75336E-06
728 Disposal, glass, 0% water, to municipal incineration/CH U kg 0.000154137 0.000200611 -3.34875E-05 -1.29869E-05
729 Glass fibre reinforced plastic, polyamide, injection moulding, at plant/RER U kg 0.000149605 0.000164708 -9.59743E-06 -5.5054E-06
730 Disposal, plastic, industr. electronics, 15.3% water, to municipal incineration/C kg 0.000146355 0.000203491 -4.43845E-05 -1.2752E-05
731 Molybdenum, molybdenite concentrate, couple production Cu/GLO U kg 0.000146282 0.000301166 -0.000119254 -3.56296E-05
732 Core board, at plant/RER U kg 0.000145942 0.000163252 -1.02153E-05 -7.09463E-06
733 Injection moulding/RER U kg 0.000145184 0.00016519 -1.4155E-05 -5.85121E-06
734 Waste paper, sorted, for further treatment/RER U kg 0.000142077 0.000159244 -1.00951E-05 -7.0713E-06
735 Iron sulphate, at plant/RER U kg 0.00014017 0.000184213 -2.74174E-05 -1.66252E-05
736 Potassium chloride, as K2O, at regional storehouse/RER U kg 0.000123391 0.000146945 -2.17355E-05 -1.81906E-06
737 Chlorine, gaseous, mercury cell, at plant/RER U kg 0.000122983 0.020250352 -0.010140342 -0.009987026
738 Molybdenum, molybdenite concentrate, main product/GLO U kg 0.000106364 0.000218982 -8.67117E-05 -2.59068E-05
739 Ammonium bicarbonate, at plant/RER U kg 0.000101916 0.000112095 -6.33544E-06 -3.8435E-06
740 Disposal, building, polyethylene/polypropylene products, to final disposal/CH U kg 0.000101028 0.00011939 -1.11594E-05 -7.20213E-06
741 Disposal, glass, 0% water, to inert material landfill/CH U kg 9.84841E-05 0.000109172 -6.37209E-06 -4.3154E-06
742 Potato seed IP, at regional storehouse/CH U kg 9.84789E-05 0.000109998 -6.6305E-06 -4.88848E-06
743 Potato seed IP, at farm/CH U kg 9.84789E-05 0.000109998 -6.6305E-06 -4.88848E-06
744 Disposal, filter dust Al electrolysis, 0% water, to residual material landfill/CH U kg 9.35007E-05 9.83259E-05 -3.13852E-06 -1.68676E-06
745 Paper, woodfree, coated, at integrated mill/RER U kg 9.29431E-05 0.000109389 -1.15902E-05 -4.85519E-06
746 Fatty acids, from vegetarian oil, at plant/RER U kg 9.07093E-05 9.1472E-05 -4.97992E-07 -2.64639E-07
747 Corrugated board base paper, wellenstoff, at plant/RER U kg 9.05173E-05 0.000105022 -8.45404E-06 -6.05086E-06
748 Disposal, plastics, mixture, 15.3% water, to sanitary landfill/CH U kg 8.92715E-05 0.000102051 -8.76317E-06 -4.01639E-06
749 Rape seed IP, at farm/CH U kg 8.77345E-05 0.000104598 -1.56241E-05 -1.23937E-06
750 Refractory, high aluminium oxide, packed, at plant/DE U kg 8.43502E-05 9.21976E-05 -5.06862E-06 -2.77878E-06
751 Wood preservative, inorganic salt, containing Cr, at plant/RER U kg 8.42882E-05 9.04529E-05 -4.34833E-06 -1.81637E-06
752 Hydrogen peroxide, 50% in H2O, at plant/RER U kg 8.24618E-05 8.72688E-05 -3.31801E-06 -1.48906E-06
753 Disposal, asphalt, 0.1% water, to sanitary landfill/CH U kg 8.0469E-05 0.000105503 -1.74337E-05 -7.60056E-06
754 Sheet rolling, aluminium/RER U kg 7.90135E-05 8.69582E-05 -4.93862E-06 -3.00606E-06
755 Triple superphosphate, as P2O5, at regional storehouse/RER U kg 7.61118E-05 9.07769E-05 -1.36069E-05 -1.05825E-06
756 Chlorine, liquid, production mix, at plant/RER U kg 7.54321E-05 0.036587059 -0.018393191 -0.018118436
757 Disposal, packaging cardboard, 19.6% water, to municipal incineration/CH U kg 7.29911E-05 8.07102E-05 -4.55443E-06 -3.16466E-06
758 Cryolite, at plant/RER U kg 7.23506E-05 7.48195E-05 -1.61353E-06 -8.55396E-07
759 Carbon dioxide liquid, at plant/RER U kg 6.40515E-05 7.04833E-05 -4.01404E-06 -2.41776E-06
760 Corrugated board base paper, kraftliner, at plant/RER U kg 6.25302E-05 7.25466E-05 -5.83793E-06 -4.1784E-06
761 Corrugated board base paper, testliner, at plant/RER U kg 6.2505E-05 7.25211E-05 -5.83778E-06 -4.1783E-06
762 Plaster mixing/CH U kg 5.72641E-05 5.91955E-05 -1.12104E-06 -8.10333E-07
763 Uranium, enriched 4.0% for pressure water reactor/DE U kg 5.58919E-05 6.15201E-05 -3.58472E-06 -2.04346E-06
764 Disposal, emulsion paint, 0% water, to municipal incineration/CH U kg 5.32401E-05 8.65656E-05 -2.46635E-05 -8.66207E-06
765 Packaging, corrugated board, mixed fibre, single wall, at plant/RER U kg 5.1117E-05 7.11021E-05 -1.14746E-05 -8.51053E-06
766 Rape seed IP, at regional storehouse/CH U kg 5.0134E-05 5.97703E-05 -8.92808E-06 -7.0821E-07
767 Nuclear spent fuel, in reprocessing, at plant/RER U kg 4.6157E-05 5.0843E-05 -2.99782E-06 -1.68815E-06
768 Petrol, unleaded, at regional storage/CH U kg 4.30234E-05 6.29455E-05 -1.43625E-05 -5.55961E-06
769 Disposal, sludge from pulp and paper production, 25% water, to sanitary landfi kg 4.11451E-05 4.92437E-05 -4.57054E-06 -3.52801E-06
770 Calcium ammonium nitrate, as N, at regional storehouse/RER U kg 4.01051E-05 4.77899E-05 -7.10643E-06 -5.78357E-07
771 Disposal, catalyst base Eth.oxide prod., 0% water, to residual material landfill/C kg 3.99781E-05 4.00448E-05 -4.11106E-08 -2.55768E-08
772 Uranium, enriched 3.9% for pressure water reactor/UCTE U kg 3.90551E-05 4.291E-05 -2.44546E-06 -1.4094E-06
773 Malusil, at plant/RER U kg 3.89117E-05 4.40339E-05 -2.92632E-06 -2.19585E-06
774 Tin, at regional storage/RER U kg 3.85778E-05 4.32289E-05 -3.25917E-06 -1.39192E-06
775 Anhydrite, at plant/CH U kg 3.85362E-05 3.9836E-05 -7.54409E-07 -5.45319E-07
776 Tractor, production/CH/I U kg 3.85183E-05 4.57745E-05 -6.67343E-06 -5.82761E-07
777 Disposal, lignite ash, 0% water, to opencast refill/PL U kg 3.77286E-05 6.82483E-05 -1.61541E-05 -1.43656E-05
778 Sulphur dioxide, liquid, at plant/RER U kg 3.68476E-05 4.49549E-05 -4.48609E-06 -3.62115E-06
779 Uranium, enriched 4.0%, at URENCO enrichment plant/RER U kg 3.65916E-05 4.02735E-05 -2.34476E-06 -1.33717E-06
780 Disposal, hard coal ash, 0% water, to residual material landfill/CZ U kg 3.47117E-05 3.99427E-05 -3.13678E-06 -2.09417E-06
781 Anhydrite rock, at mine/CH U kg 3.46826E-05 3.58524E-05 -6.78968E-07 -4.90787E-07
782 Esters of versatic acid, at plant/RER U kg 3.41406E-05 3.71865E-05 -2.0059E-06 -1.04007E-06
783 Platinum, at regional storage/RER U kg 3.41148E-05 3.4115E-05 -7.99801E-11 -2.84908E-11
784 Fuel elements PWR, UO2 3.8% & MOX, at nuclear fuel fabrication plant/FR U kg 3.38586E-05 3.72944E-05 -2.19695E-06 -1.23887E-06
785 Chlorine, gaseous, membrane cell, at plant/RER U kg 3.36842E-05 0.007849211 -0.00393737 -0.003878157
786 Sulphate pulp, TCF bleached, at plant/RER U kg 3.26805E-05 3.69521E-05 -2.73479E-06 -1.53682E-06
787 Pentane, at plant/RER U kg 3.22378E-05 3.83307E-05 -5.65335E-06 -4.39554E-07
788 Harvester, production/CH/I U kg 3.14581E-05 3.75227E-05 -5.6288E-06 -4.35857E-07
789 U enriched 3.8%, in fuel element for LWR, at nuclear fuel fabrication plant/FR kg 3.04728E-05 3.3565E-05 -1.97726E-06 -1.11498E-06
790 Propylene glycol, liquid, at plant/RER U kg 2.94189E-05 4.78498E-05 -1.3729E-05 -4.70192E-06
791 Bronze, at plant/CH U kg 2.82862E-05 6.62376E-05 -2.18848E-05 -1.60667E-05
792 Latex, at plant/RER U kg 2.77658E-05 3.09726E-05 -1.94256E-06 -1.26424E-06
793 Kraft paper, bleached, at plant/RER U kg 2.65856E-05 2.65962E-05 -9.47021E-09 -1.09327E-09
794 Agricultural machinery, tillage, production/CH/I U kg 2.62528E-05 3.12786E-05 -4.64524E-06 -3.80487E-07
795 Platinum, primary, at refinery/ZA U kg 2.53473E-05 2.53474E-05 -5.94252E-11 -2.11687E-11
796 Disposal, emulsion paint remains, 0% water, to hazardous waste incineration/C kg 2.52153E-05 2.80401E-05 -1.88975E-06 -9.35004E-07
797 Agricultural machinery, general, production/CH/I U kg 2.47408E-05 2.93701E-05 -4.22013E-06 -4.09119E-07
798 Brass, at plant/CH U kg 2.40157E-05 4.1028E-05 -1.24961E-05 -4.51622E-06
799 Uranium, enriched 3.9%, at EURODIF enrichment plant/FR U kg 2.38236E-05 2.61751E-05 -1.49173E-06 -8.59732E-07
800 Butyl acrylate, at plant/RER U kg 2.3766E-05 2.59243E-05 -1.40847E-06 -7.49784E-07
801 Propylene oxide, liquid, at plant/RER U kg 2.36234E-05 3.84234E-05 -1.10244E-05 -3.77564E-06
802 Disposal, zinc in car shredder residue, 0% water, to municipal incineration/CH kg 2.36084E-05 3.97139E-05 -1.19846E-05 -4.12091E-06
803 Crude palm kernel oil, at plant/MY U kg 2.3403E-05 2.35998E-05 -1.28482E-07 -6.82769E-08
804 Disposal, building, electric wiring, to final disposal/CH U kg 2.23417E-05 3.11098E-05 -6.81346E-06 -1.9547E-06
805 Disposal, solvents mixture, 16.5% water, to hazardous waste incineration/CH U kg 2.00555E-05 2.16844E-05 -9.73485E-07 -6.55425E-07
806 Solid bleached board, SBB, at plant/RER U kg 1.95383E-05 2.18397E-05 -1.35848E-06 -9.42899E-07
807 Sodium dithionite, anhydrous, at plant/RER U kg 1.87918E-05 2.24248E-05 -2.0338E-06 -1.5992E-06
808 Chlorine, gaseous, diaphragm cell, at plant/RER U kg 1.77266E-05 0.008597959 -0.0043224 -0.004257832
809 Paper, woodfree, uncoated, at regional storage/RER U kg 1.74994E-05 3.02509E-05 -9.61885E-06 -3.13264E-06
810 Aluminium, production mix, cast alloy, at plant/RER U kg 1.74244E-05 3.00871E-05 -8.7741E-06 -3.88856E-06
811 Isopropanol, at plant/RER U kg 1.59033E-05 1.65815E-05 -5.11915E-07 -1.66325E-07
812 Butanol, 1-, at plant/RER U kg 1.56662E-05 1.73653E-05 -1.16869E-06 -5.30442E-07
813 Vermiculite, at mine/ZA U kg 1.43754E-05 1.45142E-05 -8.60339E-08 -5.27094E-08
814 Zeolite, powder, at plant/RER U kg 1.43122E-05 1.73006E-05 -2.08106E-06 -9.07315E-07
815 Acrylic acid, at plant/RER U kg 1.4022E-05 1.52953E-05 -8.30999E-07 -4.42372E-07
816 Disposal, wire plastic, 3.55% water, to municipal incineration/CH U kg 1.37401E-05 1.91325E-05 -4.19028E-06 -1.20214E-06
817 Alkyd paint, white, 60% in H2O, at plant/RER U kg 1.36477E-05 2.43758E-05 -8.16619E-06 -2.56196E-06
818 Expanded vermiculite, at plant/CH U kg 1.261E-05 1.27317E-05 -7.54684E-08 -4.62363E-08
819 Polyurethane, rigid foam, at plant/RER U kg 1.23697E-05 1.24893E-05 -7.41212E-08 -4.54051E-08
820 Bitumen sealing, at plant/RER U kg 1.23697E-05 1.24893E-05 -7.41212E-08 -4.54051E-08
821 Uranium, enriched 3.9% at URENCO enrichment plant/RER U kg 1.21071E-05 1.33021E-05 -7.58092E-07 -4.36913E-07
822 Rosin size, in paper production, at plant/RER U kg 1.19905E-05 1.43031E-05 -1.29683E-06 -1.01577E-06

823 Metolachlor, at regional storehouse/CH U kg 1.19523E-05 1.42566E-05 -2.1388E-06 -1.6551E-07
824 Sulphur hexafluoride, liquid, at plant/RER U kg 1.16795E-05 1.23838E-05 -4.87098E-07 -2.17193E-07
825 Petrol, unleaded, at refinery/CH U kg 1.16594E-05 1.70582E-05 -3.89223E-06 -1.50665E-06
826 Disposal, ash from paper prod. sludge, 0% water, to residual material landfill/C kg 1.15826E-05 1.38624E-05 -1.28668E-06 -9.9313E-07
828 Nuclear spent fuel, in conditioning, at plant/CH U kg 9.95347E-06 1.09905E-05 -6.69572E-07 -3.67423E-07
829 U enriched 4.0%, in fuel element for LWR, at nuclear fuel fabrication plant/DE kg 9.77131E-06 1.07553E-05 -6.26699E-07 -3.57249E-07
830 Thomas meal, as P2O5, at regional storehouse/RER U kg 9.62134E-06 1.14752E-05 -1.72006E-06 -1.33772E-07
831 Tempering, flat glass/RER U kg 9.18517E-06 1.01354E-05 -6.11386E-07 -3.38822E-07
832 Solar glass, low-iron, at regional storage/RER U kg 9.18517E-06 1.01354E-05 -6.11386E-07 -3.38822E-07
833 Fluorine, liquid, at plant/RER U kg 9.12168E-06 9.67174E-06 -3.80424E-07 -1.69628E-07
834 Paper, woodfree, uncoated, at non-integrated mill/RER U kg 8.74972E-06 1.51255E-05 -4.80942E-06 -1.56632E-06
835 Paper, woodfree, uncoated, at integrated mill/RER U kg 8.74972E-06 1.51255E-05 -4.80942E-06 -1.56632E-06
836 Ethylenediamine, at plant/RER U kg 8.71389E-06 9.37539E-06 -4.28365E-07 -2.33139E-07
837 Disposal, copper, 0% water, to municipal incineration/CH U kg 8.60154E-06 1.19773E-05 -2.62318E-06 -7.52561E-07
838 Fuel elements PWR, UO2 3.9% & MOX, at nuclear fuel fabrication plant/UCTE kg 8.13242E-06 8.93512E-06 -5.09216E-07 -2.93477E-07
839 Fuel elements PWR, UO2 4.0% & MOX, at nuclear fuel fabrication plant/DE U kg 7.93039E-06 8.72896E-06 -5.08629E-07 -2.89943E-07
840 Cationic resin, at plant/CH U kg 7.6515E-06 8.10888E-06 -3.20402E-07 -1.36985E-07
841 Methylene diphenyl diisocyanate, at plant/RER U kg 7.61976E-06 7.69339E-06 -4.56586E-08 -2.79695E-08
842 Potassium sulphate, as K2O, at regional storehouse/RER U kg 7.57806E-06 9.02468E-06 -1.33492E-06 -1.11708E-07
843 Uranium, enriched 4.0%, at TENEX enrichment plant/RU U kg 7.44397E-06 8.1932E-06 -4.77161E-07 -2.72075E-07
844 U enriched 3.9%, in fuel element for LWR, at nuclear fuel fabrication plant/UCT kg 7.07521E-06 7.77355E-06 -4.43018E-07 -2.55325E-07
845 Platinum, primary, at refinery/RU U kg 7.06177E-06 7.0618E-06 -1.65559E-11 -5.8976E-12
846 Grain maize IP, at farm/CH U kg 6.90105E-06 8.00691E-06 -6.44537E-07 -4.61318E-07
847 Uranium, enriched 4.0%, at USEC enrichment plant/US U kg 6.88505E-06 7.578E-06 -4.41313E-07 -2.5164E-07
848 Aluminium, production mix, wrought alloy, at plant/RER U kg 6.8468E-06 7.58096E-06 -4.46902E-07 -2.87257E-07
849 Palladium, at regional storage/RER U kg 6.40612E-06 6.40861E-06 -1.92459E-09 -5.65835E-10
850 Hard coal supply mix/SK U kg 6.39405E-06 1.25581E-05 -3.24658E-06 -2.91749E-06
851 MOX fuel element for LWR, at nuclear fuel fabrication plant/UCTE U kg 6.12004E-06 6.73942E-06 -3.95752E-07 -2.23631E-07
852 Disposal, anion exchange resin f. water, 50% water, to municipal incineration/C kg 6.01487E-06 6.48006E-06 -3.09943E-07 -1.55249E-07
853 Disposal, antifreezer liquid, 51.8% water, to hazardous waste incineration/CH kg 5.85956E-06 1.14215E-05 -3.08467E-06 -2.47729E-06
854 Uranium, enriched 4.2% for pressure water reactor/CH U kg 5.84325E-06 6.62311E-06 -5.44162E-07 -2.35693E-07
855 Disposal, green liquor dregs, 25% water, to residual material landfill/CH U kg 5.58521E-06 6.02655E-06 -3.20723E-07 -1.20623E-07
856 Maize starch, at plant/DE U kg 5.47703E-06 6.35469E-06 -5.11538E-07 -3.66126E-07
857 Anionic resin, at plant/CH U kg 5.38892E-06 5.79656E-06 -2.74603E-07 -1.33039E-07
858 Disposal, sludge, NaCl electrolysis, 0% water, to residual material landfill/CH U kg 5.34495E-06 0.000202744 -9.98128E-05 -9.75866E-05
859 Uranium enriched 3.8%, for boiling water reactor/CH U kg 4.91201E-06 5.56758E-06 -4.57439E-07 -1.98131E-07
860 Polyols, at plant/RER U kg 4.77878E-06 4.82546E-06 -2.89884E-08 -1.76899E-08
861 Polystyrene, general purpose, GPPS, at plant/RER U kg 4.67755E-06 4.93686E-06 -1.78015E-07 -8.12902E-08
862 Disposal, limestone residue, 5% water, to inert material landfill/CH U kg 4.50828E-06 4.92987E-06 -2.90508E-07 -1.31085E-07
863 Uranium, enriched 4.0% for boiling water reactor/UCTE U kg 4.45052E-06 4.8898E-06 -2.78672E-07 -1.60607E-07
864 Palladium, primary, at refinery/RU U kg 4.38819E-06 4.3899E-06 -1.31834E-09 -3.87597E-10
865 Disposal, building, waste wood, chrome preserved, to final disposal/CH U kg 4.33627E-06 5.12394E-06 -7.24266E-07 -6.3402E-08
866 Disposal, building wood, chrome preserved, 20% water, to municipal incinerati kg 4.33627E-06 5.12394E-06 -7.24266E-07 -6.3402E-08
867 Solvents, organic, unspecified, at plant/GLO U kg 4.32983E-06 8.61891E-06 -3.77898E-06 -5.10096E-07
868 Disposal, cation exchange resin f. water, 50% water, to municipal incineration/ kg 4.13589E-06 4.22683E-06 -8.37192E-08 -7.21407E-09
869 Disposal, dross from Al electrolysis, 0% water, to residual material landfill/CH U kg 3.97928E-06 4.11507E-06 -8.87439E-08 -4.70468E-08
870 Calcium borates, at plant/TR U kg 3.93168E-06 5.15293E-06 -7.6774E-07 -4.53512E-07
871 Anhydrite, burned, at plant/CH U kg 3.85362E-06 3.9836E-06 -7.54409E-08 -5.45319E-08
873 Fuel elements BWR, UO2 4.0% & MOX, at nuclear fuel fabrication plant/DE U kg 3.3672E-06 3.70627E-06 -2.15961E-07 -1.23108E-07
874 Glass fibre, at plant/RER U kg 3.11718E-06 5.65185E-06 -1.58462E-06 -9.50044E-07
875 Single superphosphate, as P2O5, at regional storehouse/RER U kg 3.07396E-06 3.66625E-06 -5.49552E-07 -4.27388E-08
876 Slurry tanker, production/CH/I U kg 2.96059E-06 3.71313E-06 -6.53431E-07 -9.91143E-08
877 Grain drying, high temperature/CH U kg 2.82943E-06 3.28283E-06 -2.6426E-07 -1.89141E-07
878 Gypsum, mineral, at mine/CH U kg 2.708E-06 1.00268E-05 -5.76685E-06 -1.55194E-06
880 Disposal, textiles, soiled, 25% water, to municipal incineration/CH U kg 2.29557E-06 2.75135E-06 -2.61964E-07 -1.93818E-07
881 Carboxymethyl cellulose, powder, at plant/RER U kg 2.26834E-06 2.5225E-06 -1.51784E-07 -1.02378E-07
882 Boric acid, anhydrous, powder, at plant/RER U kg 1.99038E-06 2.60975E-06 -3.89357E-07 -2.3001E-07
883 Aluminium alloy, AlMg3, at plant/RER U kg 1.90258E-06 2.09897E-06 -1.2626E-07 -7.01327E-08
884 Acetylene, at regional storehouse/CH U kg 1.85172E-06 2.04712E-06 -1.20283E-07 -7.51172E-08
885 Palladium, primary, at refinery/ZA U kg 1.82574E-06 1.82645E-06 -5.48508E-10 -1.61263E-10
886 Platinum, secondary, at refinery/RER U kg 1.70574E-06 1.70575E-06 -3.999E-12 -1.42454E-12
887 Linuron, at regional storehouse/CH U kg 1.65292E-06 1.97159E-06 -2.95786E-07 -2.28856E-08
890 Manganese, at regional storage/RER U kg 1.11884E-06 1.24088E-06 -8.02971E-08 -4.17438E-08
891 Pigments, paper production, unspecified, at plant/RER U kg 1.10279E-06 1.26445E-06 -1.15079E-07 -4.65797E-08
892 Magnesium sulphate, at plant/RER U kg 1.0387E-06 1.19664E-06 -1.05058E-07 -5.2876E-08
893 Fuel elements PWR, UO2 4.2% & MOX, at nuclear fuel fabrication plant/CH U kg 1.0378E-06 1.17631E-06 -9.66471E-08 -4.18608E-08
894 Chloromethyl methyl ether, at plant/RER U kg 1.03467E-06 1.11294E-06 -5.27237E-08 -2.55434E-08
895 CZ-monocrystalline-silicon, at plant/RER U kg 1.00257E-06 1.10466E-06 -6.52962E-08 -3.67962E-08
896 Disposal, sludge from FeCl3 production, 30% water, to underground deposit/D kg 9.92928E-07 1.10832E-06 -6.94385E-08 -4.59562E-08
898 U enriched 4.2%, in fuel element for LWR, at nuclear fuel fabrication plant/CH kg 9.5478E-07 1.08221E-06 -8.89153E-08 -3.85119E-08
899 U enriched 3.8%, in fuel element for LWR, at nuclear fuel fabrication plant/CH kg 9.25049E-07 1.04851E-06 -8.61466E-08 -3.73127E-08
900 Pesticide unspecified, at regional storehouse/CH U kg 9.13718E-07 1.08987E-06 -1.63502E-07 -1.2653E-08
901 Ethylene vinyl acetate copolymer, at plant/RER U kg 9.043E-07 9.9785E-07 -6.01923E-08 -3.33577E-08
902 Disposal, aluminium, 0% water, to municipal incineration/CH U kg 8.91613E-07 9.81783E-07 -5.64551E-08 -3.37143E-08
903 Ethylvinylacetate, foil, at plant/RER U kg 8.86569E-07 9.78285E-07 -5.90121E-08 -3.27036E-08
904 Fuel elements BWR, UO2 4.0% & MOX, at nuclear fuel fabrication plant/UCTE kg 8.45721E-07 9.29196E-07 -5.29552E-08 -3.05198E-08
905 Monoethanolamine, at plant/RER U kg 8.3267E-07 9.16283E-07 -5.21825E-08 -3.14308E-08
906 Silicon, electronic grade, off-grade, at plant/DE U kg 8.12891E-07 8.96994E-07 -5.41157E-08 -2.99868E-08
907 U enriched 4.0%, in fuel element for LWR, at nuclear fuel fabrication plant/UCT kg 7.78063E-07 8.5486E-07 -4.87188E-08 -2.80782E-08
908 Trimethylamine, at plant/RER U kg 7.59838E-07 8.17315E-07 -3.8719E-08 -1.87584E-08
909 Fleece, polyethylene, at plant/RER U kg 7.42185E-07 7.49356E-07 -4.44727E-09 -2.7243E-09
912 Disposal, hard coal ash, 0% water, to residual material landfill/SK U kg 6.18091E-07 1.21395E-06 -3.13836E-07 -2.82024E-07
913 Disposal, paint, 0% water, to municipal incineration/CH U kg 5.54239E-07 6.22766E-07 -4.29446E-08 -2.55823E-08
914 Disposal, polypropylene, 15.9% water, to municipal incineration/CH U kg 5.4569E-07 5.81732E-07 -2.44175E-08 -1.16237E-08
915 Disposal, building, paint on wood, to final disposal/CH U kg 5.42986E-07 6.02363E-07 -3.72241E-08 -2.21527E-08
916 Disposal, building, glass pane (in burnable frame), to final disposal/CH U kg 5.13461E-07 5.18416E-07 -3.07296E-09 -1.88267E-09
917 Glyphosate, at regional storehouse/CH U kg 5.05476E-07 5.86908E-07 -5.72763E-08 -2.41561E-08
918 AKD sizer, in paper production, at plant/RER U kg 4.72761E-07 6.13572E-07 -9.93746E-08 -4.14366E-08
919 Solid unbleached board, SUB, at plant/RER U kg 3.76861E-07 5.24163E-07 -8.45761E-08 -6.27261E-08
920 Disposal, packaging cardboard, 19.6% water, to inert material landfill/CH U kg 3.75832E-07 4.16617E-07 -2.43169E-08 -1.64684E-08
921 Cyclohexanol, at plant/RER U kg 2.94568E-07 5.81246E-07 -2.52442E-07 -3.42362E-08
922 Alkylbenzene sulfonate, linear, petrochemical, at plant/RER U kg 2.93049E-07 3.23382E-07 -1.95211E-08 -1.08119E-08
923 Tetrachloroethylene, at plant/WEU U kg 2.888E-07 5.74881E-07 -2.52058E-07 -3.40234E-08
924 Nitrobenzene, at plant/RER U kg 2.888E-07 5.74881E-07 -2.52058E-07 -3.40234E-08
925 Methyl ethyl ketone, at plant/RER U kg 2.888E-07 5.74881E-07 -2.52058E-07 -3.40234E-08
926 Dichloromethane, at plant/RER U kg 2.888E-07 5.74881E-07 -2.52058E-07 -3.40234E-08
927 Diammonium phosphate, as P2O5, at regional storehouse/RER U kg 2.59752E-07 3.03924E-07 -3.75634E-08 -6.60874E-09
928 Sodium borates, at plant/US U kg 2.49369E-07 2.83533E-07 -2.06588E-08 -1.35057E-08
929 Butene, mixed, at plant/RER U kg 2.35949E-07 4.69678E-07 -2.05931E-07 -2.77971E-08
930 Disposal, aluminium, 0% water, to sanitary landfill/CH U kg 2.32929E-07 2.46525E-07 -9.38257E-09 -4.21345E-09
931 Optical brighteners, in paper production, at plant/RER U kg 2.14215E-07 3.078E-07 -7.02545E-08 -2.3331E-08
932 Dinitroaniline-compounds, at regional storehouse/CH U kg 2.13589E-07 2.54768E-07 -3.82213E-08 -2.95726E-09
933 Asbestos, crysotile type, at plant/GLO U kg 2.12567E-07 1.56318E-06 -6.82946E-07 -6.67664E-07
934 Palladium, secondary, at refinery/RER U kg 1.92183E-07 1.92258E-07 -5.77377E-11 -1.6975E-11
935 Disposal, zeolite, 5% water, to inert material landfill/CH U kg 1.88142E-07 2.18291E-07 -1.75719E-08 -1.25768E-08
936 Disposal, polystyrene, 0.2% water, to municipal incineration/CH U kg 1.84828E-07 1.96989E-07 -8.37587E-09 -3.78428E-09
937 Dithiocarbamate-compounds, at regional storehouse/CH U kg 1.62898E-07 1.81952E-07 -1.09678E-08 -8.08625E-09
938 Polymethyl methacrylate, beads, at plant/RER U kg 1.60784E-07 1.78232E-07 -1.0403E-08 -7.0453E-09
939 Borax, anhydrous, powder, at plant/RER U kg 1.42645E-07 1.62295E-07 -1.18691E-08 -7.78057E-09
940 Alkylbenzene, linear, at plant/RER U kg 1.29259E-07 1.42081E-07 -7.97158E-09 -4.84999E-09
941 Phtalamide-compounds, at regional storehouse/CH U kg 1.25169E-07 1.39812E-07 -8.42873E-09 -6.21417E-09

942 Printing colour, offset, 47.5% solvent, at plant/RER U kg 1.15553E-07 1.60722E-07 -2.59344E-08 -1.92346E-08
943 Benzo[thia]diazole-compounds, at regional storehouse/CH U kg 1.08778E-07 1.29749E-07 -1.94655E-08 -1.50609E-09
944 Fluorescent whitening agent distyrylbiphenyl type, at plant/RER U kg 1.07107E-07 1.539E-07 -3.51273E-08 -1.16655E-08
945 DAS-1, fluorescent whitening agent triazinylaminostilben type, at plant/RER U kg 1.07107E-07 1.539E-07 -3.51273E-08 -1.16655E-08
946 Diammonium phosphate, as N, at regional storehouse/RER U kg 1.01484E-07 1.18735E-07 -1.46669E-08 -2.58492E-09
947 Nylon 6, at plant/RER U kg 9.91593E-08 1.72021E-07 -4.55716E-08 -2.72897E-08
948 EDTA, ethylenediaminetetraacetic acid, at plant/RER U kg 9.80415E-08 1.10856E-07 -8.20436E-09 -4.61045E-09
949 Glass wool mat, at plant/CH U kg 9.45318E-08 1.04317E-07 -6.29714E-09 -3.48771E-09
950 Glass, from public collection, unsorted/RER U kg 8.13692E-08 8.97916E-08 -5.42033E-09 -3.00208E-09
951 [thio]carbamate-compounds, at regional storehouse/CH U kg 7.96533E-08 9.26577E-08 -1.07909E-08 -2.21339E-09
952 Ethoxylated alcohols (AE3), petrochemical, at plant/RER U kg 7.86852E-08 9.12915E-08 -7.3475E-09 -5.25886E-09
953 Anthraquinone, at plant/RER U kg 7.85036E-08 8.30799E-08 -3.15874E-09 -1.41759E-09
954 Glass, cullets, sorted, at sorting plant/RER U kg 7.53418E-08 8.31404E-08 -5.01882E-09 -2.77971E-09
955 Sodium silicate, furnace process, pieces, at plant/RER U kg 6.88425E-08 7.7107E-08 -5.0268E-09 -3.23767E-09
956 Disposal, waste, silicon wafer production, 0% water, to underground deposit/D kg 5.83261E-08 6.43634E-08 -3.88534E-09 -2.15192E-09
957 Silicon, pc, casted, at plant/RER U kg 5.61844E-08 6.36823E-08 -5.23182E-09 -2.26613E-09
958 Polyester resin, unsaturated, at plant/RER U kg 5.27469E-08 5.82035E-08 -3.51095E-09 -1.94572E-09
959 Fatty alcohol, petrochemical, at plant/RER U kg 4.83914E-08 5.61443E-08 -4.51871E-09 -3.2342E-09
960 Polyvinylidenchloride, granulate, at plant/RER U kg 4.35617E-08 4.80682E-08 -2.89957E-09 -1.6069E-09
961 Disposal, polyvinylfluoride, 0.2% water, to municipal incineration/CH U kg 4.35617E-08 4.80682E-08 -2.89957E-09 -1.6069E-09
962 Acetamide-anillide-compounds, at regional storehouse/CH U kg 4.31654E-08 5.14622E-08 -7.68708E-09 -6.09769E-10
963 N-olefins, at plant/RER U kg 3.76485E-08 4.36803E-08 -3.51556E-09 -2.5162E-09
964 Nitro-compounds, at regional storehouse/CH U kg 3.40082E-08 3.79861E-08 -2.28974E-09 -1.68816E-09
965 Maize seed IP, at regional storehouse/CH U kg 1.89346E-08 2.19687E-08 -1.76843E-09 -1.26573E-09
966 Maize seed IP, at farm/CH U kg 1.89346E-08 2.19687E-08 -1.76843E-09 -1.26573E-09
967 Disposal, polyethylene, 0.4% water, to sanitary landfill/CH U kg 1.48538E-08 1.54926E-08 -4.24474E-10 -2.1434E-10
968 Biocides, for paper production, unspecified, at plant/RER U kg 1.16732E-08 1.35906E-08 -1.11682E-09 -8.0054E-10
969 Silicone product, at plant/RER U kg 1.09686E-08 1.52226E-08 -2.67192E-09 -1.58205E-09
970 Polycarbonate, at plant/RER U kg 9.51562E-09 1.04985E-08 -6.32059E-10 -3.50839E-10
971 Chromium oxide, flakes, at plant/RER U kg 7.80739E-09 1.92958E-08 -1.02356E-08 -1.25281E-09
972 Adipic acid, at plant/RER U kg 7.70104E-09 8.49772E-09 -5.12599E-10 -2.84075E-10
973 Triazine-compounds, at regional storehouse/CH U kg 5.72543E-09 6.39513E-09 -3.85488E-10 -2.84209E-10
974 Polyurethane, flexible foam, at plant/RER U kg 5.68819E-09 6.44729E-09 -5.29678E-10 -2.29427E-10
975 Acetic anhydride, at plant/RER U kg 5.27469E-09 5.82035E-09 -3.51095E-10 -1.94572E-10
976 Nitrile-compounds, at regional storehouse/CH U kg 4.92395E-09 5.4999E-09 -3.31525E-10 -2.44424E-10
977 Dithiocarbamate-compounds, at regional storehouse/RER U kg 2.9183E-09 3.39764E-09 -2.79206E-10 -2.00135E-10
978 Cyanazine, at regional storehouse/RER U kg 2.9183E-09 3.39764E-09 -2.79206E-10 -2.00135E-10
979 Chlorine dioxide, at plant/RER U kg 2.9183E-09 3.39764E-09 -2.79206E-10 -2.00135E-10
980 Pitch despergents, in paper production, at plant/RER U kg 1.87591E-09 2.1764E-09 -1.75138E-10 -1.25352E-10
981 Carbon tetrachloride, at plant/RER U kg 1.74394E-09 3.66975E-07 -1.84001E-07 -1.8123E-07
982 Toluene diisocyanate, at plant/RER U kg 1.62113E-09 1.83748E-09 -1.50958E-10 -6.53867E-11
983 Methylchloride, at regional storage/CH U kg 1.60855E-09 2.23239E-09 -3.91837E-10 -2.32007E-10
984 Methylchloride, at plant/WEU U kg 1.60855E-09 2.23239E-09 -3.91837E-10 -2.32007E-10
985 Disposal, paint, 0% water, to inert material landfill/CH U kg 1.52283E-09 1.68571E-09 -1.31663E-10 -3.12121E-11
986 Disposal, building, paint on metal, to final disposal/CH U kg 1.52283E-09 1.68571E-09 -1.31663E-10 -3.12121E-11
987 Pyretroid-compounds, at regional storehouse/CH U kg 8.35232E-10 9.95773E-10 -1.48742E-10 -1.17988E-11
988 Atrazine, at regional storehouse/CH U kg 4.96876E-10 5.76498E-10 -4.64067E-11 -3.32149E-11
989 [sulfonyl]urea-compounds, at regional storehouse/CH U kg 3.81272E-10 4.25869E-10 -2.56707E-11 -1.89263E-11
990 Rhodium, at regional storage/RER U kg 3.05954E-10 3.84707E-10 -6.08696E-11 -1.78831E-11
991 Phosphorus, white, liquid, at plant/RER U kg 1.99152E-10 2.23639E-10 -1.44306E-11 -1.00563E-11
992 Rhodium, primary, at refinery/ZA U kg 1.97034E-10 2.47751E-10 -3.92E-11 -1.15167E-11
993 Disposal, building, brick, to sorting plant/CH U kg 1.81873E-10 2.00688E-10 -1.21058E-11 -6.70885E-12
994 Rhodium, primary, at refinery/RU U kg 6.30265E-11 7.92495E-11 -1.25391E-11 -3.68393E-12
995 Fluosilicic acid, 22% in H2O, at plant/RER U kg 5.03821E-11 6.99219E-11 -1.22729E-11 -7.26683E-12
996 Rhodium, secondary, at refinery/RER U kg 4.58931E-11 5.7706E-11 -9.13044E-12 -2.68247E-12
997 Fluosilicic acid, 22% in H2O, at plant/US U kg 3.17407E-11 4.40508E-11 -7.73195E-12 -4.5781E-12
998 Fluosilicic acid, 22% in H2O, at plant/MA U kg 1.86414E-11 2.58711E-11 -4.54098E-12 -2.68873E-12
999 Silicon tetrachloride, at plant/DE U kg 1.27817E-11 1.77389E-11 -3.11359E-12 -1.84356E-12
1000 Triazine-compounds, at regional storehouse/RER U kg 4.1656E-12 4.83312E-12 -3.89054E-13 -2.7846E-13
1001 Acetamide-anillide-compounds, at regional storehouse/RER U kg 3.73011E-12 4.32784E-12 -3.48381E-13 -2.49348E-13
1002 Organophosphorus-compounds, at regional storehouse/RER U kg 1.57725E-12 1.82999E-12 -1.4731E-13 -1.05435E-13
1003 Sodium silicate/AU U -- kg 9.65776E-13 5.8743E-13 3.6341E-13 1.49347E-14
1004 Caustic soda, 50% in H2O/AU U kg -4.35811E-15 1.84259E-14 -1.09265E-14 -1.18576E-14
1005 Welding dust to special waste treatment U kg -4.84405E-15 -1.02057E-24 -3.02753E-15 -1.81652E-15
1006 Glas (inert) to landfill U - kg -1.9047E-14 -4.01291E-24 -1.19044E-14 -7.14262E-15
1007 PE to MWI U -- kg -2.93611E-14 -6.18593E-24 -1.83507E-14 -1.10104E-14
1008 LT PE to MWI U - kg -2.93611E-14 -6.18593E-24 -1.83507E-14 -1.10104E-14
1009 Palladium enriched ETH U - kg -3.58244E-14 -7.54766E-24 -2.23902E-14 -1.34342E-14
1010 Rhodium enriched ETH U - kg -3.81179E-14 -8.03086E-24 -2.38237E-14 -1.42942E-14
1011 Platinum ETH U - kg -4.07584E-14 -8.58718E-24 -2.5474E-14 -1.52844E-14
1012 LT carton to MWI U - kg -1.53558E-13 -3.23524E-23 -9.5974E-14 -5.75844E-14
1013 Carton to MWI U -- kg -1.53558E-13 -3.23524E-23 -9.5974E-14 -5.75844E-14
1014 Copper (inert) to landfill U - kg -3.39554E-13 -7.1539E-23 -2.12221E-13 -1.27333E-13
1015 Uranium enriched 3.25% TENEX U -- kg -4.17193E-13 -8.78962E-23 -2.60745E-13 -1.56447E-13
1016 Chlorine/AU U -- kg -5.35263E-13 2.26307E-12 -1.34199E-12 -1.45634E-12
1017 Charcoal ETH U - kg -7.21145E-13 -1.51934E-22 -4.50716E-13 -2.70429E-13
1018 Packaging carton ETH U - kg -7.48122E-13 -1.57618E-22 -4.67576E-13 -2.80546E-13
1019 Uranium enriched 3.25% URENCO U -- kg -8.34385E-13 -1.75792E-22 -5.21491E-13 -3.12895E-13
1020 Hydrofluosilicic acid/AU U -- kg -1.26322E-12 5.34085E-12 -3.1671E-12 -3.43697E-12
1021 Aluminium sulphate/AU U - kg -1.70311E-12 7.20069E-12 -4.26997E-12 -4.63382E-12
1022 MG-Silicium ETH U - kg -1.80286E-12 -3.79836E-22 -1.12679E-12 -6.76074E-13
1023 Thin wood beech to road U -- kg -2.09132E-12 -4.4061E-22 -1.30708E-12 -7.84245E-13
1024 Tetra ethyl lead ETH U - kg -2.67598E-12 -5.63788E-22 -1.67249E-12 -1.00349E-12
1025 Uranium 3.4% in fuel element BWR rest UCPTE U -- kg -4.99013E-12 -1.05135E-21 -3.11883E-12 -1.8713E-12
1026 Uranium 3.25% in fuel element BWR CH U -- kg -5.15053E-12 -1.08514E-21 -3.21908E-12 -1.93145E-12
1027 Uranium 3.5% in fuel element PWR CH U -- kg -5.23567E-12 -1.10308E-21 -3.27229E-12 -1.96338E-12
1028 Uranium enriched 3.25% USEC U -- kg -9.59543E-12 -2.02161E-21 -5.99715E-12 -3.59829E-12
1029 Uranium enriched 3.25% EURODIF U -- kg -1.00126E-11 -2.10951E-21 -6.25789E-12 -3.75473E-12
1032 Paint (inert) to landfill U - kg -1.66929E-11 -3.51695E-21 -1.04331E-11 -6.25986E-12
1034 Uranium 3.4% in fuel element BWR D U -- kg -1.78103E-11 -3.75236E-21 -1.11314E-11 -6.67886E-12
1035 Uranium enriched 3.25% for BWR CH U -- kg -2.08596E-11 -4.39481E-21 -1.30373E-11 -7.82236E-12
1036 Uranium enriched 3.4% BWR rest UCPTE U -- kg -2.16073E-11 -4.55233E-21 -1.35045E-11 -8.10273E-12
1038 Uranium enriched 3.5% for PWR CH U -- kg -2.36652E-11 -4.98591E-21 -1.47908E-11 -8.87446E-12
1039 Fuel oil lowS 2000 stock CH U -- kg -2.91311E-11 -6.13749E-21 -1.8207E-11 -1.09242E-11
1040 Fuel oil lowS 2000 refinery CH U -- kg -2.91311E-11 -6.13749E-21 -1.8207E-11 -1.09242E-11
1043 Uranium 3.5% in fuel element PWR rest UCPTE U -- kg -4.00445E-11 -8.43678E-21 -2.50278E-11 -1.50167E-11
1044 Uranium 3.7% in fuel element PWR D U -- kg -4.33371E-11 -9.13047E-21 -2.70857E-11 -1.62514E-11
1047 Wood ash mixed to MWI U -- kg -5.51543E-11 -1.16202E-20 -3.44714E-11 -2.06829E-11
1048 LT wood ashes mixed to MWI U - kg -5.51543E-11 -1.16202E-20 -3.44714E-11 -2.06829E-11
1050 Diesel stock CH U -- kg -6.74305E-11 -1.42066E-20 -4.2144E-11 -2.52864E-11
1051 Diesel refinery CH U -- kg -6.74305E-11 -1.42066E-20 -4.2144E-11 -2.52864E-11
1052 Uranium enriched 3.4% for BWR D U -- kg -7.71185E-11 -1.62477E-20 -4.81991E-11 -2.89195E-11
1053 Paraxylene ETH U - kg -8.51442E-11 -1.79386E-20 -5.32151E-11 -3.19291E-11
1054 Petrol leaded stock CH U -- kg -9.15096E-11 -1.92797E-20 -5.71935E-11 -3.43161E-11
1055 Petrol leaded refinery CH U -- kg -9.17841E-11 -1.93375E-20 -5.73651E-11 -3.4419E-11
1057 Ureum ETH U - kg -1.17996E-10 -2.486E-20 -7.37477E-11 -4.42486E-11
1059 Imported coal CH U -- kg -1.32357E-10 -2.78856E-20 -8.27231E-11 -4.96338E-11
1060 Aluminium 100% recycled ETH U - kg -1.33545E-10 -2.8136E-20 -8.34659E-11 -5.00795E-11

1061 Uranium 3.4% in fuel element PWR F U -- kg -1.53688E-10 -3.23797E-20 -9.60549E-11 -5.76329E-11
1062 Limestone (inert) to landfill U - kg -1.75436E-10 -3.69617E-20 -1.09648E-10 -6.57885E-11
1063 Uranium enriched 3.5% PWR rest UCPTE U -- kg -1.81001E-10 -3.81342E-20 -1.13126E-10 -6.78755E-11
1064 Phosphoric acid ETH U - kg -2.05192E-10 -4.32309E-20 -1.28245E-10 -7.6947E-11
1065 Phenol ETH U - kg -2.07669E-10 -4.37527E-20 -1.29793E-10 -7.78758E-11
1066 Uranium enriched 3.7% for PWR D U -- kg -2.12785E-10 -4.48306E-20 -1.32991E-10 -7.97944E-11
1067 Spent fuel processing U -- kg -2.70256E-10 -5.69389E-20 -1.6891E-10 -1.01346E-10
1068 Sludge to HA chemical landfill U -- kg -3.2824E-10 -6.91552E-20 -2.0515E-10 -1.2309E-10
1069 LT sludge to HA chemical landfill U - kg -3.2824E-10 -6.91552E-20 -2.0515E-10 -1.2309E-10
1070 Zinc for plating ETH U -- kg -3.78353E-10 -7.97133E-20 -2.36471E-10 -1.41882E-10
1071 Formaldehyde ETH U - kg -3.97916E-10 -8.3835E-20 -2.48698E-10 -1.49219E-10
1072 MTBE U - kg -5.29174E-10 -1.11489E-19 -3.30734E-10 -1.9844E-10
1073 Uranium enriched 3.4% for PWR F U -- kg -6.65468E-10 -1.40204E-19 -4.15918E-10 -2.49551E-10
1075 Uranium in ore (underground mine) U -- kg -8.42511E-10 -1.77504E-19 -5.26569E-10 -3.15941E-10
1076 Paper ETH U - kg -8.5262E-10 -1.79634E-19 -5.32887E-10 -3.19732E-10
1077 H2 ETH U - kg -1.09268E-09 -2.30212E-19 -6.82926E-10 -4.09755E-10
1078 HF ETH U - kg -1.18234E-09 -2.49102E-19 -7.38965E-10 -4.43379E-10
1079 Uranium in ore (open mine) U -- kg -1.26377E-09 -2.66257E-19 -7.89854E-10 -4.73912E-10
1080 Propylene glycol ETH U - kg -1.37437E-09 -2.8956E-19 -8.58983E-10 -5.1539E-10
1081 Cadmium free brazing ETH U - kg -1.60179E-09 -3.37473E-19 -1.00112E-09 -6.00672E-10
1082 Mineral wool (inert) to landfill U - kg -1.60892E-09 -3.38976E-19 -1.00558E-09 -6.03346E-10
1083 Float glass uncoated ETH U -- kg -1.62376E-09 -3.42102E-19 -1.01485E-09 -6.08911E-10
1084 Petrol unleaded stock Europe U -- kg -1.76506E-09 -3.71872E-19 -1.10316E-09 -6.61898E-10
1085 Petrol unleaded refinery Europe U -- kg -1.77212E-09 -3.73359E-19 -1.10758E-09 -6.64545E-10
1086 PP ETH U - kg -1.81407E-09 -3.82197E-19 -1.13379E-09 -6.80276E-10
1087 Paint ETH U - kg -1.8595E-09 -3.91769E-19 -1.16219E-09 -6.97313E-10
1088 Uranium natural in UF6 U -- kg -2.00397E-09 -4.22207E-19 -1.25248E-09 -7.5149E-10
1089 Uranium natural in concentrate U -- kg -2.00598E-09 -4.22629E-19 -1.25374E-09 -7.52242E-10
1090 Alkyd varnish ETH U - kg -2.00982E-09 -4.2344E-19 -1.25614E-09 -7.53684E-10
1091 Manganese ETH U - kg -2.05856E-09 -4.33708E-19 -1.2866E-09 -7.71961E-10
1092 Uranium from mine U -- kg -2.10628E-09 -4.43761E-19 -1.31642E-09 -7.89854E-10
1093 Catalyst waste in special landfill U kg -2.28935E-09 -4.82332E-19 -1.43084E-09 -8.58507E-10
1094 Refinery gas refinery CH U -- kg -2.38255E-09 -5.01968E-19 -1.4891E-09 -8.93457E-10
1095 Argon ETH U - kg -2.72823E-09 -5.74797E-19 -1.70514E-09 -1.02309E-09
1096 Propylene ETH U - kg -2.91886E-09 -6.14961E-19 -1.82429E-09 -1.09457E-09
1097 Residual oil in refinery furnace CH U - kg -3.02615E-09 -6.37564E-19 -1.89134E-09 -1.13481E-09
1098 Infra slags compartment per kg U - kg -3.322E-09 -6.99896E-19 -2.07625E-09 -1.24575E-09
1099 Ammonium carbonate, at plant/RER U kg -3.34996E-09 2.59372E-09 -5.52136E-09 -4.22324E-10
1100 Slags per kg (process specific) U - kg -3.35916E-09 -7.07724E-19 -2.09947E-09 -1.25968E-09
1101 O2 ETH U - kg -3.60324E-09 -7.59149E-19 -2.25203E-09 -1.35122E-09
1102 Mineral wool ETH U - kg -3.63427E-09 -7.65686E-19 -2.27142E-09 -1.36285E-09
1103 Nickel enriched ETH U - kg -3.95342E-09 -8.32927E-19 -2.47089E-09 -1.48253E-09
1104 Waste from cooling U -- kg -4.2642E-09 -8.98402E-19 -2.66512E-09 -1.59907E-09
1105 LT waste to HA chemical landfill U - kg -4.2642E-09 -8.98402E-19 -2.66512E-09 -1.59907E-09
1106 Petrol leaded stock Europe U -- kg -5.42088E-09 -1.1421E-18 -3.38805E-09 -2.03283E-09
1107 Petrol leaded refinery Europe U -- kg -5.44256E-09 -1.14667E-18 -3.4016E-09 -2.04096E-09
1108 LT bitumen to HA chemical landfill U - kg -6.37705E-09 -1.34355E-18 -3.98566E-09 -2.39139E-09
1109 Bitumen to HA chemical landfill U -- kg -6.37705E-09 -1.34355E-18 -3.98566E-09 -2.39139E-09
1110 Refinery gas in furnace CH U -- kg -6.43933E-09 -1.35667E-18 -4.02458E-09 -2.41475E-09
1111 Chromium ETH U - kg -6.54219E-09 -1.37834E-18 -4.08887E-09 -2.45332E-09
1112 Silicon film/AU U - kg -7.8356E-09 3.29775E-08 -1.95726E-08 -2.12405E-08
1113 Soda ETH U - kg -8.7718E-09 -1.84809E-18 -5.48238E-09 -3.28943E-09
1114 Lime (hydrated) ETH U - kg -9.94282E-09 -2.0948E-18 -6.21426E-09 -3.72856E-09
1115 Mercury, liquid, at plant/GLO U kg -1.22867E-08 9.45919E-08 -5.40411E-08 -5.28375E-08
1116 Bilge oil to special waste incinerator U -- kg -1.29579E-08 -2.73004E-18 -8.09872E-09 -4.85923E-09
1117 LT asphalt to HA chemical landfill U - kg -1.30865E-08 -2.75713E-18 -8.17907E-09 -4.90744E-09
1118 Asphalt to HA chemical landfill U -- kg -1.30865E-08 -2.75713E-18 -8.17907E-09 -4.90744E-09
1119 LDPE ETH U - kg -1.33644E-08 -2.81568E-18 -8.35276E-09 -5.01166E-09
1120 PVC high impact ETH U - kg -1.37888E-08 -2.9051E-18 -8.61802E-09 -5.17081E-09
1121 Fuel oil lowS stock Europe U -- kg -1.39255E-08 -2.93388E-18 -8.70341E-09 -5.22204E-09
1122 Fuel oil lowS refinery Europe U -- kg -1.39255E-08 -2.93388E-18 -8.70341E-09 -5.22204E-09
1123 Vinyl chloride ETH U - kg -1.40646E-08 -2.9632E-18 -8.79038E-09 -5.27423E-09
1124 Refinery sludge to landfarming U -- kg -1.60155E-08 -3.37422E-18 -1.00097E-08 -6.0058E-09
1125 Bitumen refinery CH U -- kg -1.62551E-08 -3.4247E-18 -1.01594E-08 -6.09565E-09
1126 Zeolite ETH U - kg -1.67501E-08 -3.52898E-18 -1.04688E-08 -6.28127E-09
1127 Zeolite (inert) to landfill U - kg -1.67501E-08 -3.52898E-18 -1.04688E-08 -6.28127E-09
1128 Ceramics ETH U - kg -1.72962E-08 -3.64405E-18 -1.08101E-08 -6.48608E-09
1129 Wood board ETH U - kg -1.7421E-08 -3.67034E-18 -1.08881E-08 -6.53287E-09
1130 Imported coal Ex-Ju U -- kg -1.92395E-08 -4.05347E-18 -1.20247E-08 -7.2148E-09
1131 Waste collection municipality per kg U - kg -2.00686E-08 -4.22815E-18 -1.25429E-08 -7.52572E-09
1132 Infra municipal waste collection per kg U kg -2.00686E-08 -4.22815E-18 -1.25429E-08 -7.52572E-09
1133 Silicate (waterglass) ETH U - kg -2.06026E-08 -4.34065E-18 -1.28766E-08 -7.72596E-09
1134 Coal mix Ex-Ju U -- kg -2.15258E-08 -4.53517E-18 -1.34536E-08 -8.07219E-09
1135 Residual oil refinery CH U -- kg -2.29573E-08 -4.83675E-18 -1.43483E-08 -8.60897E-09
1136 Iron sulfate ETH U - kg -2.31141E-08 -4.86979E-18 -1.44463E-08 -8.66778E-09
1137 Oil sludge to special waste incinerator U -- kg -2.33922E-08 -4.92839E-18 -1.46202E-08 -8.77209E-09
1138 Wood chips saw mill to stock U -- kg -2.36813E-08 -4.9893E-18 -1.48008E-08 -8.8805E-09
1139 Polycrystalline ribbon wafer cells/AU U - kg -2.45806E-08 1.03452E-07 -6.14001E-08 -6.66321E-08
1140 Waste to special waste incinerator U -- kg -2.53332E-08 -5.33733E-18 -1.58333E-08 -9.49996E-09
1141 Lead ETH U - kg -2.62761E-08 -5.53598E-18 -1.64226E-08 -9.85354E-09
1142 Plastics to MWI U -- kg -2.63507E-08 -5.5517E-18 -1.64692E-08 -9.88152E-09
1143 LT plastics to MWI U - kg -2.63507E-08 -5.5517E-18 -1.64692E-08 -9.88152E-09
1144 N2 ETH U - kg -2.71124E-08 -5.71217E-18 -1.69452E-08 -1.01671E-08
1145 Steel high alloy ETH U - kg -3.02958E-08 -6.38287E-18 -1.89349E-08 -1.13609E-08
1146 NaOH ETH U -- kg -3.4552E-08 -7.2796E-18 -2.1595E-08 -1.2957E-08
1147 Aluminium 0% recycled ETH U - kg -3.77879E-08 -7.96135E-18 -2.36175E-08 -1.41705E-08
1148 Lime (burnt) ETH U - kg -4.07896E-08 -8.59375E-18 -2.54935E-08 -1.52961E-08
1149 Silicon, solar grade/AU U - kg -4.09979E-08 1.72547E-07 -1.02409E-07 -1.11136E-07
1150 MG-silicon/AU U - kg -4.26379E-08 1.79449E-07 -1.06506E-07 -1.15581E-07
1151 Refinery sludge to HA chemical landfill U -- kg -4.80464E-08 -1.01227E-17 -3.0029E-08 -1.80174E-08
1152 LT refinery sludge to HA chemical landfill U - kg -4.80464E-08 -1.01227E-17 -3.0029E-08 -1.80174E-08
1153 Water - reticulated SA/AU U -- kg -4.86602E-08 2.05734E-07 -1.21999E-07 -1.32395E-07
1154 HCl ETH U - kg -5.07094E-08 -1.06837E-17 -3.16934E-08 -1.9016E-08
1155 Crude oil in drill tests U - kg -5.58734E-08 -1.17717E-17 -3.49209E-08 -2.09525E-08
1156 Chlorine ETH U -- kg -6.00922E-08 -1.26605E-17 -3.75576E-08 -2.25346E-08
1157 Cobalt, at plant/GLO U kg -6.14621E-08 1.3927E-12 -3.07318E-08 -3.07317E-08
1158 Plastics to HA chemical landfill U -- kg -6.41421E-08 -1.35138E-17 -4.00888E-08 -2.40533E-08
1159 LT plastics to HA chemical landfill U - kg -6.41421E-08 -1.35138E-17 -4.00888E-08 -2.40533E-08
1160 Wood waste in forest U -- kg -6.42624E-08 -1.35391E-17 -4.0164E-08 -2.40984E-08
1161 Desulphurisation lignite U - kg -6.88242E-08 -1.45002E-17 -4.30151E-08 -2.58091E-08
1162 Copper ETH U - kg -7.00552E-08 -1.47596E-17 -4.37845E-08 -2.62707E-08
1163 Water - reticulated WA/AU U -- kg -7.29903E-08 3.08601E-07 -1.82999E-07 -1.98592E-07
1164 Water - reticulated QLD/AU U -- kg -7.29903E-08 3.08601E-07 -1.82999E-07 -1.98592E-07
1165 Transported coal UCPTE U -- kg -7.48714E-08 -1.57743E-17 -4.67946E-08 -2.80768E-08
1166 Chemicals organic ETH U - kg -7.48817E-08 -1.57765E-17 -4.68011E-08 -2.80806E-08
1167 Refinery sludge to special waste incinerator U -- kg -8.00773E-08 -1.68711E-17 -5.00483E-08 -3.0029E-08
1168 Gypsum ETH U - kg -8.33368E-08 -1.75578E-17 -5.20855E-08 -3.12513E-08
1169 NOx retained in SCR U - kg -9.15741E-08 -1.92933E-17 -5.72338E-08 -3.43403E-08
1170 Gypsum stone ETH U - kg -9.58373E-08 -2.01915E-17 -5.98983E-08 -3.5939E-08
1171 LT decarbonizing waste to LA chemical landfill U - kg -9.91065E-08 -2.08803E-17 -6.19416E-08 -3.7165E-08
1172 Decarbonizing waste to LA chemical landfill U -- kg -9.91065E-08 -2.08803E-17 -6.19416E-08 -3.7165E-08
1173 H2SO4 ETH U - kg -1.01618E-07 -2.14094E-17 -6.35113E-08 -3.81068E-08
1174 Gas pipes (inert) to landfill U - kg -1.19699E-07 -2.52187E-17 -7.48117E-08 -4.4887E-08
1175 Water - reticulated Vict/AU U -- kg -1.21651E-07 5.14335E-07 -3.04998E-07 -3.30987E-07
1176 Transported imported coal UCPTE U -- kg -1.32357E-07 -2.78856E-17 -8.27231E-08 -4.96338E-08
1177 Cast iron ETH U - kg -1.35641E-07 -2.85775E-17 -8.47755E-08 -5.08653E-08
1178 Infra HA chemical landfill per kg U - kg -1.36244E-07 -2.87047E-17 -8.51528E-08 -5.10917E-08
1179 HA chemical landfill per kg (process specific) U - kg -1.36244E-07 -2.87047E-17 -8.51528E-08 -5.10917E-08

1180 Desulphurisation unit U - kg -1.38249E-07 -2.91269E-17 -8.64054E-08 -5.18432E-08
1181 Bentonite ETH U - kg -1.41045E-07 -2.97161E-17 -8.81532E-08 -5.28919E-08
1182 Infra special waste incinerator U kg -1.41761E-07 -2.98669E-17 -8.86005E-08 -5.31603E-08
1183 Sulphite, at plant/RER U kg -1.47092E-07 2.72649E-06 -1.45298E-06 -1.4206E-06
1184 Steel (inert) to landfill U - kg -1.54551E-07 -3.25615E-17 -9.65943E-08 -5.79566E-08
1185 Hydrogen chloride, HCL, 100%/AU U -- kg -1.63992E-07 6.90187E-07 -4.09637E-07 -4.44543E-07
1186 Steel low alloy ETH U - kg -1.64291E-07 -3.46137E-17 -1.02682E-07 -6.16093E-08
1187 Water - reticulated Sydney/AU U -- kg -1.70311E-07 7.20069E-07 -4.26997E-07 -4.63382E-07
1188 Coal mix A U -- kg -1.73594E-07 -3.65736E-17 -1.08496E-07 -6.50977E-08
1189 Imported coal A U -- kg -1.78359E-07 -3.75775E-17 -1.11474E-07 -6.68846E-08
1190 Sodium perborate, tetrahydrate, powder, at plant/RER U kg -2.00834E-07 4.00077E-07 -4.76633E-07 -1.24278E-07
1191 Chemicals inorganic ETH U - kg -2.1724E-07 -4.57693E-17 -1.35775E-07 -8.14651E-08
1192 Waste to LA chemical landfill U -- kg -2.26266E-07 -4.76708E-17 -1.41416E-07 -8.48497E-08
1193 Crude oil transported U -- kg -2.38426E-07 -5.02328E-17 -1.49016E-07 -8.94097E-08
1194 Carbon black ETH U - kg -2.38426E-07 -5.02328E-17 -1.49016E-07 -8.94097E-08
1195 Fuel oil lowS stock CH U -- kg -2.56149E-07 -5.39667E-17 -1.60093E-07 -9.60558E-08
1196 Fuel oil lowS refinery CH U -- kg -2.56149E-07 -5.39667E-17 -1.60093E-07 -9.60558E-08
1197 Heating oil petro refinery Europe U -- kg -2.64993E-07 -5.583E-17 -1.6562E-07 -9.93722E-08
1198 Wooden poles to MWI U -- kg -2.82371E-07 -5.94914E-17 -1.76482E-07 -1.05889E-07
1199 LT wooden poles to MWI U - kg -2.82371E-07 -5.94914E-17 -1.76482E-07 -1.05889E-07
1200 Molybdenum, at regional storage/RER U kg -2.83984E-07 2.68082E-07 -5.11717E-07 -4.035E-08
1201 HDPE ETH U - kg -3.05813E-07 -6.44302E-17 -1.91133E-07 -1.1468E-07
1202 Infra MWI per kg U - kg -3.08777E-07 -6.50548E-17 -1.92986E-07 -1.15792E-07
1203 MWI 95 per kg (process specific) U - kg -3.08986E-07 -6.50987E-17 -1.93116E-07 -1.1587E-07
1204 Construction waste (inert) to landfill U - kg -3.21319E-07 -6.76971E-17 -2.00824E-07 -1.20495E-07
1205 Ethylene ETH U - kg -3.32576E-07 -7.00687E-17 -2.0786E-07 -1.24716E-07
1206 Coal from underground mine Australia U - kg -3.33926E-07 -7.03531E-17 -2.08704E-07 -1.25222E-07
1207 NaCl ETH U - kg -3.39065E-07 -7.14358E-17 -2.11915E-07 -1.27149E-07
1208 Naphtha refinery Europe U -- kg -3.4599E-07 -7.28948E-17 -2.16244E-07 -1.29746E-07
1209 Water only (m3) to WWTP size 2 U - kg -4.08733E-07 -8.6114E-17 -2.55458E-07 -1.53275E-07
1210 Disposal, paper, 11.2% water, to sanitary landfill/CH U kg -4.28099E-07 3.26124E-06 -1.8654E-06 -1.82394E-06
1211 Ammonia/AU U -- kg -4.42366E-07 1.87031E-06 -1.10908E-06 -1.20359E-06
1212 Gravel from pit ETH U - kg -4.70036E-07 -9.90296E-17 -2.93773E-07 -1.76264E-07
1213 EPDM rubber ETH U - kg -4.71197E-07 -9.92742E-17 -2.94498E-07 -1.76699E-07
1214 Imported coal P U -- kg -4.7563E-07 -1.00208E-16 -2.97269E-07 -1.78361E-07
1215 Coal from underground mine N-America U -- kg -4.82393E-07 -1.01633E-16 -3.01495E-07 -1.80897E-07
1216 Water - reticulated/AU U -- kg -4.86602E-07 2.05734E-06 -1.21999E-06 -1.32395E-06
1217 Coal mix P U -- kg -4.88003E-07 -1.02815E-16 -3.05002E-07 -1.83001E-07
1218 Disposal, spent activated carbon with mercury, 0% water, to underground depo kg -5.27872E-07 4.06394E-06 -2.32176E-06 -2.27005E-06
1219 Wood massive ETH U - kg -5.83658E-07 -1.22968E-16 -3.64786E-07 -2.18872E-07
1220 Thin wood spruce to road U -- kg -6.42622E-07 -1.35391E-16 -4.01639E-07 -2.40983E-07
1221 Coal ash in landfill U -- kg -6.57457E-07 -1.38516E-16 -4.1091E-07 -2.46546E-07
1222 Imported coal F U -- kg -6.79777E-07 -1.43219E-16 -4.24861E-07 -2.54917E-07
1223 Transported S-American coal U -- kg -7.06695E-07 -1.4889E-16 -4.41684E-07 -2.6501E-07
1224 Coal from stock S-America U -- kg -7.08108E-07 -1.49188E-16 -4.42568E-07 -2.65541E-07
1225 Coal from mine S-America U -- kg -7.08108E-07 -1.49188E-16 -4.42568E-07 -2.65541E-07
1226 Electro steel ETH U - kg -7.16527E-07 -1.50962E-16 -4.4783E-07 -2.68698E-07
1227 Wood in forest U -- kg -7.30568E-07 -1.5392E-16 -4.56605E-07 -2.73963E-07
1228 Imported coal B U -- kg -7.32248E-07 -1.54274E-16 -4.57655E-07 -2.74593E-07
1229 Coal mix B U -- kg -8.72325E-07 -1.83786E-16 -5.45203E-07 -3.27122E-07
1230 Coal from underground mine E-Europe U -- kg -9.30801E-07 -1.96106E-16 -5.8175E-07 -3.4905E-07
1231 Concrete (inert) to landfill U - kg -9.44879E-07 -1.99072E-16 -5.90549E-07 -3.5433E-07
1232 Imported coal E U -- kg -1.02536E-06 -2.16029E-16 -6.40853E-07 -3.84512E-07
1233 Imported coal D U -- kg -1.06936E-06 -2.25299E-16 -6.68352E-07 -4.01011E-07
1234 Transported N-American coal U -- kg -1.06984E-06 -2.254E-16 -6.68652E-07 -4.01191E-07
1235 Coal from stock N-America U -- kg -1.07198E-06 -2.25851E-16 -6.6999E-07 -4.01994E-07
1236 Coal from mine N-America U -- kg -1.07198E-06 -2.25851E-16 -6.6999E-07 -4.01994E-07
1237 Coal mix NL U -- kg -1.10541E-06 -2.32894E-16 -6.90882E-07 -4.14529E-07
1238 Transported Australian coal U - kg -1.11086E-06 -2.34042E-16 -6.9429E-07 -4.16574E-07
1239 Coal from stock Australia U -- kg -1.11309E-06 -2.3451E-16 -6.95679E-07 -4.17407E-07
1240 Coal from mine Australia U - kg -1.11309E-06 -2.3451E-16 -6.95679E-07 -4.17407E-07
1241 Baryte ETH U - kg -1.11747E-06 -2.35434E-16 -6.98417E-07 -4.1905E-07
1242 Transported E-European coal U -- kg -1.11921E-06 -2.358E-16 -6.99505E-07 -4.19703E-07
1243 Coal from stock E-Europe U -- kg -1.12145E-06 -2.36272E-16 -7.00904E-07 -4.20542E-07
1244 Coal from mine E-Europe U -- kg -1.12145E-06 -2.36272E-16 -7.00904E-07 -4.20542E-07
1245 Imported coal NL U -- kg -1.12778E-06 -2.37606E-16 -7.04862E-07 -4.22917E-07
1246 Coal mix I U -- kg -1.18338E-06 -2.4932E-16 -7.39613E-07 -4.43768E-07
1247 Imported coal I U -- kg -1.20495E-06 -2.53866E-16 -7.53097E-07 -4.51858E-07
1248 Sulphur/AU U -- kg -1.23602E-06 5.22535E-06 -3.09866E-06 -3.3627E-06
1249 Magnesium-alloy, AZ91, diecasting, at plant/RER U kg -1.26323E-06 1.37725E-07 -1.30216E-06 -9.88024E-08
1250 Coal mix F U -- kg -1.4024E-06 -2.95465E-16 -8.76502E-07 -5.25901E-07
1251 Iron pellets ETH U - kg -1.44314E-06 -3.04048E-16 -9.01962E-07 -5.41177E-07
1252 Coal from underground mine S-Africa U -- kg -1.49588E-06 -3.1516E-16 -9.34927E-07 -5.60956E-07
1253 Cement ETH U - kg -1.66674E-06 -3.51156E-16 -1.04171E-06 -6.25026E-07
1254 Magnesium, at plant/RER U kg -1.8596E-06 2.73089E-07 -1.98056E-06 -1.52124E-07
1255 Drilling waste to land farming U -- kg -2.04371E-06 -4.30578E-16 -1.27732E-06 -7.66389E-07
1256 Stucco, at plant/CH U kg -2.04778E-06 4.07935E-06 -4.85994E-06 -1.26719E-06
1257 Magnesium-alloy, AZ91, at plant/RER U kg -2.1096E-06 2.30001E-07 -2.1746E-06 -1.65E-07
1258 Paper, woodfree, coated, at non-integrated mill/RER U kg -2.24597E-06 4.39275E-06 -5.27437E-06 -1.36436E-06
1259 Transported S-African coal U -- kg -2.48816E-06 -5.24218E-16 -1.5551E-06 -9.33061E-07
1260 Coal from stock S-Africa U -- kg -2.49314E-06 -5.25267E-16 -1.55821E-06 -9.34927E-07
1261 Coal from mine S-Africa U -- kg -2.49314E-06 -5.25267E-16 -1.55821E-06 -9.34927E-07
1262 Copper oxide, at plant/RER U kg -2.76856E-06 2.14357E-06 -4.5631E-06 -3.49028E-07
1263 Sinter ETH U - kg -2.78388E-06 -5.86521E-16 -1.73992E-06 -1.04395E-06
1264 Crude iron ETH U - kg -2.812E-06 -5.92445E-16 -1.7575E-06 -1.0545E-06
1265 Coal mix E U -- kg -2.87667E-06 -6.06071E-16 -1.79792E-06 -1.07875E-06
1266 Crude oil transport N-America U -- kg -2.9729E-06 -6.26345E-16 -1.85806E-06 -1.11484E-06
1267 Converter steel ETH U - kg -3.00714E-06 -6.33559E-16 -1.87946E-06 -1.12768E-06
1268 Limestone ETH U - kg -3.00973E-06 -6.34104E-16 -1.88108E-06 -1.12865E-06
1269 LT drilling waste to LA chemical landfill U - kg -3.40618E-06 -7.1763E-16 -2.12886E-06 -1.27732E-06
1270 Drilling waste to LA chemical landfill U -- kg -3.40618E-06 -7.1763E-16 -2.12886E-06 -1.27732E-06
1271 Steel ETH U - kg -3.54156E-06 -7.46154E-16 -2.21348E-06 -1.32809E-06
1272 Fly ash U kg -3.7016E-06 -7.79871E-16 -2.3135E-06 -1.3881E-06
1273 Infra coal open mine U - kg -3.73041E-06 -7.85942E-16 -2.33151E-06 -1.3989E-06
1274 Coal from open mine U -- kg -3.73041E-06 -7.85942E-16 -2.33151E-06 -1.3989E-06
1275 Infra LA chemical landfill per kg U - kg -3.73422E-06 -7.86744E-16 -2.33389E-06 -1.40033E-06
1276 LA chemical landfill per kg (process specific) U - kg -3.73423E-06 -7.86746E-16 -2.33389E-06 -1.40034E-06
1277 Sulphuric acid/AU U -- kg -3.74551E-06 1.58344E-05 -9.38988E-06 -1.019E-05
1278 Iron ore from mine ETH U - kg -4.21737E-06 -8.88536E-16 -2.63586E-06 -1.58151E-06
1279 Paper, woodfree, coated, at regional storage/RER U kg -4.49194E-06 8.78551E-06 -1.05487E-05 -2.72871E-06
1280 Residual oil in refinery furnace Europe U - kg -5.31068E-06 -1.11888E-15 -3.31917E-06 -1.9915E-06
1281 Gold (AU) - kg -5.33333E-06 -6.31792E-16 -3.33333E-06 -2E-06
1282 Bitumen refinery Europe U -- kg -5.87403E-06 -1.23757E-15 -3.67127E-06 -2.20276E-06
1283 Concrete not reinforced ETH U - kg -6.06335E-06 -1.27746E-15 -3.78959E-06 -2.27376E-06
1284 Infra transport overseas U - kg -6.49477E-06 -1.36835E-15 -4.05923E-06 -2.43554E-06
1285 Diesel stock Europe U -- kg -7.27051E-06 -1.53179E-15 -4.54407E-06 -2.72644E-06
1286 Diesel refinery Europe U -- kg -7.27051E-06 -1.53179E-15 -4.54407E-06 -2.72644E-06
1287 Crude oil transport S-America U -- kg -7.54867E-06 -1.59039E-15 -4.71792E-06 -2.83075E-06
1288 Sodium sulphate/AU U -- kg -7.72925E-06 3.2679E-05 -1.93785E-05 -2.10298E-05
1289 Coal mix D U -- kg -8.08231E-06 -1.70282E-15 -5.05144E-06 -3.03087E-06
1290 Sand ETH U - kg -8.84004E-06 -1.86246E-15 -5.52502E-06 -3.31501E-06
1291 Refinery gas in furnace Europe U -- kg -8.96072E-06 -1.88789E-15 -5.60045E-06 -3.36027E-06
1292 Refinery gas refinery Europe U -- kg -8.96478E-06 -1.88874E-15 -5.60299E-06 -3.36179E-06
1293 Epoxy resin, liquid, at plant/RER U kg -9.48139E-06 6.1444E-05 -5.40343E-05 -1.68911E-05
1294 Coal tailings in landfill U -- kg -9.55133E-06 -2.01232E-15 -5.96958E-06 -3.58175E-06
1295 Interm. benzene/AU U kg -9.86082E-06 4.11044E-05 -2.44412E-05 -2.6524E-05
1296 Benzene/AU U kg -9.86082E-06 4.11044E-05 -2.44412E-05 -2.6524E-05
1297 Transported coal Europe to UCPTE U -- kg -9.95527E-06 -2.09742E-15 -6.22204E-06 -3.73322E-06
1298 Coal from stock UCPTE U -- kg -1.09525E-05 -2.30753E-15 -6.84532E-06 -4.10719E-06

1299 Waste (inert) to landfill U - kg -1.13979E-05 -2.40137E-15 -7.12369E-06 -4.27421E-06
1300 Coal from underground mine UCPTE U -- kg -1.14741E-05 -2.41743E-15 -7.17134E-06 -4.3028E-06
1301 Coal from mine UCPTE U -- kg -1.19398E-05 -2.51553E-15 -7.46237E-06 -4.47742E-06
1302 Cyclohexane/AU U kg -1.2326E-05 5.13805E-05 -3.05515E-05 -3.3155E-05
1303 Feldspar, at plant/RER U kg -1.26748E-05 2.52891E-05 -3.01122E-05 -7.85174E-06
1304 Caprolactam/AU U kg -1.41679E-05 5.90581E-05 -3.51167E-05 -3.81092E-05
1305 Infra coal underground mine U - kg -1.47171E-05 -3.10068E-15 -9.19821E-06 -5.51893E-06
1306 Lubricants, from refinery production/AU U -- kg -1.5456E-05 -4.40528E-15 -9.66E-06 -5.796E-06
1307 Infra transport Europe U - kg -1.64681E-05 -3.46958E-15 -1.02926E-05 -6.17554E-06
1308 Polyamides (Nylon) PA 6/AU U kg -1.64742E-05 6.86722E-05 -4.08334E-05 -4.4313E-05
1309 Peat, at mine/NORDEL U kg -1.67346E-05 3.70357E-05 -2.75637E-05 -2.62067E-05
1310 Crude oil transport C-Africa U -- kg -1.6745E-05 -3.52791E-15 -1.04656E-05 -6.27937E-06
1311 Gravel ETH U - kg -2.33782E-05 -4.92543E-15 -1.46114E-05 -8.76681E-06
1312 PA 6 30% glass fibre(disagg)/AU U -- kg -2.35346E-05 9.81031E-05 -5.83334E-05 -6.33043E-05
1313 Disposal, sludge, NaCl electrolysis Hg, 0% water, to residual material landfill/C kg -2.785E-05 0.000214408 -0.000122493 -0.000119765
1314 Crude oil transport M-East U -- kg -2.88763E-05 -6.08381E-15 -1.80477E-05 -1.08286E-05
1315 Tetrafluoroethylene, at plant/RER U kg -3.19575E-05 2.11275E-09 -1.59798E-05 -1.59798E-05
1316 Infra lignite mine UCPTE U - kg -3.25391E-05 -6.85549E-15 -2.03369E-05 -1.22021E-05
1317 Crude lignite mine UCPTE U -- kg -3.25391E-05 -6.85549E-15 -2.03369E-05 -1.22021E-05
1318 Crude oil transport N-Africa U -- kg -3.25896E-05 -6.86614E-15 -2.03685E-05 -1.22211E-05
1319 Ceramic tiles, at regional storage/CH U kg -3.28697E-05 6.54791E-05 -7.80087E-05 -2.03401E-05
1320 Synthetic rubber, at plant/RER S kg -4.13333E-05 -6.93174E-21 -2.58333E-05 -1.55E-05
1321 Hydrogen, liquid, membrane cell, at plant/RER U kg -4.54257E-05 1.35148E-05 -2.95406E-05 -2.93999E-05
1322 Trailer, production/CH/I U kg -4.83797E-05 6.13263E-05 -5.69164E-05 -5.27896E-05
1323 Hydrogen, liquid, diaphragm cell, at plant/RER U kg -4.98834E-05 1.4841E-05 -3.24394E-05 -3.22849E-05
1324 Disposal, rubber, unspecified, 0% water, to municipal incineration/CH U kg -5.12964E-05 0.000135498 -0.000144122 -4.26722E-05
1325 Chlorodifluoromethane, at plant/NL U kg -5.7859E-05 3.82513E-09 -2.89314E-05 -2.89314E-05
1326 Crude oil transport GUS U -- kg -6.27061E-05 -1.32112E-14 -3.91913E-05 -2.35148E-05
1327 Crude oil transport Europe U -- kg -7.7601E-05 -1.63494E-14 -4.85006E-05 -2.91004E-05
1328 Kerosene, Aviation, at consumer/AU U -- kg -8E-05 1.84314E-15 -5E-05 -3E-05
1329 Trichloromethane, at plant/RER U kg -9.1308E-05 1.36831E-06 -4.63548E-05 -4.63215E-05
1330 Aluminium, primary, at plant/RER S kg -9.53333E-05 -1.59877E-20 -5.95833E-05 -3.575E-05
1331 Water demineralized ETH U - kg -9.78495E-05 -2.06154E-14 -6.1156E-05 -3.66936E-05
1332 Crude oil production offshore U -- kg -0.000102165 -2.15246E-14 -6.38531E-05 -3.83118E-05
1333 Copper (Electro- refining)/AU U -- kg -0.000112667 -1.88946E-20 -7.04167E-05 -4.225E-05
1334 Hydrogen, liquid, mercury cell, at plant/RER U kg -0.000116961 3.47974E-05 -7.60602E-05 -7.56979E-05
1335 Copper Smelting/AU U -- kg -0.00012506 -2.0973E-20 -7.81625E-05 -4.68975E-05
1336 Crude oil production onshore U -- kg -0.000126931 -2.67424E-14 -7.93316E-05 -4.7599E-05
1337 Residual oil stock Europe ETH U -- kg -0.00019561 -4.12121E-14 -0.000122256 -7.33538E-05
1338 Disposal, steel, 0% water, to municipal incineration/CH U kg -0.00019871 0.000197281 -0.000306868 -8.91229E-05
1339 Disposal, waste, Si waferprod., inorg, 9.4% water, to residual material landfill/C kg -0.000199079 0.000411447 -0.000484941 -0.000125585
1340 Residual oil refinery Europe U -- kg -0.000205774 -4.33535E-14 -0.000128609 -7.71653E-05
1341 Hydrogen, liquid, from chlorine electrolysis, production mix, at plant/RER U kg -0.00021227 6.31532E-05 -0.00013804 -0.000137383
1342 Soda Ash/AU U -- kg -0.000221183 0.000935154 -0.000554542 -0.000601795
1343 Copper Concentrate/AU U -- kg -0.000225333 -3.77892E-20 -0.000140833 -8.45E-05
1344 Tin/AU U -- kg -0.000236 -3.9578E-20 -0.0001475 -8.85E-05
1345 Packing, clay products/CH U kg -0.000260756 0.00617089 -0.00360113 -0.002830516
1346 Printed board I/AU U -- kg -0.000261667 0.003666 -0.003142167 -0.0007855
1347 HCN kg -0.000288533 -7.01661E-14 -0.000180333 -0.0001082
1348 Electronics for control units/RER U kg -0.000332737 0.000650778 -0.000781388 -0.000202127
1349 Ammonia ETH U - kg -0.000336064 -7.08036E-14 -0.00021004 -0.000126024
1350 IC's (weigth) I -- kg -0.000354667 -5.94788E-20 -0.000221667 -0.000133
1351 Propane/ butane, at refinery/RER U kg -0.000431194 0.000139721 -0.000317247 -0.000253668
1352 IC's (weigth) I/AU U -- kg -0.000444 -7.44603E-20 -0.0002775 -0.0001665
1353 Water decarbonized ETH U - kg -0.000503079 -1.05991E-13 -0.000314424 -0.000188655
1354 Glass cullet/AU U -- kg -0.000537158 0.002271088 -0.001346744 -0.001461502
1355 Nitric acid ETH U - kg -0.000611042 -1.28737E-13 -0.000381901 -0.000229141
1356 Explosives ETH U - kg -0.000749735 -1.57958E-13 -0.000468584 -0.00028115
1357 Sand/AU U -- kg -0.000873374 0.003692596 -0.002189692 -0.002376278
1358 Steel slab /AU U -- kg -0.00096425 -2.66454E-15 -0.0007105 -0.00025375
1359 Disposal, slag from MG silicon production, 0% water, to inert material landfill/C kg -0.001303578 1.17997E-05 -0.000657765 -0.000657613
1360 Disposal, wood ash mixture, pure, 0% water, to municipal incineration/CH U kg -0.001368451 0.000473463 -0.001704089 -0.000137826
1361 Disposal, wood ash mixture, pure, 0% water, to landfarming/CH U kg -0.001368451 0.000473463 -0.001704089 -0.000137826
1362 Sodium hydroxide, 50% in H2O, membrane cell, at plant/RER U kg -0.00152979 0.003861189 -0.002740383 -0.002650596
1363 Electronics for control units/RER S kg -0.00154375 -3.11818E-19 -0.0011375 -0.00040625
1364 Disposal, catalyst base CH2O production, 0% water, to residual material landfi kg -0.001591933 0.000670755 -0.002104202 -0.000158486
1365 Glass fibre/AU U -- kg -0.001803086 0.007623395 -0.004520636 -0.004905846
1366 Glass melt 30% cullet/AU U -- kg -0.001803491 0.007625102 -0.004521648 -0.004906944
1367 Glass batch 30% cullet/AU U -- kg -0.001803491 0.007625102 -0.004521648 -0.004906944
1368 Container glass, average recycled content, /AU U -- kg -0.001803491 0.007625102 -0.004521648 -0.004906944
1369 Container glass 30% cullet/AU U -- kg -0.001803491 0.007625102 -0.004521648 -0.004906944
1370 Acrylonitrile-butadiene-styrene copolymer, ABS, at plant/RER S kg -0.001938 -3.25009E-19 -0.00121125 -0.00072675
1371 Disposal, dust, alloyed EAF steel, 15.4% water, to residual material landfill/CH kg -0.002548179 4.30435E-05 -0.001418123 -0.001173099
1372 Disposal, wood ash mixture, pure, 0% water, to sanitary landfill/CH U kg -0.002554874 0.001146396 -0.003418273 -0.000282996
1373 Disposal, polyurethane, 0.2% water, to municipal incineration/CH U kg -0.003524788 0.002073422 -0.0052041 -0.00039411
1374 Magnesium oxide, at plant/RER U kg -0.003653193 0.001540066 -0.002902293 -0.002290966
1375 Refractory, basic, packed, at plant/DE U kg -0.003845466 0.001621122 -0.003055045 -0.002411543
1376 Sodium hydroxide, 50% in H2O, mercury cell, at plant/RER U kg -0.003938852 0.00994166 -0.007055847 -0.006824665
1377 Trasmission fugitives from natural gas, 2001-02/AU U - kg -0.00399974 0.043601509 -0.023212696 -0.024388554
1378 Hydrogen, cracking, APME, at plant/RER U kg -0.004033123 0.001199911 -0.002622764 -0.002610271
1379 Hydrogen, liquid, at plant/RER U kg -0.004245393 0.001263065 -0.002760804 -0.002747653
1380 Polystyrene, high impact, HIPS, at plant/RER S kg -0.004546875 -2.18843E-15 -0.0036375 -0.000909375
1381 Hydrochloric acid, from the reaction of hydrogen with chlorine, at plant/RER U kg -0.00616885 0.030920366 -0.01864405 -0.018445166
1382 Hydrochloric acid, from Mannheim process, at plant/RER U kg -0.00616885 0.030920366 -0.01864405 -0.018445166
1383 PVC, Polyvinyl chloride/AU U -- kg -0.006179439 9.40171E-08 -0.005613722 -0.000565811
1384 Vinylchloride Monomer APME/AU S - kg -0.006191798 9.42048E-08 -0.00562495 -0.000566942
1385 Sodium hydroxide, 50% in H2O, production mix, at plant/RER U kg -0.007148552 0.01804294 -0.012805529 -0.012385963
1386 Charcoal, at plant/GLO U kg -0.008593963 0.000390003 -0.004493267 -0.004490698
1387 Petrol, unleaded, at refinery/RER U kg -0.009002842 0.0015055 -0.009747928 -0.000760414
1388 Petrol, unleaded, at regional storage/RER U kg -0.009034206 0.001459612 -0.009737458 -0.000756361
1389 Petrol, two-stroke blend, at regional storage/RER U kg -0.009609594 0.001047693 -0.009905683 -0.000751604
1390 Petroleum coke, at refinery/RER U kg -0.010752346 0.020919835 -0.01620592 -0.015466262
1391 Disposal, concrete, 5% water, to inert material landfill/CH U kg -0.010785044 0.03473855 -0.041679659 -0.003843935
1392 Polystyrene, high impact, HIPS, at plant/RER U kg -0.011155994 2.8203E-07 -0.011156267 -9.43041E-09
1393 Hydrochloric acid, 30% in H2O, at plant/RER U kg -0.0123377 0.061840732 -0.0372881 -0.036890332
1394 Steam, from natural gas, in kg/AU U kg -0.014555626 0.005084144 -0.0113068 -0.00833297
1395 Disposal, slag, unalloyed electr. steel, 0% water, to residual material landfill/CH kg -0.021311427 0.010084353 -0.017609561 -0.01378622
1396 Methanol, at plant/GLO U kg -0.030761792 0.023817453 -0.050701153 -0.003878092
1397 Polyurethane, flexible foam, at plant/RER S kg -0.030875 8.32667E-17 -0.02275 -0.008125
1398 Wood chopping, mobile chopper, in forest/RER U kg -0.032561843 0.000315495 -0.016440622 -0.016436715
1399 Disposal, hard coal ash, 0% water, to residual material landfill/PL U kg -0.03350666 0.012834644 -0.025533278 -0.020808026
1400 Formaldehyde, production mix, at plant/RER U kg -0.033870912 0.014271375 -0.044770249 -0.003372038
1401 Melamine, at plant/RER U kg -0.036017164 8.51634E-05 -0.033693049 -0.002409279
1402 Aluminium alloy, AlMg3, at plant/RER S kg -0.039109375 -5.06539E-15 -0.0294875 -0.009621875
1403 Melamine formaldehyde resin, at plant/RER U kg -0.046775538 0.000110602 -0.043757206 -0.003128933
1404 Silicon, electronic grade, at plant/DE U kg -0.049999187 8.96994E-07 -0.025000054 -0.02500003
1405 MG-silicon, at plant/NO U kg -0.052143136 0.000471989 -0.026310607 -0.026304518
1406 Copper/AU U - kg -0.063134077 0.021944133 -0.048993943 -0.036084266
1407 Copper (Leach SX/EW)/AU U -- kg -0.063134077 0.021944133 -0.048993943 -0.036084266
1408 Urea formaldehyde resin, at plant/RER U kg -0.066578615 0.000978033 -0.063042968 -0.00451368
1409 Ammonia, steam reforming, liquid, at plant/RER U kg -0.080005187 0.032640129 -0.10453814 -0.008107176
1410 Urea, as N, at regional storehouse/RER U kg -0.085095893 0.005111196 -0.084133812 -0.006073277
1411 PB, Polybutadiene/AU U -- kg -0.096976533 0.012408 -0.066129333 -0.0432552
1412 Acrylonitril/AU U -- kg -0.121220667 0.01551 -0.082661667 -0.054069
1413 Gypsum/AU U -- kg -0.150233985 -0.034574929 -0.055463712 -0.060195343
1414 Crude oil, Australian average/AU U -- kg -0.15943396 0.095111142 -0.15368821 -0.100856892
1415 Disposal, non-sulfidic tailings, off-site/GLO U kg -0.216776338 0.101621363 -0.174413615 -0.143984085
1416 Ferrochromium, high-carbon, 68% Cr, at plant/GLO U kg -0.25130295 0.017711177 -0.147278532 -0.121735595
1417 Polystyrene, general purpose/AU U -- kg -0.266685467 0.034122 -0.181855667 -0.1189518

1418 Ferronickel, 25% Ni, at plant/GLO U kg -0.309078362 0.016575518 -0.178377531 -0.147276349
1419 Steel, electric, chromium steel 18/8, at plant/RER U kg -0.369041056 0.006233788 -0.205380265 -0.169894579
1420 Chromite, ore concentrate, at beneficiation/GLO U kg -0.446725204 0.207685549 -0.358317666 -0.296093086
1421 ABS, Acryloniril butastyrene/AU U -- kg -0.484882667 0.06204 -0.330646667 -0.216276
1422 Injection moulding/AU U kg -0.491981417 0.06204 -0.336834917 -0.2171865
1423 Steel, converter, chromium steel 18/8, at plant/RER U kg -0.628367203 0.010614288 -0.349701533 -0.289279958
1424 Gold (AU) Ore - kg -0.672 -1.90766E-10 -0.42 -0.252
1425 Disposal, non-sulfidic overburden, off-site/GLO U kg -0.789470209 0.370125882 -0.635213054 -0.524383037
1426 Hot rolling, steel/RER U kg -0.815487999 0.261501232 -0.598454931 -0.478534299
1427 Aluminium, primary/AU U -- kg -0.885796334 -0.868477113 -0.008305726 -0.009013495
1428 Chromium steel 18/8, at plant/RER U kg -0.997408258 0.016848077 -0.555081798 -0.459174537
1429 Diesel, at consumer/AU U -- kg -1.248955358 6.202206113 -3.574443565 -3.876717906
1430 Gravel/AU U -- kg -1.276955672 5.38606044 -3.195361887 -3.467654225
1431 Landfill inert waste/AU U -- kg -1.805123833 0.11844 -1.187689583 -0.73587425
1432 Sand, river/AU U -- kg -2.089720358 4.403793188 -3.1140573 -3.379456246
1433 Process-specific burdens, residual material landfill/CH U kg -2.196121003 2.138014375 -2.378368969 -1.955766409
1434 Biogas from landfill/AU U kg -2.530000508 10.65315992 -6.322216683 -6.860943748
1435 Blast furnace slag - credit to steel production/AU U kg -2.637757001 -2.374137895 -0.126371664 -0.137247443
1436 Cement, portland/AU U -- kg -2.731526995 -0.628635079 -1.00843113 -1.094460785
1437 Concrete, readymix/AU U -- kg -3.064677375 12.92647736 -7.66882828 -8.322326459
1438 Copper ore, crushed/AU U -- kg -3.156703856 1.097206633 -2.449697174 -1.804213315
1439 Copper Ore Mining 3% Cu in ore/AU U -- kg -3.160459412 1.097206633 -2.452044397 -1.805621648
1440 Disposal, nickel smelter slag, 0% water, to residual material landfill/CH U kg -3.329049344 0.809063289 -2.266927182 -1.871185451
1441 Natural gas, high pressure/AU U - kg -8.326391424 55.84041269 -30.80820666 -33.35859746
1442 Brown coal, SA (2001-02)/AU U - kg -11.95493835 50.45669342 -29.9306095 -32.48102227
1443 Black coal, WA (2001-02)/AU U - kg -19.00126567 77.77655371 -46.41126706 -50.36655233
1444 Fly ash processing//AU U kg -39.9163985 168.9565517 -100.1687289 -108.7042213
1445 Black coal, QLD (2001-02)/AU U - kg -78.9830809 337.6499328 -199.8037815 -216.8292322
1446 Black coal, NSW (2001-02)/AU U - kg -97.9643866 450.4795815 -263.0162121 -285.427756
1447 Brown coal, Victoria (2001-02)/AU U - kg -261.4324638 1103.394873 -654.5272554 -710.3000811
1448 Road/CH/I U my 0.003271161 0.005515039 -0.0016657 -0.000578178
1449 Disposal, road/RER/I U my 0.003271161 0.005515039 -0.0016657 -0.000578178
1450 Railway track/CH/I U my 0.001427439 0.001631554 -0.000141677 -6.24371E-05
1451 Disposal, railway track/CH/I U my 0.001427439 0.001631554 -0.000141677 -6.24371E-05
1452 Operation, maintenance, railway track/CH/I U my 0.000701473 0.000801742 -6.96034E-05 -3.06651E-05
1453 Operation, maintenance, road/CH/I U my 0.000387399 0.000692133 -0.000231964 -7.277E-05
1454 Maintenance, operation, canal/RER/I U my 5.52114E-05 6.72309E-05 -7.4003E-06 -4.61921E-06
1455 Canal/RER/I U my 5.52114E-05 6.72309E-05 -7.4003E-06 -4.61921E-06
1456 Car Average/AU U -- m 2733750 5771250 -1974375 -1063125
1457 Car (petrol)/AU U -- m 2468576.25 5211438.75 -1782860.625 -960001.875
1458 Car (LPG)/AU U -- m 169492.5 357817.5 -122411.25 -65913.75
1459 Car (diesel)/AU U -- m 95681.25 201993.75 -69103.125 -37209.375
1460 Operation, lorry 32t/RER U m 300.1774411 499.0190259 -147.7678446 -51.0737402
1461 Operation, lorry 28t/CH U m 49.80413363 70.08445082 -12.13307132 -8.147245874
1462 Operation, passenger car/RER U m 7.132862323 8.054821681 -0.554717536 -0.367241822
1463 Operation, lorry 40t/CH U m 1.562992868 1.822527327 -0.16500127 -0.094533189
1464 Operation, van < 3,5t/CH U m 0.490519906 0.657764662 -0.115351922 -0.051892833
1465 Operation, passenger car/CH U m 0.213960255 0.373642948 -0.120247267 -0.039435426
1466 Operation, van < 3,5t/RER U m 0.030056558 0.038995937 -0.005328696 -0.003610683
1467 Transmission network, electricity, medium voltage/CH/I U m 0.001735365 0.001841833 -7.28798E-05 -3.35886E-05
1468 Transmission network, electricity, high voltage/CH/I U m 0.000452855 0.000504315 -3.22173E-05 -1.92436E-05
1469 Operation, lorry 28t, empty/CH U m 9.8925E-05 0.000112127 -9.21179E-06 -3.99003E-06
1470 Pipeline, natural gas, high pressure distribution network/RER/I U m 7.23312E-05 0.000128716 -3.09954E-05 -2.53894E-05
1471 Pipeline, crude oil, onshore/RER/I U m 5.79653E-05 7.12669E-05 -9.15162E-06 -4.14996E-06
1472 Well for exploration and production, onshore/GLO/I U m 2.77277E-05 3.7383E-05 -6.0969E-06 -3.55837E-06
1473 Water supply network/CH/I U m 2.31171E-05 2.33405E-05 -1.38521E-07 -8.4855E-08
1474 Transmission network, long-distance/UCTE/I U m 1.70089E-05 1.89417E-05 -1.21006E-06 -7.22776E-07
1475 Distribution network, electricity, low voltage/CH/I U m 1.27679E-05 4.25605E-05 -2.41548E-05 -5.63788E-06
1476 Welding, arc, steel/RER U m 1.2151E-05 1.3384E-05 -7.88223E-07 -4.44767E-07
1477 Pipeline, natural gas, long distance, high capacity, onshore/GLO/I U m 8.63705E-06 1.75755E-05 -4.88583E-06 -4.05261E-06
1478 Pipeline, natural gas, long distance, low capacity, onshore/GLO/I U m 4.92988E-06 8.53294E-06 -1.98377E-06 -1.6193E-06
1479 Well for exploration and production, offshore/OCE/I U m 4.68125E-06 7.30319E-06 -1.52423E-06 -1.0977E-06
1480 Sewer grid, class 3/CH/I U m 1.5075E-06 2.29299E-06 -4.31896E-07 -3.53591E-07
1481 Pipeline, crude oil, offshore/OCE/I U m 1.11208E-06 1.56718E-06 -2.85204E-07 -1.69893E-07
1482 Pipeline, natural gas, long distance, high capacity, offshore/GLO/I U m 7.52349E-07 1.4802E-06 -3.98327E-07 -3.29522E-07
1483 Pipeline, natural gas, low pressure distribution network/CH/I U m 4.14286E-07 6.635E-07 -1.4004E-07 -1.09173E-07
1484 Chimney/CH/I U m 2.37882E-07 3.58145E-07 -7.39083E-08 -4.63547E-08
1485 Pipeline, natural gas, high pressure distribution network/CH/I U m 2.03045E-07 2.30014E-07 -1.88045E-08 -8.16494E-09
1487 Residential sewer grid/CH/I U m 6.599E-08 6.63811E-08 -2.90981E-10 -1.00085E-10
1489 Welding, arc, aluminium/RER U m 3.89584E-11 4.63954E-11 -6.8626E-12 -5.74335E-13
1490 Drilled metres (mix) U - m -1.38962E-09 -2.92773E-19 -8.68514E-10 -5.21108E-10
1491 Drilled metres offshore U - m -1.86798E-09 -3.93556E-19 -1.16749E-09 -7.00494E-10
1492 Drilled metres onshore U - m -2.27078E-09 -4.7842E-19 -1.41924E-09 -8.51544E-10
1493 Sewer grid, class 2/CH/I U m -5.61085E-08 2.78726E-07 -2.65684E-07 -6.91501E-08
1494 Conveyor belt, at plant/RER/I U m -6.78994E-06 6.57823E-06 -1.03613E-05 -3.00684E-06
1495 Transport electricity long distance UCPTE U -- m -3.65525E-05 -7.70106E-15 -2.28453E-05 -1.37072E-05
1496 Infra UCPTE electricity transport U - m -3.65525E-05 -7.70106E-15 -2.28453E-05 -1.37072E-05
1497 Passenger car W-Europe ETH U -- m -0.000126062 -2.65593E-14 -7.87886E-05 -4.72732E-05
1498 Infra road passenger car U - m -0.000126062 -2.65593E-14 -7.87886E-05 -4.72732E-05
1499 Infra passenger car W- Europe U - m -0.000126062 -2.65593E-14 -7.87886E-05 -4.72732E-05
1500 Operation, lorry 16t/CH U m -1.411613483 9.138178596 -9.619749216 -0.930042864
1501 Operation, lorry 16t/RER U m -22.57702096 11.69591753 -31.77341112 -2.499527368
1502 Roads, company, internal/CH/I U m2a 0.191107662 0.191113876 -4.72752E-06 -1.48683E-06
1503 Oil & gas production 2001-02/AU U -- MJ 564.8762486 1401.261481 -512.4652951 -323.9199369
1504 Electricity, medium voltage, production UCTE, at grid/UCTE U MJ 191.5890533 200.6367826 -6.526541464 -2.521187924
1505 Electricity, production mix UCTE/UCTE U MJ 190.6609545 209.6592216 -12.06641939 -6.931847704
1506 Electricity, high voltage, production UCTE, at grid/UCTE U MJ 188.7579606 207.5606136 -11.94075297 -6.861900117
1507 Energy, from natural gas/AU U - MJ 128.0697722 206.6743713 -39.18810216 -39.41649691
1508 Natural gas, burned in industrial furnace >100kW/RER U MJ 67.00067685 79.65956729 -7.349732415 -5.309158031
1509 Energy, from natural gas 2001-02 - just fuel, CO2,CH4, & N2O, energy into se -- MJ 64.35872245 68.48242208 -1.978060125 -2.145639505
1510 Electricity, high voltage, eastern Australian average/AU U - MJ 57.08727321 58.7883457 -0.847954936 -0.85311755
1511 East Australain average electricity mix, high voltage/AU U -- MJ 57.08727321 58.7883457 -0.847954936 -0.85311755
1512 Electricity, production mix DE/DE U MJ 51.87734743 57.09321633 -3.32285137 -1.893017532
1513 Electricity, production mix FR/FR U MJ 50.83156452 55.98845639 -3.297098391 -1.859793481
1514 Heat, natural gas, at industrial furnace >100kW/RER U MJ 47.91746047 48.7624285 -0.773293722 -0.071674312
1515 Heat gas B250 - MJ 46.875 937.5 -468.75 -421.875
1516 Electricity, nuclear, at power plant pressure water reactor/FR U MJ 41.31899869 45.51186465 -2.681029278 -1.511836681
1517 Lignite, burned in power plant/DE U MJ 40.87650235 44.98000828 -2.613718544 -1.489787384
1518 Hard coal, burned in power plant/DE U MJ 36.69724649 40.35690056 -2.331221615 -1.328432452
1519 Electricity mix for aluminium smelting/AU U -- MJ 36.21703962 37.10724757 -0.426914315 -0.463293631
1520 Electricity, production mix IT/IT U MJ 25.74479372 28.31207824 -1.631033853 -0.936250662
1521 Natural gas, high pressure, at consumer/IT U MJ 25.22700814 27.7426588 -1.598230101 -0.917420559
1522 Natural gas, burned in power plant/IT U MJ 25.22700814 27.7426588 -1.598230101 -0.917420559
1523 Natural gas, high pressure, at consumer/RER U MJ 24.59705958 89.38800482 -35.03475305 -29.75619218
1524 Heavy fuel oil, burned in power plant/IT U MJ 21.46870314 23.59855843 -1.353232997 -0.776622291
1525 Electricity, production mix ES/ES U MJ 19.07258435 20.97305934 -1.207054082 -0.693420903
1526 Electricity, nuclear, at power plant/DE U MJ 15.89344381 17.49387653 -1.019352683 -0.581080041
1527 Articulated truck operation AU -- MJ 15.013374 20.57530789 -2.667464742 -2.894469141
1528 Electricity, hydropower, at run-of-river power plant/RER U MJ 14.63373361 27.18610516 -6.697149176 -5.855222374
1529 Hard coal, burned in power plant/ES U MJ 14.05116983 15.43784901 -0.880854155 -0.505825028
1530 Electricity, lignite, at power plant/DE U MJ 13.50049619 14.85578255 -0.863246492 -0.49203987
1531 Electricity, hard coal, at power plant/DE U MJ 13.21100874 14.5284842 -0.839239781 -0.478235683
1532 Natural gas, high pressure, at consumer/NL U MJ 12.92155825 14.23141251 -0.829753423 -0.48010084
1533 Natural gas, burned in power plant/NL U MJ 12.92155825 14.23141251 -0.829753423 -0.48010084
1534 Electricity, nuclear, at power plant/UCTE U MJ 11.57640274 12.71902655 -0.724862275 -0.417761539
1535 Hard coal coke, at plant/RER U MJ 11.57163897 17.78675537 -3.418559666 -2.796556731
1536 Electricity, nuclear, at power plant pressure water reactor/DE U MJ 11.2843451 12.42065234 -0.723740405 -0.412566829

1537 Natural gas, high pressure, at consumer/DE U MJ 10.60163299 11.66919631 -0.679955478 -0.387607837
1538 Natural gas, burned in power plant/DE U MJ 10.60163299 11.66919631 -0.679955478 -0.387607837
1539 Electricity, nuclear, at power plant pressure water reactor/UCTE U MJ 10.41876246 11.4471239 -0.652376048 -0.375985385
1540 Energy, from fuel oil/AU U - MJ 10.09441597 13.72171364 -1.740417672 -1.886879997
1541 Electricity, natural gas, at power plant/IT U MJ 9.460128052 10.40349705 -0.599336288 -0.34403271
1542 Lignite, burned in power plant/GR U MJ 8.981448272 9.873648946 -0.56669096 -0.325509714
1543 Energy, from fuel oil 2001-02 - just fuel, CO2,CH4, & N2O, energy into seperat-- MJ 8.846272187 9.649349199 -0.385282146 -0.417794867
1544 Electricity, oil, at power plant/IT U MJ 8.222056523 9.037745783 -0.518259446 -0.297429814
1545 Electricity, production mix NL/NL U MJ 8.160975609 8.974184304 -0.516494263 -0.296714433
1546 Electricity, hydropower, at power plant/FR U MJ 7.756315352 8.469727341 -0.4566527 -0.25675929
1547 Electricity, production mix BE/BE U MJ 7.717497016 8.487375863 -0.488889986 -0.280988862
1548 Lignite, burned in power plant/CS U MJ 7.40699479 8.142823066 -0.467369047 -0.26845923
1549 Hard coal, burned in power plant/FR U MJ 7.233827027 7.960656202 -0.464753657 -0.262075518
1550 Electricity, production mix CH/CH U MJ 6.625058111 7.275857997 -0.413353579 -0.237446307
1551 Hard coal, burned in power plant/IT U MJ 6.561306197 7.209475331 -0.411849467 -0.236319666
1552 Blast furnace gas, burned in power plant/RER U MJ 6.449575386 7.100550693 -0.413669935 -0.237305373
1553 Lignite, burned in power plant/ES U MJ 6.116278349 6.723882856 -0.385926507 -0.221678
1554 Hard coal, burned in power plant/NL U MJ 5.935156356 6.530964496 -0.377484891 -0.218323249
1555 Transport infrast. priv. sect/AU U -- MJ 5.428951787 15.84199432 -4.994404381 -5.418638153
1556 Electricity, production mix AT/AT U MJ 5.208381606 5.739817475 -0.340468731 -0.190967138
1557 Electricity, hard coal, at power plant/ES U MJ 5.058421139 5.557625645 -0.317107496 -0.18209701
1558 Electricity, production mix GR/GR U MJ 4.919052625 5.409207916 -0.31131362 -0.178841671
1559 Electricity, hydropower, at power plant/IT U MJ 4.863168908 5.348126696 -0.308100861 -0.176856927
1560 Electricity, natural gas, at power plant/NL U MJ 4.717810315 5.19605325 -0.302952568 -0.175290368
1561 Electricity, natural gas, at power plant/DE U MJ 4.637409328 5.104387205 -0.297428885 -0.169548993
1562 Electricity, nuclear, at power plant boiling water reactor/DE U MJ 4.609098704 5.073224194 -0.295612278 -0.168513212
1563 Electricity, hydropower, at power plant/AT U MJ 4.131513019 4.553070881 -0.270074488 -0.151483374
1564 Electricity, hydropower, at power plant/CH U MJ 4.09846846 4.645716054 -0.381902624 -0.165344971
1565 Electricity, production mix PT/PT U MJ 4.045749436 4.448885092 -0.25604461 -0.147091046
1566 Energy, from black coal - just fuel, CO2, CH4 N2O2001-02, used for energy int-- MJ 3.988695559 4.412512976 -0.203329545 -0.220487872
1567 Natural gas, burned in power plant/UCTE U MJ 3.663911967 4.012534708 -0.221579501 -0.12704324
1568 Hard coal, burned in power plant/PT U MJ 3.635403537 3.994171175 -0.227898349 -0.13086929
1569 Natural gas, high pressure, at consumer/BE U MJ 3.625017096 3.98664013 -0.229638559 -0.131984475
1570 Natural gas, burned in power plant/BE U MJ 3.625017096 3.98664013 -0.229638559 -0.131984475
1571 Electricity, hydropower, at reservoir power plant, alpine region/RER U MJ 3.49246169 6.224433263 -1.445332142 -1.286639432
1572 Hard coal, burned in power plant/BE U MJ 3.394242012 3.72966665 -0.21303255 -0.122392088
1573 Electricity, production mix CS/CS U MJ 3.336962884 3.669472035 -0.211187412 -0.121321739
1574 Natural gas, burned in gas turbine, for compressor station/RU U MJ 3.295368666 6.916779888 -1.977538323 -1.643872898
1575 Heat, unspecific, in chemical plant/RER U MJ 3.264550132 3.266765807 -0.001788658 -0.000427017
1576 Electricity, lignite, at power plant/GR U MJ 3.16992292 3.484817275 -0.200008574 -0.114885781
1577 Natural gas, high pressure, at consumer/ES U MJ 3.131685394 3.443740137 -0.198196211 -0.113858532
1578 Natural gas, burned in power plant/ES U MJ 3.131685394 3.443740137 -0.198196211 -0.113858532
1579 Tasmanian average electricity mix, high voltage/AU U -- MJ 3.120124797 3.19756863 -0.037246211 -0.040197622
1580 Electricity, high voltage, Tasmania average/AU U - MJ 3.120124797 3.19756863 -0.037246211 -0.040197622
1581 Electricity, hydropower, at reservoir power plant, non alpine regions/RER U MJ 3.046993094 3.352765305 -0.194057213 -0.111714998
1582 Refinery gas, burned in furnace/MJ/RER U MJ 2.907225973 3.66913849 -0.538706056 -0.22320646
1583 Electricity, hydropower, at power plant/ES U MJ 2.870646608 3.156690312 -0.181675746 -0.104367958
1584 Heavy fuel oil, burned in power plant/ES U MJ 2.7639718 3.039385963 -0.174924576 -0.100489587
1585 Electricity, nuclear, at power plant/CH U MJ 2.761341189 3.129876664 -0.257154152 -0.111381322
1586 Light fuel oil, burned in industrial furnace 1MW, non-modulating/RER U MJ 2.726195321 3.044241231 -0.249594634 -0.068451276
1587 Electricity, hard coal, at power plant/FR U MJ 2.553115421 2.809643365 -0.164030702 -0.092497242
1588 Electricity, hard coal, at power plant/IT U MJ 2.447741172 2.689545201 -0.153643325 -0.088160705
1589 Coke oven gas, burned in power plant/RER U MJ 2.399534907 2.641853563 -0.154112593 -0.088206062
1590 Coke oven gas, at plant/GLO U MJ 2.399534907 2.641853563 -0.154112593 -0.088206062
1591 Oil & Gas Production Energy 00-01/AU U -- MJ 2.351911507 2.470888462 -0.057089223 -0.061887732
1592 Energy, from natural gas, low population area/AU U - MJ 2.334771416 2.4528813 -0.056673172 -0.061436711
1593 Electricity, hydropower, at power plant/DE U MJ 2.25855835 2.485990237 -0.144856608 -0.082575279
1594 Electricity, hydropower, at reservoir power plant/CH U MJ 2.218156192 2.514458343 -0.206775483 -0.089526668
1595 Electricity, lignite, at power plant/CS U MJ 2.203733987 2.422658102 -0.139051948 -0.079872167
1596 Electricity, lignite, at power plant/ES U MJ 2.201860206 2.420597828 -0.138933543 -0.07980408
1597 Heavy fuel oil, burned in power plant/PT U MJ 2.171693921 2.388090727 -0.137440672 -0.078956133
1598 Heavy fuel oil, burned in power plant/GR U MJ 2.153644832 2.368243148 -0.136298393 -0.078299923
1599 Electricity, hard coal, at power plant/NL U MJ 2.094761067 2.305046293 -0.133229961 -0.077055264
1600 Electricity mix, aluminium industry/GLO U MJ 2.074576984 2.145371442 -0.046266619 -0.02452784
1601 Natural gas, high pressure, at consumer/FR U MJ 2.061196621 2.270305311 -0.133695047 -0.075413643
1602 Natural gas, burned in power plant/FR U MJ 2.061196621 2.270305311 -0.133695047 -0.075413643
1603 Electricity, high voltage, aluminium industry, at grid/GLO U MJ 2.054025835 2.124118245 -0.045807818 -0.024284592
1604 Electricity, medium voltage, aluminium industry, at grid/GLO U MJ 2.033688946 2.103087372 -0.045354275 -0.024044151
1605 Electricity, hydropower, at run-of-river power plant/CH U MJ 1.988160855 2.268021347 -0.191730551 -0.088129942
1606 Heavy fuel oil, burned in power plant/DE U MJ 1.942356533 2.137946702 -0.124575966 -0.071014203
1607 Transport infrast. pub sect/AU U -- MJ 1.908135446 4.499570196 -1.242880032 -1.348554717
1608 Lignite, burned in power plant/BA U MJ 1.852201014 2.036198534 -0.116867996 -0.067129524
1609 Heavy fuel oil, burned in industrial furnace 1MW, non-modulating/RER U MJ 1.8434523 3.289228858 -0.828088036 -0.617688522
1610 Natural gas, sweet, burned in production flare/MJ/GLO U MJ 1.799157032 2.256469006 -0.29074369 -0.166568284
1611 Lignite, burned in power plant/MK U MJ 1.649252744 1.813078457 -0.104055757 -0.059769956
1612 Heavy fuel oil, burned in power plant/FR U MJ 1.604280158 1.767034606 -0.10405815 -0.058696298
1613 Electricity, at wind power plant/RER U MJ 1.547482115 1.703676196 -0.099247951 -0.056946129
1614 Electricity, nuclear, at power plant pressure water reactor/CH U MJ 1.518737654 1.721432165 -0.141434783 -0.061259727
1615 Electricity, at wind power plant 800kW/RER U MJ 1.516532473 1.669602672 -0.097262992 -0.055807206
1616 Electricity, natural gas, at power plant/BE U MJ 1.488034384 1.636477134 -0.094264403 -0.054178348
1617 Electricity, natural gas, at power plant/ES U MJ 1.458482202 1.603811707 -0.092303539 -0.053025966
1618 Refinery Processing 00-01/AU U -- MJ 1.395619578 1.457453302 -0.029665187 -0.032168537
1619 Electricity, natural gas, at power plant/UCTE U MJ 1.391358975 1.523747357 -0.084144114 -0.048244268
1620 Electricity, hard coal, at power plant/PT U MJ 1.363276326 1.497814191 -0.085461881 -0.049075984
1621 Electricity, production mix SI/SI U MJ 1.272582537 1.399389292 -0.0805394 -0.046267355
1622 Natural gas, high pressure, at consumer/AT U MJ 1.270968222 1.400651136 -0.083082418 -0.046600496
1623 Natural gas, burned in power plant/AT U MJ 1.270968222 1.400651136 -0.083082418 -0.046600496
1624 Lignite, burned in power plant/SI U MJ 1.265496375 1.391212398 -0.079850163 -0.04586586
1625 Electricity, nuclear, at power plant boiling water reactor/CH U MJ 1.242603535 1.408444499 -0.115719368 -0.050121595
1626 Diesel, burned in diesel-electric generating set/GLO U MJ 1.224818148 1.545597291 -0.200898619 -0.119880525
1627 Electricity, hard coal, at power plant/BE U MJ 1.221927124 1.342679994 -0.076691718 -0.044061152
1628 Energy, from coal/AU U - MJ 1.221149874 4.878696258 -1.754038398 -1.903507986
1629 Electricity, nuclear, at power plant boiling water reactor/UCTE U MJ 1.157640274 1.271902655 -0.072486228 -0.041776154
1630 Diesel, burned in building machine/GLO U MJ 1.154671672 4.513275989 -2.66450997 -0.694094347
1631 Electricity, hydropower, at power plant/CS U MJ 1.13764931 1.251009518 -0.071998767 -0.041361441
1632 Natural gas, burned in gas motor, for storage/DZ U MJ 1.121658577 1.912378416 -0.43564711 -0.355072729
1633 Electricity, hydropower, at power plant/PT U MJ 1.114023299 1.225029311 -0.070503541 -0.040502472
1634 Electricity, industrial gas, at power plant/DE U MJ 1.108395309 1.220008865 -0.071089192 -0.040524364
1635 Sweet gas, burned in gas turbine, production/MJ/NO U MJ 1.069158904 1.762759379 -0.396525739 -0.297074735
1636 Electricity, production mix BA/BA U MJ 1.056261688 1.161512087 -0.066847963 -0.038402436
1637 Electricity, natural gas, at power plant/FR U MJ 1.043643859 1.149521677 -0.067693695 -0.038184123
1638 Hard coal, burned in power plant/AT U MJ 1.034249569 1.138802695 -0.06698912 -0.037564006
1639 Electricity mix/CH U MJ 1.031155798 1.544536022 -0.423849588 -0.089530636
1640 Electricity, high voltage, at grid/CH U MJ 1.020946335 1.529243587 -0.419653058 -0.088644194
1641 Heavy fuel oil, burned in refinery furnace/MJ/RER U MJ 0.997748877 1.259235019 -0.18488256 -0.076603581
1642 Electricity mix/IT U MJ 0.973536259 1.070617812 -0.061677348 -0.035404205
1643 Electricity, high voltage, at grid/IT U MJ 0.963897286 1.060017636 -0.061066681 -0.035053669
1644 Electricity, oil, at power plant/ES U MJ 0.938707404 1.032244289 -0.059408346 -0.034128539
1645 Electricity, production mix HR/HR U MJ 0.938051896 1.03152337 -0.059366783 -0.034104691
1646 Electricity, medium voltage, at grid/CH U MJ 0.880062533 1.365849618 -0.403298793 -0.082488293
1647 Light fuel oil, burned in industrial furnace 1MW, non-modulating/CH U MJ 0.874841346 0.962069213 -0.050279441 -0.036948427
1648 Electricity mix/FR U MJ 0.842312771 0.927742873 -0.054615359 -0.030814742
1649 Electricity, high voltage, at grid/FR U MJ 0.817533225 0.900477467 -0.05303317 -0.029911072
1650 Electricity, oil, at power plant/GR U MJ 0.816118041 0.897439509 -0.051649917 -0.02967155
1651 Heat, at hard coal industrial furnace 1-10MW/RER U MJ 0.808255918 0.924513233 -0.066391515 -0.0498658
1652 Heat, light fuel oil, at industrial furnace 1MW/CH U MJ 0.800809202 0.879432644 -0.044538889 -0.034084553
1653 Electricity, oil, at power plant/PT U MJ 0.77406912 0.851200655 -0.048988755 -0.02814278
1654 Electricity, industrial gas, at power plant/IT U MJ 0.770645364 0.847494529 -0.048823412 -0.028025753
1655 Natural gas, sour, burned in production flare/MJ/GLO U MJ 0.728089377 0.920111006 -0.130875686 -0.061145943

1656 Electricity, oil, at power plant/FR U MJ 0.697513112 0.768275916 -0.045242674 -0.02552013
1657 Electricity, hydropower, at pumped storage power plant/IT U MJ 0.669602478 0.736375593 -0.042421948 -0.024351167
1658 Heat, heavy fuel oil, at industrial furnace 1MW/RER U MJ 0.647747417 0.727264801 -0.068965634 -0.01055175
1659 Heavy fuel oil, burned in power plant/NL U MJ 0.646347512 0.711868089 -0.041505271 -0.024015306
1660 Electricity, production mix MK/MK U MJ 0.637504709 0.701028385 -0.04034596 -0.023177717
1661 Electricity, oil, at power plant/DE U MJ 0.559398681 0.61572865 -0.035877878 -0.02045209
1662 Heavy fuel oil, burned in power plant/HR U MJ 0.552311894 0.607346597 -0.034954335 -0.020080367
1663 Natural gas, burned in gas turbine, for compressor station/DZ U MJ 0.549546388 0.93695236 -0.213441328 -0.173964645
1664 Electricity, lignite, at power plant/BA U MJ 0.546551119 0.600845469 -0.034485638 -0.019808712
1665 Natural gas, burned in gas turbine, for compressor station/UCTE U MJ 0.537627995 1.064558748 -0.288308006 -0.238622748
1666 Electricity, lignite, at power plant/MK U MJ 0.534892782 0.588025446 -0.033747813 -0.019384851
1667 Electricity, hydropower, at power plant/HR U MJ 0.533249607 0.586384862 -0.033747934 -0.019387321
1668 Electricity, at cogen ORC 1400kWth, wood, allocation exergy/CH U MJ 0.51756391 0.574160733 -0.035481332 -0.021115491
1669 Electricity, hydropower, at power plant/BA U MJ 0.512286919 0.563333362 -0.032421262 -0.018625182
1670 Electricity, hydropower, at pumped storage power plant/FR U MJ 0.483083368 0.532092244 -0.031334154 -0.017674722
1671 Electricity mix/DE U MJ 0.443069267 0.496529837 -0.033234174 -0.020226396
1672 Electricity, natural gas, at power plant/AT U MJ 0.439950538 0.484840778 -0.028759299 -0.016130941
1673 Electricity, high voltage, at grid/DE U MJ 0.438682442 0.4916137 -0.032905123 -0.020026135
1674 Electricity, hard coal, at power plant/AT U MJ 0.417878614 0.460122301 -0.027066311 -0.015177376
1675 Electricity, hard coal, at power plant/UCTE U MJ 0.414994631 0.429163574 -0.009259425 -0.004909517
1676 Electricity, lignite, at power plant/SI U MJ 0.410431257 0.451204021 -0.02589735 -0.014875414
1677 Hard coal, burned in power plant/HR U MJ 0.406210585 0.446302042 -0.02546708 -0.014624377
1678 Electricity, hydropower, at power plant/SI U MJ 0.375411849 0.412819841 -0.023759123 -0.01364887
1679 Electricity, hydropower, at power plant/GR U MJ 0.3612705 0.397269027 -0.022863839 -0.013134688
1680 Electricity, low voltage, production UCTE, at grid/UCTE U MJ 0.357041471 0.483576411 -0.075842782 -0.050692158
1681 Electricity mix/ES U MJ 0.339745561 0.373599508 -0.021501718 -0.012352229
1682 Electricity, industrial gas, at power plant/FR U MJ 0.338413358 0.372745441 -0.021950448 -0.012381635
1683 Electricity, high voltage, at grid/ES U MJ 0.336381743 0.369900503 -0.02128883 -0.01222993
1684 Sour gas, burned in gas turbine, production/MJ/NO U MJ 0.329226877 0.588790339 -0.143469625 -0.116093837
1685 Natural gas, burned in gas turbine, for compressor station/NL U MJ 0.326428849 0.54028694 -0.118057156 -0.095800935
1686 Lignite, burned in power plant/AT U MJ 0.321040391 0.353700243 -0.02092438 -0.011735472
1687 Natural gas, burned in gas turbine, for compressor station/NO U MJ 0.317822957 0.627770368 -0.169596681 -0.14035073
1688 Electricity, industrial gas, at power plant/BE U MJ 0.289728866 0.318631525 -0.018353822 -0.010548836
1689 Electricity, oil, at power plant/NL U MJ 0.285853936 0.314831096 -0.018356139 -0.01062102
1690 Electricity, hydropower, at pumped storage power plant/DE U MJ 0.27238999 0.299819139 -0.01747025 -0.009958899
1691 Hard coal, burned in power plant/PL U MJ 0.261469127 0.291846574 -0.019060854 -0.011316593
1692 Electricity, industrial gas, at power plant/NL U MJ 0.259644299 0.285964795 -0.016673204 -0.009647292
1693 Electricity, hydropower, at pumped storage power plant/ES U MJ 0.234685345 0.258070412 -0.014852624 -0.008532444
1694 Natural gas, high pressure, at consumer/CH U MJ 0.226612644 0.256712427 -0.02098713 -0.009112652
1695 Electricity, industrial gas, at power plant/ES U MJ 0.223037947 0.245262417 -0.014115491 -0.00810898
1696 Natural gas, burned in gas turbine, for compressor station/DE U MJ 0.222325719 0.276966869 -0.03156469 -0.023076461
1697 Natural gas, low pressure, at consumer/CH U MJ 0.220217584 0.249633133 -0.020529881 -0.008885668
1698 Heavy fuel oil, burned in power plant/AT U MJ 0.217894291 0.240127079 -0.014243617 -0.007989171
1699 Heavy fuel oil, burned in power plant/BE U MJ 0.210352387 0.231336637 -0.01332546 -0.007658791
1700 Electricity mix/AT U MJ 0.204683394 0.225568211 -0.013380029 -0.007504788
1701 Electricity, high voltage, at grid/AT U MJ 0.202656825 0.223334862 -0.013247553 -0.007430484
1702 Electricity, oil, at power plant/HR U MJ 0.185824563 0.204340911 -0.011760337 -0.006756011
1703 Electricity mix/BE U MJ 0.178348168 0.196139976 -0.011298153 -0.006493655
1704 Electricity, high voltage, at grid/BE U MJ 0.176582344 0.194197996 -0.01118629 -0.006429361
1705 Energy from LPG 2001-02- just fuel, CO2, CH4 & N2O, energy into seperate N -- MJ 0.17494488 0.17494488 -1.98296E-16 -1.41961E-16
1706 Refinery gas, burned in furnace/MJ/CH U MJ 0.14852746 0.18530993 -0.022481492 -0.014300978
1707 Electricity, hard coal, at power plant/HR U MJ 0.143368442 0.157518368 -0.008988381 -0.005161545
1708 Electricity, hydropower, at pumped storage power plant/AT U MJ 0.141472132 0.155907205 -0.009247947 -0.005187125
1709 Lignite, burned in power plant/FR U MJ 0.136150923 0.149912794 -0.008799083 -0.004962788
1710 Refinery gas, burned in flare/GLO U MJ 0.128105913 0.161483811 -0.023491906 -0.009885992
1711 Electricity, hydropower, at pumped storage power plant/BE U MJ 0.122818489 0.135070567 -0.007780339 -0.00447174
1712 Electricity, lignite, at power plant/AT U MJ 0.118416537 0.130463204 -0.007718009 -0.004328658
1713 Electricity, production mix LU/LU U MJ 0.112671339 0.123910215 -0.007137262 -0.004101614
1714 Heat from waste, at municipal waste incineration plant/CH U MJ 0.109053895 0.111068844 -0.001792762 -0.000222188
1715 Electricity, lignite, at power plant/UCTE U MJ 0.107347906 0.111114333 -0.002455703 -0.001310724
1716 Electricity, hydropower, at power plant/MK U MJ 0.105188277 0.115669684 -0.006657083 -0.003824323
1717 Electricity, at cogen 500kWe lean burn, allocation exergy/CH U MJ 0.096661554 0.109573115 -0.009011316 -0.003900245
1718 Electricity, high voltage, production CH, at grid/CH U MJ 0.095908827 0.095973921 -5.25488E-05 -1.25453E-05
1719 Electricity, medium voltage, production CH, at grid/CH U MJ 0.094959234 0.095023684 -5.20285E-05 -1.24211E-05
1720 Electricity, hydropower, at pumped storage power plant/CH U MJ 0.092365858 0.10471012 -0.008616278 -0.003727985
1721 Electricity, hard coal, at power plant/PL U MJ 0.087156376 0.097282191 -0.006353618 -0.003772198
1722 Natural gas, burned in power plant/LU U MJ 0.086033957 0.094615775 -0.005449894 -0.003131924
1723 Electricity, oil, at power plant/AT U MJ 0.085728901 0.094476228 -0.005604046 -0.00314328
1724 Electricity, medium voltage, at grid/FR U MJ 0.083681231 0.092173012 -0.005429825 -0.003061955
1725 Electricity mix/CS U MJ 0.074288447 0.081690863 -0.004701516 -0.0027009
1726 Electricity, oil, at power plant/BE U MJ 0.074242019 0.081648225 -0.004703103 -0.002703103
1727 Electricity, high voltage, at grid/CS U MJ 0.073552917 0.080882043 -0.004654966 -0.002674159
1728 Electricity, hydropower, at pumped storage power plant/LU U MJ 0.072222328 0.079426448 -0.004574985 -0.002629135
1729 Electricity from waste, at municipal waste incineration plant/CH U MJ 0.071150469 0.072421194 -0.001127836 -0.00014289
1730 Heavy fuel oil, burned in power plant/CS U MJ 0.069143365 0.076033103 -0.004375898 -0.002513841
1731 Electricity mix/GR U MJ 0.059078056 0.064964844 -0.003738891 -0.002147897
1732 Electricity, high voltage, at grid/GR U MJ 0.058493125 0.064321628 -0.003701873 -0.002126631
1733 Electricity mix/PT U MJ 0.055426336 0.060949251 -0.003507784 -0.002015132
1734 Electricity, high voltage, at grid/PT U MJ 0.05487756 0.060345793 -0.003473053 -0.00199518
1735 Light fuel oil, burned in boiler 100kW, non-modulating/CH U MJ 0.053359347 0.064497321 -0.007200904 -0.003937069
1736 Heavy fuel oil, burned in industrial furnace 1MW, non-modulating/CH U MJ 0.052270297 0.05537404 -0.002359879 -0.000743864
1737 Electricity mix/HR U MJ 0.051518906 0.056652469 -0.003260493 -0.001873069
1738 Electricity, hydropower, at pumped storage power plant/CS U MJ 0.051435607 0.056560869 -0.003255221 -0.001870041
1739 Electricity, high voltage, at grid/HR U MJ 0.050508731 0.055541636 -0.003196562 -0.001836343
1740 Electricity, medium voltage, at grid/DE U MJ 0.048677977 0.062249832 -0.007844222 -0.005727633
1741 Lignite, burned in power plant/CZ U MJ 0.045582203 0.052451289 -0.004119103 -0.002749983
1742 Electricity, hydropower, at power plant/BE U MJ 0.045506008 0.050045578 -0.002882727 -0.001656844
1743 Electricity, hydropower, at pumped storage power plant/GR U MJ 0.040904283 0.04498016 -0.002588722 -0.001487154
1744 Electricity, hydropower, at pumped storage power plant/PT U MJ 0.038375916 0.042199855 -0.002428709 -0.001395231
1745 Electricity, lignite, at power plant/FR U MJ 0.038292447 0.042162973 -0.002474742 -0.001395784
1746 Electricity mix/NL U MJ 0.037806115 0.059564361 -0.012061666 -0.00969658
1747 Electricity, hydropower, at pumped storage power plant/HR U MJ 0.035320791 0.038840305 -0.002235358 -0.001284156
1748 Heavy fuel oil, burned in refinery furnace/MJ/CH U MJ 0.034331928 0.042834127 -0.005196553 -0.003305646
1749 Natural gas, burned in gas motor, for storage/NL U MJ 0.033550774 0.058417198 -0.013684119 -0.011182306
1750 Natural gas, burned in gas motor, for storage/RU U MJ 0.031766795 0.066676586 -0.019063134 -0.015846656
1751 Heat, light fuel oil, at boiler 10kW, non-modulating/CH U MJ 0.031738581 0.042847582 -0.008645272 -0.002463729
1752 Electricity, high voltage, at grid/NL U MJ 0.03130439 0.052235945 -0.011554079 -0.009377476
1753 Electricity, medium voltage, at grid/NL U MJ 0.030994445 0.051718757 -0.011439682 -0.00928463
1754 Electricity, at wind power plant 2MW, offshore/OCE U MJ 0.030949642 0.034073524 -0.001984959 -0.001138923
1755 Natural gas, burned in boiler modulating >100kW/RER U MJ 0.026541847 0.029575753 -0.001961721 -0.001072185
1756 Heat, natural gas, at boiler modulating >100kW/RER U MJ 0.025410352 0.028234322 -0.001827239 -0.000996731
1757 Electricity, industrial gas, at power plant/AT U MJ 0.024862814 0.027399685 -0.001625267 -0.000911604
1758 Electricity, at cogen 200kWe diesel SCR, allocation exergy/CH U MJ 0.023690936 0.026854705 -0.002207947 -0.000955822
1759 Electricity, production mix CZ/CZ U MJ 0.023570011 0.027121938 -0.002129941 -0.001421985
1760 Light fuel oil, burned in boiler 10kW, non-modulating/CH U MJ 0.023542687 0.063282714 -0.024582785 -0.015157242
1761 Electricity, oil, at power plant/CS U MJ 0.023263188 0.025581231 -0.001472265 -0.000845778
1762 Natural gas, burned in gas motor, for storage/NO U MJ 0.023127634 0.04741838 -0.013273759 -0.011016987
1763 Electricity, natural gas, at power plant/LU U MJ 0.02106954 0.02317121 -0.001334668 -0.000767002
1764 Electricity, production mix HU/HU U MJ 0.018363532 0.020686313 -0.001417694 -0.000905087
1765 Lignite, burned in power plant/HU U MJ 0.017965787 0.020238289 -0.001387004 -0.000885498
1766 Energy, from diesel, low population area/AU U - MJ 0.017625188 0.018516799 -0.000427826 -0.000463786
1767 Electricity, lignite, at power plant/CZ U MJ 0.015194068 0.017483763 -0.001373034 -0.000916661
1768 Pulverised lignite, at plant/DE U MJ 0.014845058 0.016343613 -0.00092374 -0.000574815
1769 Natural gas, burned in power plant/CENTREL U MJ 0.014659612 0.016786193 -0.001274109 -0.000852472
1770 Electricity, hydropower, at power plant/NL U MJ 0.013760343 0.015155255 -0.000883632 -0.00051128
1771 Natural gas, burned in gas motor, for storage/DE U MJ 0.012769943 0.018532646 -0.003221029 -0.002541674
1772 Electricity, photovoltaic, at 3kWp slanted-roof , mc-Si, panel, mounted/CH U MJ 0.012436284 0.013685959 -0.000795161 -0.000454514
1773 Heat, heavy fuel oil, at industrial furnace 1MW/CH U MJ 0.012005004 0.012087799 -6.51683E-05 -1.76269E-05
1774 Heavy fuel oil, burned in power plant/SI U MJ 0.011962276 0.013154259 -0.00075707 -0.000434913

1775 Electricity, hydropower, at power plant/LU U MJ 0.011717819 0.012886662 -0.000742275 -0.000426568
1776 Electricity mix, SBB/CH U MJ 0.010317234 0.011949635 -0.001134711 -0.00049769
1777 Electricity, high voltage, SBB, at grid/CH U MJ 0.010215083 0.011831322 -0.001123477 -0.000492762
1778 coke oven gas/AU U MJ 0.009752312 0.01078854 -0.000497138 -0.00053909
1779 Electricity, production mix NORDEL/NORDEL U MJ 0.008824655 0.010501927 -0.001020719 -0.000656553
1780 Electricity, high voltage, production NORDEL, at grid/NORDEL U MJ 0.008737282 0.010397947 -0.001010613 -0.000650052
1781 Electricity, medium voltage, production NORDEL, at grid/NORDEL U MJ 0.008650774 0.010294997 -0.001000607 -0.000643616
1782 Electricity, industrial gas, at power plant/UCTE U MJ 0.008562692 0.009415993 -0.000541949 -0.000311352
1783 Wood chips, from industry, hardwood, burned in furnace 50kW/CH U MJ 0.008103466 0.008961785 -0.000544506 -0.000313813
1784 Natural gas, high pressure, at consumer/HU U MJ 0.007769594 0.008896682 -0.000675278 -0.00045181
1785 Electricity, at wind power plant/CH U MJ 0.007138278 0.007877072 -0.000475847 -0.000262947
1786 Electricity, medium voltage, at grid/IT U MJ 0.006302716 0.006931226 -0.000399302 -0.000229208
1787 Heavy fuel oil, burned in power plant/HU U MJ 0.006160007 0.006939189 -0.000475568 -0.000303615
1788 Hard coal, burned in power plant/CZ U MJ 0.006036822 0.006946551 -0.000545526 -0.000364203
1789 Electricity, lignite, at power plant/HU U MJ 0.005013708 0.005647895 -0.000387071 -0.000247116
1790 Electricity, oil, at power plant/SI U MJ 0.00478491 0.005261704 -0.000302828 -0.000173965
1791 Electricity, natural gas, at power plant/CENTREL U MJ 0.004549535 0.005209508 -0.000395413 -0.00026456
1792 Electricity, production mix CENTREL/CENTREL U MJ 0.004532696 0.008945621 -0.002323686 -0.002089239
1793 Electricity, at wind power plant 600kW/CH U MJ 0.004090233 0.004513562 -0.00027266 -0.000150668
1794 Natural gas, high pressure, at consumer/SK U MJ 0.003811499 0.00436441 -0.000331268 -0.000221643
1795 Electricity, production mix DK/DK U MJ 0.00355785 0.006573394 -0.001600524 -0.001415021
1796 Electricity, production mix NO/NO U MJ 0.003247399 0.003864785 -0.000375701 -0.000241685
1797 Natural gas, high pressure, at consumer/CZ U MJ 0.003078518 0.003525101 -0.000267563 -0.000179019
1798 Lignite, burned in power plant/PL U MJ 0.003067364 0.005548641 -0.001313343 -0.001167934
1799 Electricity, production mix PL/PL U MJ 0.002860551 0.005174531 -0.001224792 -0.001089188
1800 Electricity, at wind power plant 800kW/CH U MJ 0.002833896 0.003127197 -0.000188911 -0.00010439
1801 Electricity, high voltage, production CENTREL, at grid/CENTREL U MJ 0.002819749 0.003109235 -0.000185878 -0.000103608
1802 Electricity, medium voltage, production CENTREL, at grid/CENTREL U MJ 0.00279183 0.003078451 -0.000184038 -0.000102582
1803 Electricity, oil, at power plant/HU U MJ 0.002295655 0.002586033 -0.00017723 -0.000113148
1804 Hard coal, burned in power plant/NORDEL U MJ 0.002294192 0.008518874 -0.003237514 -0.002987168
1805 Electricity, hard coal, at power plant/CZ U MJ 0.001781357 0.002049802 -0.000160975 -0.00010747
1806 Electricity, production mix photovoltaic, at plant/CH U MJ 0.001075272 0.00121877 -0.000100128 -4.33699E-05
1807 Electricity, lignite, at power plant/PL U MJ 0.001072088 0.001939331 -0.000459032 -0.00040821
1808 Heavy fuel oil, burned in power plant/DK U MJ 0.000983889 0.001818193 -0.000442808 -0.000391497
1809 Electricity, hard coal, at power plant/NORDEL U MJ 0.000953706 0.003541333 -0.001345849 -0.001241779
1810 Electricity, medium voltage, at grid/BE U MJ 0.000942481 0.001036718 -5.98081E-05 -3.44288E-05
1811 Heat, softwood chips from industry, at furnace 300kW/CH U MJ 0.000814356 0.000910946 -5.70016E-05 -3.9588E-05
1812 Electricity, medium voltage, at grid/ES U MJ 0.000773961 0.0008513 -4.90861E-05 -2.82531E-05
1813 Electricity, hydropower, at power plant/CZ U MJ 0.000604896 0.000696051 -5.46623E-05 -3.64935E-05
1814 Heavy fuel oil, burned in power plant/CZ U MJ 0.000580416 0.00076024 -9.98478E-05 -7.99772E-05
1815 Electricity, production mix SK/SK U MJ 0.000499018 0.000980772 -0.000253728 -0.000228025
1816 Natural gas, burned in cogen 1MWe lean burn/RER U MJ 0.000398552 0.000474633 -7.02056E-05 -5.87555E-06
1817 Electricity, oil, at power plant/DK U MJ 0.000398425 0.000736276 -0.000179315 -0.000158536
1818 Electricity, medium voltage, at grid/AT U MJ 0.000348194 0.000383722 -2.27613E-05 -1.27667E-05
1819 Electricity, industrial gas, at power plant/CENTREL U MJ 0.000345599 0.000422099 -4.37168E-05 -3.27826E-05
1820 Electricity mix/CZ U MJ 0.000276326 0.000317963 -2.49678E-05 -1.6669E-05
1821 Electricity, high voltage, at grid/CZ U MJ 0.00027359 0.000314815 -2.47206E-05 -1.6504E-05
1822 Lignite briquettes, at plant/DE U MJ 0.000270286 0.00031196 -2.76134E-05 -1.40605E-05
1823 Electricity mix/GB U MJ 0.000258937 0.000291782 -1.99398E-05 -1.29057E-05
1824 Electricity, high voltage, at grid/GB U MJ 0.000256373 0.000288893 -1.97424E-05 -1.27779E-05
1825 Electricity, medium voltage, at grid/GB U MJ 0.000251294 0.00028317 -1.93512E-05 -1.25248E-05
1826 Natural gas, high pressure, at consumer/GB U MJ 0.000230161 0.000259357 -1.77239E-05 -1.14715E-05
1827 Natural gas, burned in power plant/GB U MJ 0.000230161 0.000259357 -1.77239E-05 -1.14715E-05
1828 Electricity, hydropower, at pumped storage power plant/CZ U MJ 0.00019076 0.000219507 -1.72384E-05 -1.15086E-05
1829 Electricity, at wind power plant Grenchenberg 150kW/CH U MJ 0.00016418 0.000181173 -1.09445E-05 -6.04777E-06
1830 Electricity, oil, at power plant/CZ U MJ 0.000158295 0.000207338 -2.72312E-05 -2.1812E-05
1831 Lignite, burned in power plant/SK U MJ 0.000155355 0.000305121 -7.88813E-05 -7.08854E-05
1832 Wood chips, from industry, hardwood, burned in furnace 300kW/CH U MJ 0.000142568 0.000157569 -9.4235E-06 -5.57773E-06
1833 Hard coal, burned in power plant/SK U MJ 0.00014209 0.000279069 -7.21462E-05 -6.4833E-05
1834 Electricity, natural gas, at power plant/GB U MJ 9.99495E-05 0.000112628 -7.69675E-06 -4.9816E-06
1835 Electricity, hydropower, at power plant/HU U MJ 9.89886E-05 0.00011151 -7.64217E-06 -4.87895E-06
1836 Lignite briquette, burned in stove 5-15kW/RER U MJ 8.28625E-05 9.16085E-05 -5.06643E-06 -3.67951E-06
1837 Electricity, hydropower, at power plant/SK U MJ 8.12947E-05 0.000159665 -4.12774E-05 -3.70933E-05
1838 Electricity mix/PL U MJ 6.20229E-05 0.000112195 -2.65561E-05 -2.36159E-05
1839 Electricity, high voltage, at grid/PL U MJ 6.14088E-05 0.000111084 -2.62932E-05 -2.33821E-05
1840 Electricity, hard coal, at power plant/SK U MJ 5.45335E-05 0.000107105 -2.76894E-05 -2.48826E-05
1841 Electricity, at wind power plant Simplon 30kW/CH U MJ 4.99679E-05 5.51395E-05 -3.33093E-06 -1.84063E-06
1842 Electricity, hydropower, at power plant/PL U MJ 4.4989E-05 8.13819E-05 -1.92628E-05 -1.71301E-05
1843 Natural gas, burned in boiler atm. low-NOx condensing non-modulating <100kW MJ 4.40435E-05 4.99266E-05 -4.10598E-06 -1.77713E-06
1844 Electricity, hydropower, at pumped storage power plant/PL U MJ 4.29432E-05 7.76812E-05 -1.83869E-05 -1.63511E-05
1845 Electricity, lignite, at power plant/SK U MJ 3.58511E-05 7.04126E-05 -1.82034E-05 -1.63582E-05
1846 Heavy fuel oil, burned in power plant/GB U MJ 1.43192E-05 1.61355E-05 -1.10267E-06 -7.13685E-07
1847 Heavy fuel oil, burned in power plant/SK U MJ 9.17968E-06 1.80292E-05 -4.66099E-06 -4.18852E-06
1848 Electricity mix/SK U MJ 7.21788E-06 1.33416E-05 -3.23605E-06 -2.88769E-06
1849 Electricity, high voltage, at grid/SK U MJ 7.14641E-06 1.32095E-05 -3.20401E-06 -2.8591E-06
1850 Electricity, hydropower, at pumped storage power plant/SK U MJ 4.29196E-06 8.42955E-06 -2.17925E-06 -1.95834E-06
1851 Electricity, oil, at power plant/GB U MJ 4.0912E-06 4.61016E-06 -3.15049E-07 -2.0391E-07
1852 Electricity, hydropower, at power plant/GB U MJ 3.49564E-06 3.93906E-06 -2.69187E-07 -1.74227E-07
1853 Electricity, oil, at power plant/SK U MJ 3.27196E-06 6.42625E-06 -1.66134E-06 -1.49294E-06
1854 Electricity, hydropower, at power plant/DK U MJ 3.12337E-06 5.77188E-06 -1.4057E-06 -1.24281E-06
1855 Electricity mix/HU U MJ 2.1986E-06 2.51754E-06 -1.91087E-07 -1.27851E-07
1856 Electricity, high voltage, at grid/HU U MJ 2.17684E-06 2.49262E-06 -1.89195E-07 -1.26585E-07
1857 Electricity, medium voltage, at grid/HU U MJ 2.13415E-06 2.44374E-06 -1.85485E-07 -1.24103E-07
1858 Electricity, hydropower, at pumped storage power plant/GB U MJ 1.79443E-06 2.02205E-06 -1.38183E-07 -8.94365E-08
1859 Electricity, medium voltage, at grid/SK U MJ 9.98918E-07 1.14382E-06 -8.68188E-08 -5.80882E-08
1860 Light fuel oil, burned in boiler 100kW condensing, non-modulating/CH U MJ 9.58218E-07 1.063E-06 -6.56901E-08 -3.90932E-08
1861 Heat, light fuel oil, at boiler 100kW condensing, non-modulating/CH U MJ 9.58218E-07 1.063E-06 -6.56901E-08 -3.90932E-08
1862 Electricity, medium voltage, at grid/CZ U MJ 7.94627E-07 9.09899E-07 -6.90633E-08 -4.62084E-08
1863 Natural gas, burned in gas turbine/DE U MJ 6.5023E-09 9.02409E-09 -1.58394E-09 -9.37854E-10
1864 Heat industrial furnace lowS CH U -- MJ -6.70291E-13 -1.4122E-22 -4.18932E-13 -2.51359E-13
1865 Heat industrial coal furnace 1-10MW U -- MJ -6.70291E-13 -1.4122E-22 -4.18932E-13 -2.51359E-13
1866 Output gas turbine CH U -- MJ -9.8416E-13 -2.07348E-22 -6.151E-13 -3.6906E-13
1867 Heat industrial furnace lowNOx >100KW U -- MJ -3.89331E-12 -8.20261E-22 -2.43332E-12 -1.45999E-12
1868 Electricity HV use in CH U -- MJ -4.33482E-12 -9.13281E-22 -2.70926E-12 -1.62556E-12
1869 Electricity, high voltage, Queensland averageAU U - MJ -2.26269E-11 1.21938E-10 -7.01052E-11 -7.44593E-11
1870 Queensland average electricity mix, high voltage/AU U - MJ -2.34692E-11 1.22381E-10 -7.12012E-11 -7.46488E-11
1871 Western Australian average electricity mix, high voltage/AU U -- MJ -2.48231E-10 9.66962E-10 -5.8428E-10 -6.30913E-10
1872 Electricity, high voltage, Western Australian average/AU U - MJ -2.65819E-10 9.59423E-10 -5.86892E-10 -6.3835E-10
1873 Natural gas boiler blast burner <100KW U -- MJ -4.88007E-10 -1.02816E-19 -3.05004E-10 -1.83003E-10
1874 Infra boiler U - MJ -4.88007E-10 -1.02816E-19 -3.05004E-10 -1.83003E-10
1875 Natural gas LP user CH U -- MJ -4.88007E-10 -1.02816E-19 -3.05004E-10 -1.83003E-10
1876 Infra natural gas LP user CH U - MJ -4.88007E-10 -1.02816E-19 -3.05004E-10 -1.83003E-10
1877 Infra natural gas HP user CH U - MJ -4.92078E-10 -1.03674E-19 -3.07549E-10 -1.8453E-10
1878 Natural gas HP user in CH U -- MJ -4.9208E-10 -1.03674E-19 -3.0755E-10 -1.8453E-10
1879 Natural gas furnace lowNOx >100KW Europe U -- MJ -5.98973E-09 -1.26195E-18 -3.74358E-09 -2.24615E-09
1880 Fuel oil lowS in boiler 10kW U -- MJ -6.73697E-09 -1.41938E-18 -4.2106E-09 -2.52636E-09
1881 Electricity nuclear BWR UCPTE U -- MJ -3.14477E-08 -6.62556E-18 -1.96548E-08 -1.17929E-08
1882 Electricity oil L U -- MJ -3.73726E-08 -7.87384E-18 -2.33579E-08 -1.40147E-08
1883 Pumping storage hydropower Ex-Ju U -- MJ -4.55293E-08 -9.59234E-18 -2.84558E-08 -1.70735E-08
1884 Electricity oil UCPTE U -- MJ -4.61233E-08 -9.71748E-18 -2.88271E-08 -1.72962E-08
1885 Electricity hydropower in L U -- MJ -4.84971E-08 -1.02176E-17 -3.03107E-08 -1.81864E-08
1886 Electricity HV use in Ex-Ju + imports U -- MJ -6.51069E-08 -1.37171E-17 -4.06918E-08 -2.44151E-08
1887 Electricity mix Ex-Ju + imports U -- MJ -6.54976E-08 -1.37994E-17 -4.0936E-08 -2.45616E-08
1888 Electricity, medium voltage, at grid/SE U MJ -6.93992E-08 7.20623E-08 -7.18995E-08 -6.9562E-08
1889 Electricity, high voltage, at grid/SE U MJ -7.00932E-08 7.2783E-08 -7.26185E-08 -7.02577E-08
1890 Electricity mix/SE U MJ -7.07941E-08 7.35108E-08 -7.33447E-08 -7.09602E-08
1891 Pumping storage hydropower Gr U -- MJ -9.56662E-08 -2.01554E-17 -5.97914E-08 -3.58748E-08
1892 Pumping storage hydropower P U -- MJ -9.5768E-08 -2.01769E-17 -5.9855E-08 -3.5913E-08
1893 Electricity lignite power plant in UCPTE U -- MJ -1.23105E-07 -2.59365E-17 -7.69409E-08 -4.61645E-08

1894 Electricity HV use in Gr + imports U -- MJ -1.36803E-07 -2.88223E-17 -8.55016E-08 -5.1301E-08
1895 Electricity HV use in P + imports U -- MJ -1.36948E-07 -2.8853E-17 -8.55927E-08 -5.13556E-08
1896 Electricity mix Gr + imports U -- MJ -1.37623E-07 -2.89952E-17 -8.60147E-08 -5.16088E-08
1897 Electricity mix P + imports U -- MJ -1.3777E-07 -2.90261E-17 -8.61062E-08 -5.16637E-08
1898 Electricity hydropower in B U -- MJ -1.64383E-07 -3.4633E-17 -1.02739E-07 -6.16436E-08
1899 Electricity coal power plant in Ex-Ju U -- MJ -1.73595E-07 -3.6574E-17 -1.08497E-07 -6.50983E-08
1900 Fuel oil lowS boiler 100kW U -- MJ -1.96532E-07 -4.14063E-17 -1.22832E-07 -7.36995E-08
1901 Infra electricity LV use CH U - MJ -2.1093E-07 -4.44397E-17 -1.31831E-07 -7.90987E-08
1902 Electricity LV use in CH U -- MJ -2.1093E-07 -4.44397E-17 -1.31831E-07 -7.90987E-08
1903 Infra pumping storage hydropower CH U - MJ -2.53048E-07 -5.33134E-17 -1.58155E-07 -9.48929E-08
1904 Pumping storage hydropower CH U -- MJ -2.53048E-07 -5.33134E-17 -1.58155E-07 -9.48929E-08
1905 Electricity gas power plant in E U -- MJ -2.74611E-07 -5.78564E-17 -1.71632E-07 -1.02979E-07
1906 Electricity nuclear PWR UCPTE U -- MJ -2.83029E-07 -5.963E-17 -1.76893E-07 -1.06136E-07
1907 Electricity nuclear power plant UCPTE U -- MJ -3.14477E-07 -6.62556E-17 -1.96548E-07 -1.17929E-07
1908 Electricity oil CH U -- MJ -3.37156E-07 -7.10337E-17 -2.10722E-07 -1.26433E-07
1909 Electricity gas power plant in L U -- MJ -3.48405E-07 -7.34038E-17 -2.17753E-07 -1.30652E-07
1910 Electricity HV use in CH + imports U -- MJ -3.61858E-07 -7.62381E-17 -2.26161E-07 -1.35697E-07
1911 Infra electricity HV use CH U - MJ -3.61863E-07 -7.6239E-17 -2.26164E-07 -1.35699E-07
1912 Pumping storage hydropower B U -- MJ -3.62435E-07 -7.63596E-17 -2.26522E-07 -1.35913E-07
1913 Electricity mix CH + imports U -- MJ -3.6403E-07 -7.66956E-17 -2.27518E-07 -1.36511E-07
1914 Infra electricity MV use CH U - MJ -3.78175E-07 -7.96758E-17 -2.36359E-07 -1.41816E-07
1915 Electricity MV use in CH U -- MJ -3.78175E-07 -7.96758E-17 -2.36359E-07 -1.41816E-07
1916 Output gasmotor TJin U -- MJ -3.79279E-07 -7.99085E-17 -2.3705E-07 -1.4223E-07
1917 Pumping storage hydropower L U -- MJ -3.89854E-07 -8.21364E-17 -2.43659E-07 -1.46195E-07
1918 Diesel in generator production U -- MJ -4.04773E-07 -8.52795E-17 -2.52983E-07 -1.5179E-07
1919 Wood chip furnace 300kW U -- MJ -4.37733E-07 -9.22237E-17 -2.73583E-07 -1.6415E-07
1920 Electricity gas power plant in UCPTE U -- MJ -4.73951E-07 -9.98543E-17 -2.96219E-07 -1.77732E-07
1921 Natural gas HP user in E U -- MJ -4.77823E-07 -1.0067E-16 -2.98639E-07 -1.79184E-07
1922 Infra natural gas HP user E U - MJ -4.77823E-07 -1.0067E-16 -2.98639E-07 -1.79184E-07
1923 Electricity gas power plant in Ex-Ju U -- MJ -4.966E-07 -1.04626E-16 -3.10375E-07 -1.86225E-07
1924 Electricity HV use in B + imports U -- MJ -5.18282E-07 -1.09194E-16 -3.23926E-07 -1.94356E-07
1925 Electricity mix B + imports U -- MJ -5.21392E-07 -1.09849E-16 -3.2587E-07 -1.95522E-07
1926 Pumping storage hydropower E U -- MJ -5.4843E-07 -1.15546E-16 -3.42769E-07 -2.05661E-07
1927 Electricity HV use in L + imports U -- MJ -5.57492E-07 -1.17455E-16 -3.48432E-07 -2.09059E-07
1928 Electricity, medium voltage, at grid/FI U MJ -5.58764E-07 5.80206E-07 -5.78895E-07 -5.60075E-07
1929 Electricity mix L + imports U -- MJ -5.60836E-07 -1.1816E-16 -3.50523E-07 -2.10314E-07
1930 Electricity, high voltage, at grid/FI U MJ -5.64351E-07 5.86008E-07 -5.84684E-07 -5.65675E-07
1931 Electricity mix/FI U MJ -5.69995E-07 5.91868E-07 -5.9053E-07 -5.71332E-07
1932 Pumping storage hydropower A U -- MJ -5.77636E-07 -1.21699E-16 -3.61022E-07 -2.16613E-07
1933 Coal power plant in Ex-Ju U -- MJ -5.78594E-07 -1.21901E-16 -3.61621E-07 -2.16973E-07
1934 Electricity, medium voltage, at grid/DK U MJ -5.89893E-07 6.1253E-07 -6.11146E-07 -5.91277E-07
1935 Electricity, high voltage, at grid/DK U MJ -5.95792E-07 6.18655E-07 -6.17257E-07 -5.9719E-07
1936 Electricity mix/DK U MJ -6.0175E-07 6.24842E-07 -6.2343E-07 -6.03162E-07
1937 Heat industrial furnace S Europe U -- MJ -6.12557E-07 -1.29056E-16 -3.82848E-07 -2.29709E-07
1938 Electricity oil B U -- MJ -6.26411E-07 -1.31975E-16 -3.91507E-07 -2.34904E-07
1939 Electricity hydropower in NL U -- MJ -6.93038E-07 -1.46013E-16 -4.33149E-07 -2.59889E-07
1940 Electricity mix L U -- MJ -7.55445E-07 -1.59161E-16 -4.72153E-07 -2.83292E-07
1941 Electricity HV use in E + imports U -- MJ -7.84255E-07 -1.65231E-16 -4.9016E-07 -2.94096E-07
1942 Electricity mix E + imports U -- MJ -7.88961E-07 -1.66222E-16 -4.93101E-07 -2.9586E-07
1943 Electricity lignite power plant in A U -- MJ -7.94822E-07 -1.67457E-16 -4.96764E-07 -2.98058E-07
1944 Electricity HV use in A + imports U -- MJ -8.26019E-07 -1.7403E-16 -5.16262E-07 -3.09757E-07
1945 Electricity mix A + imports U -- MJ -8.30976E-07 -1.75074E-16 -5.1936E-07 -3.11616E-07
1946 Output gas turbine N U -- MJ -9.49035E-07 -1.99947E-16 -5.93147E-07 -3.55888E-07
1947 Output Gasmotor N U -- MJ -9.81992E-07 -2.06891E-16 -6.13745E-07 -3.68247E-07
1948 Output Gasmotor D U -- MJ -1.0282E-06 -2.16627E-16 -6.42626E-07 -3.85575E-07
1949 Electricity lignite power plant in F U -- MJ -1.0418E-06 -2.19492E-16 -6.51126E-07 -3.90675E-07
1950 Output gas turbine D U -- MJ -1.11162E-06 -2.34202E-16 -6.94765E-07 -4.16859E-07
1951 Electricity hydropower in Gr U -- MJ -1.11569E-06 -2.3506E-16 -6.97308E-07 -4.18385E-07
1952 Electricity oil Ex-Ju U -- MJ -1.13875E-06 -2.39918E-16 -7.11722E-07 -4.27033E-07
1953 Electricity oil A U -- MJ -1.17953E-06 -2.4851E-16 -7.37208E-07 -4.42325E-07
1954 Output gas turbine Alg. U -- MJ -1.34643E-06 -2.83673E-16 -8.41519E-07 -5.04912E-07
1955 Electricity oil NL U -- MJ -1.42168E-06 -2.99527E-16 -8.88552E-07 -5.33131E-07
1956 Electricity coal power plant in A U -- MJ -1.50951E-06 -3.18032E-16 -9.43445E-07 -5.66067E-07
1957 Pumping storage hydropower I U -- MJ -1.51888E-06 -3.20006E-16 -9.49301E-07 -5.69581E-07
1958 Pumping storage hydropower W-D U -- MJ -1.58926E-06 -3.34834E-16 -9.93289E-07 -5.95973E-07
1959 Electricity lignite power plant in Ex-Ju U -- MJ -1.78747E-06 -3.76593E-16 -1.11717E-06 -6.70301E-07
1960 Electricity coal power plant UCPTE U -- MJ -2.01243E-06 -4.23988E-16 -1.25777E-06 -7.5466E-07
1961 Electricity MV use in aluminium industry U MJ -2.05944E-06 -4.33894E-16 -1.28715E-06 -7.72291E-07
1962 Pumping storage hydropower F U -- MJ -2.07468E-06 -4.37104E-16 -1.29667E-06 -7.78004E-07
1963 Electricity mix for aluminium U -- MJ -2.09651E-06 -4.41704E-16 -1.31032E-06 -7.86192E-07
1964 Electricity HV use in I + imports U -- MJ -2.172E-06 -4.57608E-16 -1.3575E-06 -8.145E-07
1965 Electricity mix I + imports U -- MJ -2.18503E-06 -4.60354E-16 -1.36565E-06 -8.19387E-07
1966 Electricity HV use in W-D + imports U -- MJ -2.27264E-06 -4.78812E-16 -1.4204E-06 -8.52242E-07
1967 Lignite power plant in A U -- MJ -2.28432E-06 -4.81271E-16 -1.4277E-06 -8.56619E-07
1968 Electricity mix W-D + imports U -- MJ -2.28628E-06 -4.81685E-16 -1.42893E-06 -8.57355E-07
1969 Output gas turbine GUS U -- MJ -2.3022E-06 -4.85038E-16 -1.43887E-06 -8.63323E-07
1970 Output Gasmotor GUS U -- MJ -2.40433E-06 -5.06557E-16 -1.50271E-06 -9.01624E-07
1971 Output Gasmotor NL U -- MJ -2.66527E-06 -5.61533E-16 -1.6658E-06 -9.99478E-07
1972 Natural gas HP user in F U -- MJ -2.82697E-06 -5.95599E-16 -1.76685E-06 -1.06011E-06
1973 Infra natural gas HP user F U - MJ -2.82697E-06 -5.95599E-16 -1.76685E-06 -1.06011E-06
1974 Electricity HV use in F + imports U -- MJ -2.96679E-06 -6.25058E-16 -1.85424E-06 -1.11255E-06
1975 Electricity mix F + imports U -- MJ -2.98459E-06 -6.28808E-16 -1.86537E-06 -1.11922E-06
1976 Electricity hydropower in UCPTE U -- MJ -3.09473E-06 -6.52014E-16 -1.93421E-06 -1.16052E-06
1977 Infra industrial coal furnace 1-10MW U - MJ -3.327E-06 -7.00948E-16 -2.07937E-06 -1.24762E-06
1978 Industrial coal furnace 1-10MW U -- MJ -3.327E-06 -7.00948E-16 -2.07937E-06 -1.24762E-06
1979 Electricity oil F U -- MJ -3.33013E-06 -7.01609E-16 -2.08133E-06 -1.2488E-06
1980 Electricity oil Gr U -- MJ -3.38164E-06 -7.12462E-16 -2.11353E-06 -1.26812E-06
1981 Electricity hydropower in Ex-Ju U -- MJ -3.515E-06 -7.40558E-16 -2.19688E-06 -1.31813E-06
1982 Lignite power plant in F U -- MJ -3.66818E-06 -7.72831E-16 -2.29261E-06 -1.37557E-06
1983 Electricity oil E U -- MJ -3.77142E-06 -7.94583E-16 -2.35714E-06 -1.41428E-06
1984 Electricity gas power plant in F U -- MJ -3.96489E-06 -8.35343E-16 -2.47806E-06 -1.48683E-06
1985 Electricity hydropower in P U -- MJ -3.96868E-06 -8.36141E-16 -2.48042E-06 -1.48825E-06
1986 Electricity gas power plant in A U -- MJ -4.02333E-06 -8.47656E-16 -2.51458E-06 -1.50875E-06
1987 Coal power plant in A U -- MJ -4.06814E-06 -8.57095E-16 -2.54259E-06 -1.52555E-06
1988 Output gas turbine NL U -- MJ -4.37965E-06 -9.22727E-16 -2.73728E-06 -1.64237E-06
1989 Electricity gas power plant in B U -- MJ -4.54113E-06 -9.56749E-16 -2.83821E-06 -1.70293E-06
1990 Electricity oil W-D U -- MJ -4.54303E-06 -9.57147E-16 -2.83939E-06 -1.70363E-06
1991 Electricity oil P U -- MJ -4.65542E-06 -9.80827E-16 -2.90964E-06 -1.74578E-06
1992 Electricity coal power plant in P U -- MJ -4.69234E-06 -9.88605E-16 -2.93271E-06 -1.75963E-06
1993 Electricity nuclear BWR CH U -- MJ -4.81358E-06 -1.01415E-15 -3.00849E-06 -1.80509E-06
1994 Electricity nuclear BWR other UCPTE U -- MJ -5.19805E-06 -1.09515E-15 -3.24878E-06 -1.94927E-06
1995 Electricity lignite power plant in E U -- MJ -5.55903E-06 -1.1712E-15 -3.4744E-06 -2.08464E-06
1996 Electricity nuclear PWR CH U -- MJ -5.88277E-06 -1.23941E-15 -3.67673E-06 -2.20604E-06
1997 Output gas turbine pipeline UCPTE U -- MJ -6.07382E-06 -1.27966E-15 -3.79614E-06 -2.27768E-06
1998 Lignite power plant in Ex-Ju U -- MJ -6.62079E-06 -1.3949E-15 -4.13799E-06 -2.4828E-06
1999 Infra pumping storage hydropower UCPTE U - MJ -7.29814E-06 -1.53761E-15 -4.56134E-06 -2.7368E-06
2000 Infra flow through hydropower CH U -- MJ -7.33929E-06 -1.54628E-15 -4.58706E-06 -2.75224E-06
2001 Flow through hydropower CH U -- MJ -7.33929E-06 -1.54628E-15 -4.58706E-06 -2.75224E-06
2002 Electricity coal power plant in B U -- MJ -7.93022E-06 -1.67078E-15 -4.95639E-06 -2.97383E-06
2003 Electricity hydropower in W-D U -- MJ -8.85243E-06 -1.86507E-15 -5.53277E-06 -3.31966E-06
2004 Natural gas HP user in B U -- MJ -8.94603E-06 -1.88479E-15 -5.59127E-06 -3.35476E-06
2005 Infra natural gas HP user B U - MJ -8.94603E-06 -1.88479E-15 -5.59127E-06 -3.35476E-06
2006 Electricity mix Ex-Ju U -- MJ -9.04691E-06 -1.90605E-15 -5.65432E-06 -3.39259E-06
2007 Reservoir hydro power plant in CH U -- MJ -9.68923E-06 -2.04138E-15 -6.05577E-06 -3.63346E-06
2008 Infra reservoir hydro power plant CH U - MJ -9.68923E-06 -2.04138E-15 -6.05577E-06 -3.63346E-06
2009 Natural gas HP user in A U -- MJ -1.00583E-05 -2.11914E-15 -6.28646E-06 -3.77187E-06
2010 Infra natural gas HP user A U - MJ -1.00583E-05 -2.11914E-15 -6.28646E-06 -3.77187E-06
2011 Electricity coal power plant in I U -- MJ -1.06611E-05 -2.24613E-15 -6.66318E-06 -3.99791E-06
2012 Electricity nuclear power plant in CH U -- MJ -1.06857E-05 -2.25131E-15 -6.67854E-06 -4.00712E-06

2013 Fuel oil lowS in boiler 1MW U -- MJ -1.07339E-05 -2.26147E-15 -6.70869E-06 -4.02522E-06
2014 Electricity hydropower in E U -- MJ -1.0759E-05 -2.26676E-15 -6.72437E-06 -4.03462E-06
2015 Electricity coal power plant in NL U -- MJ -1.11658E-05 -2.35246E-15 -6.97861E-06 -4.18717E-06
2016 Electricity lignite power plant in Gr U -- MJ -1.12882E-05 -2.37826E-15 -7.05514E-06 -4.23308E-06
2017 Electricity coal power plant in F U -- MJ -1.24107E-05 -2.61474E-15 -7.75666E-06 -4.65399E-06
2018 Coal power plant in P U -- MJ -1.2613E-05 -2.65737E-15 -7.88313E-06 -4.72988E-06
2019 Electricity mix P U -- MJ -1.35572E-05 -2.85629E-15 -8.47322E-06 -5.08393E-06
2020 Electricity mix Gr U -- MJ -1.58067E-05 -3.33024E-15 -9.87921E-06 -5.92753E-06
2021 Electricity hydropower in A U -- MJ -1.60229E-05 -3.37579E-15 -1.00143E-05 -6.00859E-06
2022 Output gas turbine pipeline D U -- MJ -1.64657E-05 -3.46908E-15 -1.02911E-05 -6.17465E-06
2023 Electricity hydropower in CH U -- MJ -1.70285E-05 -3.58765E-15 -1.06428E-05 -6.3857E-06
2024 Lignite power plant in E U -- MJ -1.8406E-05 -3.87786E-15 -1.15037E-05 -6.90224E-06
2025 Electricity gas power plant in I U -- MJ -1.8968E-05 -3.99627E-15 -1.1855E-05 -7.113E-06
2026 Electricity nuclear BWR D U -- MJ -1.91508E-05 -4.0348E-15 -1.19693E-05 -7.18157E-06
2027 Electricity gas power plant in NL U -- MJ -2.00704E-05 -4.22852E-15 -1.2544E-05 -7.52638E-06
2028 Electricity hydropower in I U -- MJ -2.075E-05 -4.37172E-15 -1.29688E-05 -7.78126E-06
2029 Electricity HV use in UCPTE U -- MJ -2.11808E-05 -4.46247E-15 -1.3238E-05 -7.94278E-06
2030 Electricity gas power plant in W-D U -- MJ -2.14547E-05 -4.52019E-15 -1.34092E-05 -8.04552E-06
2031 Output gas turbine TJin U -- MJ -2.15978E-05 -4.55034E-15 -1.34987E-05 -8.09919E-06
2032 Coal power plant in B U -- MJ -2.20302E-05 -4.64142E-15 -1.37688E-05 -8.26131E-06
2033 Electricity coal power plant in E U -- MJ -2.28307E-05 -4.81009E-15 -1.42692E-05 -8.56152E-06
2034 Electricity mix A U -- MJ -2.33757E-05 -4.92491E-15 -1.46098E-05 -8.76588E-06
2035 Diesel in building equipment U -- MJ -2.57699E-05 -5.42934E-15 -1.61062E-05 -9.66373E-06
2036 Electricity mix CH U -- MJ -2.79142E-05 -5.8811E-15 -1.74464E-05 -1.04678E-05
2037 Coal power plant in I U -- MJ -2.91261E-05 -6.13643E-15 -1.82038E-05 -1.09223E-05
2038 Coal power plant in NL U -- MJ -2.91538E-05 -6.14228E-15 -1.82211E-05 -1.09327E-05
2039 Output gas turbine pipeline N U -- MJ -2.94274E-05 -6.1999E-15 -1.83921E-05 -1.10353E-05
2040 Natural gas HP user in I U -- MJ -2.99695E-05 -6.31411E-15 -1.87309E-05 -1.12385E-05
2041 Infra natural gas HP user I U - MJ -2.99695E-05 -6.31411E-15 -1.87309E-05 -1.12385E-05
2042 Electricity hydropower in F U -- MJ -3.01661E-05 -6.35555E-15 -1.88538E-05 -1.13123E-05
2043 Output gas turbine pipeline Alg U -- MJ -3.02503E-05 -6.37328E-15 -1.89064E-05 -1.13439E-05
2044 Infra electricity HV use UCPTE U - MJ -3.16171E-05 -6.66125E-15 -1.97607E-05 -1.18564E-05
2045 Electricity mix B U -- MJ -3.24699E-05 -6.84092E-15 -2.02937E-05 -1.21762E-05
2046 Electricity mix NL U -- MJ -3.46519E-05 -7.30064E-15 -2.16574E-05 -1.29945E-05
2047 Coal power plant in F U -- MJ -3.56682E-05 -7.51476E-15 -2.22926E-05 -1.33756E-05
2048 Lignite power plant in Gr U -- MJ -3.62916E-05 -7.6461E-15 -2.26823E-05 -1.36094E-05
2049 Natural gas HP user in D U -- MJ -4.0764E-05 -8.58835E-15 -2.54775E-05 -1.52865E-05
2050 Infra natural gas HP user D U - MJ -4.0764E-05 -8.58835E-15 -2.54775E-05 -1.52865E-05
2051 Output gas turbine pipeline NL U -- MJ -4.2682E-05 -8.99245E-15 -2.66762E-05 -1.60057E-05
2052 Electricity nuclear PWR other UCPTE U -- MJ -4.30586E-05 -9.07181E-15 -2.69116E-05 -1.6147E-05
2053 Reservoir hydro power plant in UCPTE U -- MJ -4.47294E-05 -9.42382E-15 -2.79559E-05 -1.67735E-05
2054 Infra reservoir hydro power plant UCPTE U - MJ -4.47294E-05 -9.42382E-15 -2.79559E-05 -1.67735E-05
2055 Natural gas HP user in NL U -- MJ -4.69646E-05 -9.89474E-15 -2.93529E-05 -1.76117E-05
2056 Infra natural gas HP user NL U - MJ -4.69646E-05 -9.89474E-15 -2.93529E-05 -1.76117E-05
2057 Electricity nuclear PWR D U -- MJ -4.92467E-05 -1.03755E-14 -3.07792E-05 -1.84675E-05
2058 Electricity oil I U -- MJ -4.9633E-05 -1.04569E-14 -3.10206E-05 -1.86124E-05
2059 Infra coal cokes U - MJ -5.12875E-05 -1.08055E-14 -3.20547E-05 -1.92328E-05
2060 Coal cokes U -- MJ -5.12875E-05 -1.08055E-14 -3.20547E-05 -1.92328E-05
2061 Electricity, peat, at power plant/NORDEL U MJ -5.1307E-05 0.000113548 -8.45079E-05 -8.03475E-05
2062 Infra flow through hydropower UCPTE U - MJ -5.44211E-05 -1.14657E-14 -3.40132E-05 -2.04079E-05
2063 Flow through hydropower UCPTE U -- MJ -5.44211E-05 -1.14657E-14 -3.40132E-05 -2.04079E-05
2064 Electricity lignite power plant in D U -- MJ -5.91059E-05 -1.24527E-14 -3.69412E-05 -2.21647E-05
2065 Coal power plant in E U -- MJ -6.18712E-05 -1.30353E-14 -3.86695E-05 -2.32017E-05
2066 Electricity coal power plant in D U -- MJ -6.40884E-05 -1.35025E-14 -4.00552E-05 -2.40331E-05
2067 Diesel in diesel generator offshore U -- MJ -6.52637E-05 -1.37501E-14 -4.07898E-05 -2.44739E-05
2068 Electricity mix E U -- MJ -6.77648E-05 -1.4277E-14 -4.2353E-05 -2.54118E-05
2069 Electricity nuclear power plant in D U -- MJ -6.83195E-05 -1.43939E-14 -4.26997E-05 -2.56198E-05
2070 Infra fuel gas power plant U - MJ -7.4142E-05 -1.56206E-14 -4.63388E-05 -2.78033E-05
2071 Petroleum gas in gas turbine offshore U -- MJ -7.67258E-05 -1.6165E-14 -4.79536E-05 -2.87722E-05
2072 Diesel in diesel generator onshore U -- MJ -8.86908E-05 -1.86858E-14 -5.54318E-05 -3.32591E-05
2073 Petroleum gas in gas turbine onshore U -- MJ -9.53249E-05 -2.00835E-14 -5.9578E-05 -3.57468E-05
2074 Electricity mix I U -- MJ -9.93651E-05 -2.09347E-14 -6.21032E-05 -3.72619E-05
2075 Electricity, oil, at power plant/SE U MJ -0.000110821 7.10718E-05 -9.2281E-05 -8.96116E-05
2076 Output Gasmotor Alg. U -- MJ -0.000118086 -2.48789E-14 -7.38037E-05 -4.42822E-05
2077 Infra output gasmotor U - MJ -0.000125545 -2.64505E-14 -7.84657E-05 -4.70794E-05
2078 Electricity, oil, at power plant/FI U MJ -0.000134404 5.2791E-05 -9.46501E-05 -9.2545E-05
2079 Electricity, hydropower, at reservoir power plant/FI U MJ -0.000144195 0.000340168 -0.00024841 -0.000235954
2080 Peat, burned in power plant/NORDEL U MJ -0.000146795 0.000324875 -0.000241787 -0.000229883
2081 Electricity nuclear power plant in F (PWR) U -- MJ -0.000161777 -3.40839E-14 -0.00010111 -6.06662E-05
2082 Coal power plant in D U -- MJ -0.000184703 -3.89141E-14 -0.000115439 -6.92635E-05
2083 Infra electricity LV use UCPTE U - MJ -0.000186154 -3.92199E-14 -0.000116346 -6.98078E-05
2084 Electricity LV use UCPTE U -- MJ -0.000186154 -3.92199E-14 -0.000116346 -6.98078E-05
2085 Lignite power plant in D U -- MJ -0.000191267 -4.0297E-14 -0.000119542 -7.17249E-05
2086 Electricity, hydropower, at power plant/FI U MJ -0.00019226 0.000453558 -0.000331213 -0.000314605
2087 Electricity mix F U -- MJ -0.00020508 -4.32073E-14 -0.000128175 -7.69051E-05
2088 Heavy fuel oil, burned in power plant/SE U MJ -0.000207789 0.00013326 -0.000173027 -0.000168022
2089 Heavy fuel oil, burned in power plant/FI U MJ -0.000218033 8.56388E-05 -0.000153543 -0.000150128
2090 Electricity mix W-D U -- MJ -0.000224816 -4.73654E-14 -0.00014051 -8.43062E-05
2091 Infra lignite power plant U - MJ -0.000258537 -5.447E-14 -0.000161586 -9.69515E-05
2092 Natural gas, high pressure, at consumer/SE U MJ -0.000297493 0.000308909 -0.000308211 -0.000298191
2093 Infra coal power plant U - MJ -0.000379812 -8.00207E-14 -0.000237382 -0.000142429
2094 Output gas turbine pipeline GUS U -- MJ -0.000431954 -9.10062E-14 -0.000269971 -0.000161983
2095 Electricity MV use in UCPTE U -- MJ -0.000510268 -1.07506E-13 -0.000318918 -0.000191351
2096 Infra electricity MV use UCPTE U - MJ -0.000512328 -1.0794E-13 -0.000320205 -0.000192123
2097 Infra output gas turbine U - MJ -0.00058854 -1.23997E-13 -0.000367837 -0.000220702
2098 Heat, light fuel oil, at boiler 100kW, non-modulating/CH U MJ -0.0007082 3.28298E-05 -0.000690104 -5.09266E-05
2099 Electricity mix UCPTE U -- MJ -0.000752702 -1.58583E-13 -0.000470439 -0.000282263
2100 Electricity, production mix FI/FI U MJ -0.000893757 0.002109076 -0.001540031 -0.001462802
2101 Electricity, industrial gas, at power plant/NORDEL U MJ -0.001595059 0.000236609 -0.000921296 -0.000910371
2102 Natural gas furnace >100kW Europe U -- MJ -0.001669257 -3.51687E-13 -0.001043285 -0.000625971
2103 Infra industrial furnace U - MJ -0.001669263 -3.51689E-13 -0.001043289 -0.000625973
2104 Electricity, natural gas, at power plant/NORDEL U MJ -0.002056404 0.002135317 -0.002130492 -0.002061229
2105 Natural gas, high pressure, at consumer/FI U MJ -0.002132034 0.002213849 -0.002208847 -0.002137037
2106 Natural gas, high pressure, at consumer/DK U MJ -0.002528692 0.002625728 -0.002619795 -0.002534625
2107 Natural gas, burned in power plant/NORDEL U MJ -0.00495822 0.005148487 -0.005136853 -0.004969853
2108 Electricity, hydropower, at power plant/SE U MJ -0.005028153 0.003224661 -0.004186964 -0.00406585
2109 Residual oil Europe in boiler 1MW U -- MJ -0.007731089 -1.62882E-12 -0.004831931 -0.002899158
2110 Wood chips, from forest, hardwood, burned in furnace 50kW/CH U MJ -0.007734567 0.000351003 -0.004043941 -0.004041629
2111 Electricity, hydropower, at pumped storage power plant/NO U MJ -0.008710446 0.000987558 -0.004873451 -0.004824553
2112 Electricity, production mix SE/SE U MJ -0.009158686 0.005873634 -0.007626464 -0.007405857
2113 Natural gas HP user in Europe U -- MJ -0.010746644 -2.26416E-12 -0.006716653 -0.004029992
2114 Infra natural gas HP user Europe U - MJ -0.010746644 -2.26416E-12 -0.006716653 -0.004029992
2115 Heat, light fuel oil, at industrial furnace 1MW/RER U MJ -0.028258133 0.163408456 -0.164634385 -0.027032203
2116 Natural gas, burned in industrial furnace low-NOx >100kW/RER U MJ -0.041050498 0.567767872 -0.508212346 -0.100606023
2117 Electricity, solar/AU U -- MJ -0.081673969 0.343738956 -0.20401424 -0.221398685
2118 Electricity, low voltage, at grid/CH U MJ -0.200700065 0.037572834 -0.219929754 -0.018343145
2119 Operation, Diesel Train/AU U MJ -0.684990148 5.90403519 -3.159965124 -3.429060214
2120 Diesel used in industrial machinery/AU U MJ -1.901050201 8.009536536 -4.75278448 -5.157802257
2121 Electricity, medium voltage, at grid/NO U MJ -1.962900358 0.218348945 -1.096058749 -1.085190553
2122 Electricity, hydropower, at power plant/NO U MJ -1.971418275 0.22351081 -1.102998009 -1.091931076
2123 Electricity, high voltage, at grid/NO U MJ -1.994985298 0.221944643 -1.113988371 -1.10294157
2124 Electricity mix/NO U MJ -2.014935151 0.224164089 -1.125128255 -1.113970985
2125 Electrictiy wastewater gas AU sent out/AU U - MJ -2.084646073 8.761024312 -5.201230312 -5.644440073
2126 Electriciy, wind power/AU U -- MJ -3.121304676 13.01101907 -7.736523216 -8.395800527
2127 Electrictiy oil (internal combustion) sent out/AU U -- MJ -6.833374973 28.0462715 -16.72706253 -18.15258394
2128 Electrictiy waste, sent out/AU U - MJ -7.145582035 30.13558171 -17.87884356 -19.40232019
2129 Electrictiy landfill gas, sent out/AU U - MJ -8.666889886 36.46340263 -21.64302307 -23.48726945
2130 Natural gas, burned in boiler condensing modulating >100kW/RER U MJ -8.732320122 0.000198489 -4.366261975 -4.366256636
2131 Electricity, bagasse/AU U -- MJ -11.02282564 45.17661257 -26.95129695 -29.24814125

2132 Hard coal, burned in industrial furnace 1-10MW/RER U MJ -12.19889394 3.705381535 -8.757277742 -7.146997731
2133 Wood chips, from industry, softwood, burned in furnace 300kW/CH U MJ -14.4929402 0.63930004 -14.10527829 -1.02696195
2134 Electricity, natural gas, at combined cycle plant, best technology/RER U MJ -22.31414035 0.00050721 -11.1573306 -11.15731696
2135 Bagasse combustion/AU U -- MJ -27.55706409 112.9415314 -67.37824239 -73.12035313
2136 Energy, from diesel/AU U - MJ -27.76743848 147.4376922 -84.06846481 -91.13666583
2137 Natural gas, burned in combined cycle plant, best technology/RER U MJ -38.80181071 0.000881982 -19.40135821 -19.40133448
2138 Electrictiy natural gas (turbine), sent out/AU U - MJ -46.58954567 193.0675247 -114.9314332 -124.7256371
2139 Electrictiy brown coal SA (2001-02) sent out/AU U - MJ -56.06766955 236.6377083 -140.3720767 -152.3333011
2140 Electrictiy natural gas (steam) , sent out/AU U - MJ -65.10657486 270.6736091 -161.0289256 -174.7512584
2141 Electricity, natural gas cogeneration cogeneration/AU U - MJ -98.44227846 411.4912648 -244.5472836 -265.3862597
2142 Electrictiy black coal WA, sent out/AU U - MJ -122.4265597 501.1200863 -299.0312253 -324.5154207
2143 Electricity, hydropower/AU U -- MJ -224.3933886 945.0406372 -560.8210101 -608.6130157
2144 Electrictiy black coal QLD, sent out/AU U - MJ -606.7580283 2593.869537 -1534.917949 -1665.709616
2145 Electrictiy brown coal Victoria, sent out/AU U - MJ -661.9641476 2793.868197 -1657.305946 -1798.526399
2146 Electrictiy black coal NSW, sent out/AU U - MJ -834.2664597 3521.083738 -2088.685752 -2266.664446
2147 Electricity, high voltage, Australian average/AU U - MJ -2724.985318 11153.99209 -6655.873535 -7223.103871
2148 Australian average electricity mix, high voltage/AU U -- MJ -2724.985318 11153.99209 -6655.873535 -7223.103871
2149 Electricity, low voltage, Australian average/AU U -- MJ -3118.608 -2.53491E-13 -1023.336 -2095.272
2150 NPI Emissions from Pt Kembla Steelworks 2002-03 (1 kg production)/AU U -- n 10.45412168 11.40061484 -0.454087105 -0.492406055
2151 Tillage, harrowing, by spring tine harrow/CH U m2 0.150040058 0.178936825 -0.026804365 -0.002092403
2152 Fertilising, by broadcaster/CH U m2 0.101648035 0.121130891 -0.018020414 -0.001462442
2153 Sowing/CH U m2 0.099970215 0.11921425 -0.017845353 -0.001398682
2154 Application of plant protection products, by field sprayer/CH U m2 0.064154527 0.076325451 -0.011188875 -0.00098205
2155 Tillage, ploughing/CH U m2 0.050314723 0.059985755 -0.008960269 -0.000710763
2156 Mulching/CH U m2 0.050036605 0.059654179 -0.00891074 -0.000706835
2157 Combine harvesting/CH U m2 0.049933451 0.059559886 -0.008934598 -0.000691837
2158 Green manure IP, until march/CH U m2 0.04855599 0.057888359 -0.008646436 -0.000685933
2159 Zinc coating, coils/RER U m2 0.008226715 0.008767242 -0.000411882 -0.000128646
2160 Tillage, currying, by weeder/CH U m2 0.001854301 0.002182888 -0.000289266 -3.93212E-05
2161 Green manure IP, until January/CH U m2 0.001473029 0.00175702 -0.000263596 -2.03949E-05
2162 Building, hall/CH/I U m2 0.001441643 0.001530263 -6.72232E-05 -2.1397E-05
2163 Building, hall, steel construction/CH/I U m2 0.001059049 0.001130683 -5.46877E-05 -1.69463E-05
2164 Tillage, hoeing and earthing-up, potatoes/CH U m2 0.000762544 0.000851737 -5.13414E-05 -3.78525E-05
2165 Tillage, harrowing, by rotary harrow/CH U m2 0.000762544 0.000851737 -5.13414E-05 -3.78525E-05
2166 Recultivation, limestone mine/CH U m2 0.000536911 0.000687451 -9.23735E-05 -5.81657E-05
2167 Building, hall, wood construction/CH/I U m2 0.000432493 0.000459079 -2.0167E-05 -6.41911E-06
2168 Potato planting/CH U m2 0.000381272 0.000425869 -2.56707E-05 -1.89263E-05
2169 Potato haulm cutting/CH U m2 0.000381272 0.000425869 -2.56707E-05 -1.89263E-05
2170 Harvesting, by complete harvester, potatoes/CH U m2 0.000381272 0.000425869 -2.56707E-05 -1.89263E-05
2171 Recultivation, bauxite mine/GLO U m2 3.68834E-05 4.89319E-05 -6.84133E-06 -5.20719E-06
2172 Green manure IP, until April/CH U m2 7.5852E-06 8.80069E-06 -7.08435E-07 -5.07052E-07
2173 Hoeing/CH U m2 7.52215E-06 8.72753E-06 -7.02546E-07 -5.02837E-07
2174 Recultivation, iron mine/GLO U m2 5.40613E-06 7.49448E-06 -1.17663E-06 -9.11719E-07
2175 Shed/CH/I U m2 3.94206E-07 4.65812E-07 -6.58423E-08 -5.76382E-09
2176 Mowing, by rotary mower/CH U m2 3.78691E-07 4.39374E-07 -3.53686E-08 -2.53146E-08
2177 Recultivation, bentonite mine/DE U m2 3.15442E-07 4.28392E-07 -6.41087E-08 -4.88407E-08
2178 Zinc coating, pieces, adjustment per um/RER U m2 5.23791E-08 5.78001E-08 -3.49164E-09 -1.92942E-09
2179 Zinc coating, pieces/RER U m2 1.46423E-08 1.70973E-08 -2.18277E-09 -2.72268E-10
2180 Car transport usage for Non-teleworker per year p 1 1 -2.22045E-16 -2.77556E-17
2181 Telephone p 0.05 0.1 -0.05 4.35103E-15
2182 Energy usage per Telstra employee in the office p 0.05 1 -0.5 -0.45
2183 Swisse Car adjusted to commodore weight p 0.021321429 0.021321429 -5.31306E-18 -1.65188E-17
2184 EUR-flat pallet/RER U p 0.001535249 0.001597161 -3.71547E-05 -2.47572E-05
2185 mc-Si wafer, at plant/RER U p 8.95153E-05 9.86307E-05 -5.83002E-06 -3.28538E-06
2186 Photovoltaic cell, mc-Si, at plant/RER U p 8.52527E-05 9.3934E-05 -5.5524E-06 -3.12893E-06
2187 pc-Si wafer, at plant/RER U p 5.01646E-06 5.68592E-06 -4.67127E-07 -2.02333E-07
2188 Photovoltaic cell, pc-Si , at plant/RER U p 4.60226E-06 5.21644E-06 -4.28557E-07 -1.85627E-07
2189 Photovoltaic panel, mc-Si, at plant/RER/I U p 7.55228E-07 8.32052E-07 -4.9115E-08 -2.77089E-08
2190 Maintenance, goods wagon/RER/I U p 7.04543E-07 8.0525E-07 -6.9908E-08 -3.07993E-08
2191 Goods wagon/RER/I U p 7.04543E-07 8.0525E-07 -6.9908E-08 -3.07993E-08
2192 Transport, helicopter, LTO cycle/GLO U p 4.42384E-07 8.07427E-07 -2.00421E-07 -1.64623E-07
2193 Maintenance, lorry 40t/CH/I U p 4.06658E-07 6.74595E-07 -1.99064E-07 -6.88731E-08
2194 Lorry 40t/RER/I U p 4.06658E-07 6.74595E-07 -1.99064E-07 -6.88731E-08
2195 Disposal, lorry 40t/CH/I U p 4.06658E-07 6.74595E-07 -1.99064E-07 -6.88731E-08
2196 Oil storage 3000l/CH/I U p 2.23375E-07 3.11534E-07 -5.39728E-08 -3.41861E-08
2197 Industrial furnace 1MW, oil/CH/I U p 1.79045E-07 2.44626E-07 -3.6278E-08 -2.93028E-08
2198 Industrial furnace, natural gas/RER/I U p 1.63775E-07 2.24205E-07 -3.31381E-08 -2.72921E-08
2199 Building machine/RER/I U p 1.6358E-07 6.1637E-07 -3.58722E-07 -9.40681E-08
2200 Inverse rectifier Solcon 3400, at plant/CH/I U p 9.51562E-08 1.04985E-07 -6.32059E-09 -3.50839E-09
2201 Maintenance, lorry 28t/CH/I U p 9.20797E-08 1.29575E-07 -2.24321E-08 -1.50629E-08
2202 Disposal, lorry 28t/CH/I U p 9.20797E-08 1.29575E-07 -2.24321E-08 -1.50629E-08
2203 Lorry 28t/RER/I U p 9.20797E-08 1.29575E-07 -2.24321E-08 -1.50629E-08
2204 Control cabinet cogen unit 160kWe/RER/I U p 7.27518E-08 8.07324E-08 -5.01297E-09 -2.96763E-09
2205 Electric installation, photovoltaic plant, at plant/CH/I U p 4.75781E-08 5.24926E-08 -3.1603E-09 -1.7542E-09
2206 3kWp slanted-roof installation, mc-Si, panel, mounted, on roof/CH/I U p 4.46202E-08 4.91399E-08 -2.88486E-09 -1.63489E-09
2207 Passenger car/RER/I U p 4.36469E-08 4.89753E-08 -3.43068E-09 -1.89768E-09
2208 Disposal, passenger car/RER/I U p 4.36469E-08 4.89753E-08 -3.43068E-09 -1.89768E-09
2209 Maintenance, passenger car/RER/I U p 4.36469E-08 4.89753E-08 -3.43068E-09 -1.89768E-09
2210 Photovoltaic panel, pc-Si, at plant/RER/I U p 3.75131E-08 4.25194E-08 -3.49318E-09 -1.51305E-09
2211 Rolling mill/RER/I U p 2.93502E-08 3.12145E-08 -1.04314E-09 -8.21183E-10
2212 Generator 200kWe/RER/I U p 2.58151E-08 2.86843E-08 -1.81698E-09 -1.05229E-09
2213 Cogen unit ORC 1400kWth, wood burning, components for electricity only/CH/ p 2.39071E-08 2.65214E-08 -1.63894E-09 -9.7536E-10
2214 Slanted-roof construction, mounted, on roof/CH/I U p 1.96995E-08 2.17128E-08 -1.28951E-09 -7.23851E-10
2215 Oil boiler 10kW/CH/I U p 1.55997E-08 4.18869E-08 -1.62613E-08 -1.00259E-08
2216 Wind power plant 800kW, moving parts/RER/I U p 1.50389E-08 1.65569E-08 -9.64525E-10 -5.53421E-10
2217 Maintenance, locomotive/RER/I U p 1.09135E-08 1.24735E-08 -1.08289E-09 -4.77087E-10
2218 Locomotive/RER/I U p 1.09135E-08 1.24735E-08 -1.08289E-09 -4.77087E-10
2219 Disposal, locomotive/RER/I U p 1.09135E-08 1.24735E-08 -1.08289E-09 -4.77087E-10
2220 Gas motor 206kW/RER/I U p 9.938E-09 1.59633E-08 -3.35594E-09 -2.66932E-09
2221 Technical wood drying, infrastructure/RER/I U p 8.90989E-09 9.86831E-09 -5.7597E-10 -3.82448E-10
2222 Wind power plant 800kW, fixed parts/RER/I U p 7.49841E-09 8.25526E-09 -4.80912E-10 -2.75936E-10
2223 Road vehicle plant/RER/I U p 6.20478E-09 6.20499E-09 -1.5263E-13 -4.76796E-14
2224 Cogen unit ORC 1400kWth, wood burning, common components for heat+elec p 3.99257E-09 4.42917E-09 -2.73709E-10 -1.62888E-10
2225 Oil boiler 100kW/CH/I U p 3.52913E-09 4.26578E-09 -4.76258E-10 -2.60392E-10
2226 Photovoltaic laminate, pc-Si, at plant/RER/I U p 3.39583E-09 3.84901E-09 -3.16216E-10 -1.36967E-10
2227 Inert material landfill facility/CH/I U p 3.09771E-09 4.93151E-09 -1.07828E-09 -7.55518E-10
2228 Photovoltaic laminate, mc-Si, at plant/RER/I U p 2.57384E-09 2.91733E-09 -2.39673E-10 -1.03813E-10
2229 Maintenance, van < 3.5t/RER/I U p 2.32231E-09 3.1084E-09 -5.38535E-10 -2.47559E-10
2230 Disposal, van < 3.5t/CH/I U p 2.3223E-09 3.1084E-09 -5.38535E-10 -2.47559E-10
2231 Van <3.5t/RER/I U p 2.3223E-09 3.1084E-09 -5.38535E-10 -2.47559E-10
2232 Production plant crude oil, onshore/GLO/I U p 1.80249E-09 2.22651E-09 -2.93705E-10 -1.30308E-10
2233 Assembly, generator and motor, cogen unit 160kWe/RER/I U p 1.5242E-09 1.72788E-09 -1.42232E-10 -6.14537E-11
2234 Water storage/CH/I U p 1.51267E-09 1.52726E-09 -9.05299E-12 -5.54639E-12
2235 Pump station/CH/I U p 1.51267E-09 1.52726E-09 -9.05299E-12 -5.54639E-12
2236 Catalytic converter, oxidation, 20 litre/RER/I U p 1.40359E-09 1.59103E-09 -1.30812E-10 -5.66285E-11
2237 Packaging box production unit/RER/I U p 1.37614E-09 1.38208E-09 -3.90495E-12 -2.03923E-12
2238 3kWp slanted-roof installation, pc-Si, panel, mounted, on roof/CH/I U p 1.29929E-09 1.47268E-09 -1.20988E-10 -5.24053E-11
2239 Plant onshore, natural gas, production/GLO/I U p 1.25719E-09 2.31284E-09 -5.85554E-10 -4.70103E-10
2240 Electric parts of cogen unit 160kWe/RER/I U p 1.24428E-09 1.41053E-09 -1.16081E-10 -5.01763E-11
2241 Flat roof construction, on roof/CH/I U p 1.23656E-09 1.40159E-09 -1.15147E-10 -4.98754E-11
2242 Gas turbine, 10MWe, at production plant/RER/I U p 1.0749E-09 1.98425E-09 -5.03807E-10 -4.05542E-10
2243 Maintenance, cogen unit 160kWe/RER U p 1.07456E-09 1.21816E-09 -1.0027E-10 -4.33257E-11
2244 Lorry 21t, municipal waste collection/CH/I U p 1.04322E-09 1.15459E-09 -6.36887E-11 -4.76834E-11
2245 Sound insulation cogen unit 160kWe/RER/I U p 1.03041E-09 1.1681E-09 -9.61442E-11 -4.15472E-11
2246 Planning, cogen unit 160kWe/RER/I U p 1.03041E-09 1.1681E-09 -9.61442E-11 -4.15472E-11
2247 Operation start, cogen unit 160kWe/RER/I U p 1.03041E-09 1.1681E-09 -9.61442E-11 -4.15472E-11
2248 Construction work, cogen unit 160kWe/RER/I U p 1.03041E-09 1.1681E-09 -9.61442E-11 -4.15472E-11
2249 Assembly, module cogen unit 160kWe/RER/I U p 1.03041E-09 1.1681E-09 -9.61442E-11 -4.15472E-11
2250 Supply air input/spent air output cogen unit 160kWe/RER/I U p 1.03041E-09 1.1681E-09 -9.61442E-11 -4.15472E-11

2251 Cogen unit ORC 1400kWth, wood burning, building/CH/I U p 9.98136E-10 1.10728E-09 -6.84266E-11 -4.07218E-11
2252 Water works/CH/I U p 8.75696E-10 8.84147E-10 -5.24086E-12 -3.21085E-12
2253 Hydraulic digger/RER/I U p 7.501E-10 2.68226E-09 -1.08306E-09 -8.49099E-10
2254 Chemical plant, organics/RER/I U p 7.48825E-10 1.0745E-09 -2.53921E-10 -7.17577E-11
2255 Catalytic converter, SCR, 200 litre/RER/I U p 7.01793E-10 7.95513E-10 -6.54058E-11 -2.83142E-11
2256 3kWp flat roof installation, pc-Si, on roof/CH/I U p 6.72045E-10 7.61731E-10 -6.25801E-11 -2.71062E-11
2257 Chopper, stationary, electric/RER/I U p 6.70055E-10 1.32133E-08 -1.1307E-08 -1.2362E-09
2258 Non-ferrous metal, mine, underground/GLO/I U p 5.92291E-10 6.28294E-10 -1.99611E-11 -1.60422E-11
2259 3kWp flat roof installation, mc-Si, on roof/CH/I U p 5.64518E-10 6.39854E-10 -5.25673E-11 -2.27692E-11
2260 Cogen unit 500kWe, components for electricity only/RER/I U p 5.37009E-10 6.0874E-10 -5.00629E-11 -2.1668E-11
2261 Maintenance, barge/RER/I U p 5.19732E-10 6.33197E-10 -7.02737E-11 -4.31907E-11
2262 Maintenance, transoceanic freight ship/RER/I U p 5.15177E-10 6.62141E-10 -8.55043E-11 -6.14603E-11
2263 Gas power plant, 100MWe/RER/I U p 4.85132E-10 5.33805E-10 -3.09202E-11 -1.77525E-11
2264 Transoceanic freight ship/OCE/I U p 4.77413E-10 6.10855E-10 -7.67299E-11 -5.67127E-11
2265 Mine, gravel/sand/CH/I U p 4.42016E-10 5.85796E-10 -1.04506E-10 -3.92744E-11
2266 Cogen unit 500kWe, common components for heat+electricity/RER/I U p 4.40347E-10 4.99166E-10 -4.10515E-11 -1.77678E-11
2267 Barge/RER/I U p 4.08574E-10 4.96065E-10 -5.19737E-11 -3.55171E-11
2268 Scrap preparation plant/RER/I U p 3.48149E-10 5.91949E-10 -1.38842E-10 -1.04957E-10
2269 Cogen unit 200kWe diesel SCR, components for electricity only/RER/I U p 3.30258E-10 3.74362E-10 -3.07794E-11 -1.33244E-11
2270 Concrete mixing plant/CH/I U p 3.28089E-10 3.75847E-10 -3.54217E-11 -1.23365E-11
2271 Planing mill/RER/I U p 3.27679E-10 3.63696E-10 -2.16222E-11 -1.43945E-11
2272 Cogen unit 200kWe diesel SCR, common components for heat+electricity/RER p 2.80717E-10 3.18205E-10 -2.61623E-11 -1.13257E-11
2273 Regional distribution, oil products/RER/I U p 2.43964E-10 3.10734E-10 -4.88114E-11 -1.79589E-11
2274 Diesel-electric generating set production 10MW/RER/I U p 2.26591E-10 2.85935E-10 -3.71663E-11 -2.21779E-11
2275 Slag compartment/CH/I U p 2.21469E-10 2.27643E-10 -4.97997E-12 -1.1943E-12
2276 Water treatment plant, deionisation/CH/I U p 2.0274E-10 2.07197E-10 -4.10388E-12 -3.53631E-13
2277 Explosive production plant/CH/I U p 2.01335E-10 2.22857E-10 -1.22876E-11 -9.23454E-12
2278 Hazardous waste incineration plant/CH/I U p 1.99304E-10 2.04466E-10 -3.59238E-12 -1.57029E-12
2279 Flat glass plant/RER/I U p 1.59536E-10 1.60027E-10 -3.15053E-13 -1.75062E-13
2280 Air separation plant/RER/I U p 1.31869E-10 1.82478E-10 -2.8273E-11 -2.23365E-11
2281 Municipal waste incineration plant/CH/I U p 1.29135E-10 1.40588E-10 -7.73674E-12 -3.71616E-12
2282 Facade construction, integrated, on roof/CH/I U p 1.24644E-10 1.41278E-10 -1.16067E-11 -5.02737E-12
2283 Mine, clay/CH/I U p 1.21181E-10 1.33543E-10 -7.61277E-12 -4.74899E-12
2284 Barge tanker/RER/I U p 1.11159E-10 1.37132E-10 -1.83E-11 -7.67357E-12
2285 Helicopter/GLO/I U p 1.10596E-10 2.01857E-10 -5.01052E-11 -4.11558E-11
2286 3kWp slanted-roof installation, pc-Si, laminated, integrated, on roof/CH/I U p 1.0693E-10 1.212E-10 -9.95718E-12 -4.3129E-12
2287 Hard coal power plant/RER/I U p 1.02981E-10 1.13235E-10 -6.525E-12 -3.72862E-12
2288 Aluminium hydroxide, plant/RER/I U p 9.99077E-11 1.01716E-10 -1.18589E-12 -6.22584E-13
2289 Mine, limestone/CH/I U p 9.58091E-11 1.16557E-10 -1.19457E-11 -8.80216E-12
2290 3kWp slanted-roof installation, mc-Si, laminated, integrated, on roof/CH/I U p 8.99047E-11 1.01903E-10 -8.37182E-12 -3.62621E-12
2291 Underground mine, hard coal/GLO/I U p 8.82944E-11 1.20672E-10 -1.85342E-11 -1.38431E-11
2292 Open cast mine, lignite/RER/I U p 8.53726E-11 9.39091E-11 -5.42999E-12 -3.10645E-12
2293 Slanted-roof construction, integrated, on roof/CH/I U p 8.4442E-11 9.5711E-11 -7.86314E-12 -3.40588E-12
2294 Wind power plant 2MW, offshore, fixed parts/OCE/I U p 8.16727E-11 8.99162E-11 -5.23808E-12 -3.00549E-12
2295 Wind power plant 2MW, offshore, moving parts/OCE/I U p 8.16726E-11 8.99162E-11 -5.23809E-12 -3.0055E-12
2296 3kWp facade installation, pc-Si, laminated, integrated, on roof/CH/I U p 7.64638E-11 8.66681E-11 -7.12022E-12 -3.08408E-12
2297 Facade construction, mounted, on roof/CH/I U p 7.48921E-11 8.48866E-11 -6.97387E-12 -3.02069E-12
2298 Wind power plant 600kW, moving parts/CH/I U p 7.26015E-11 8.01156E-11 -4.83972E-12 -2.67437E-12
2299 Uranium underground mine/RNA/I U p 7.02001E-11 7.73691E-11 -4.59618E-12 -2.57282E-12
2300 Lignite power plant/RER/I U p 6.67492E-11 7.34281E-11 -4.24894E-12 -2.43E-12
2301 3kWp facade installation, mc-Si, laminated, integrated, on roof/CH/I U p 6.42176E-11 7.27876E-11 -5.97987E-12 -2.59015E-12
2302 Uranium mill/US/I U p 5.41111E-11 5.9637E-11 -3.54277E-12 -1.98315E-12
2303 Operation, maintenance, port/RER/I U p 5.25114E-11 6.95894E-11 -9.95493E-12 -7.12305E-12
2304 Rock wool plant/CH/I U p 5.18101E-11 5.64855E-11 -3.05873E-12 -1.61663E-12
2305 Coal stove, 5-15 kW/RER/I U p 4.79774E-11 5.30413E-11 -2.93346E-12 -2.13044E-12
2306 Cement plant/CH/I U p 4.72216E-11 5.13808E-11 -2.71955E-12 -1.43967E-12
2307 3kWp facade installation, pc-Si, panel, mounted, on roof/CH/I U p 4.59977E-11 5.21363E-11 -4.28326E-12 -1.85527E-12
2308 Refinery/RER/I U p 4.3721E-11 5.50932E-11 -7.96995E-12 -3.40233E-12
2309 Nuclear power plant, pressure water reactor 1000MW/FR/I U p 4.34997E-11 4.79139E-11 -2.82253E-12 -1.59163E-12
2310 Oil power plant 500MW/RER/I U p 4.17981E-11 4.59618E-11 -2.64611E-12 -1.51752E-12
2312 Wastewater treatment plant, class 3/CH/I U p 3.9347E-11 5.98488E-11 -1.12727E-11 -9.22903E-12
2313 Furnace, wood chips, hardwood, 50kW/CH/I U p 3.91033E-11 9.87156E-10 -4.86375E-10 -4.61677E-10
2314 Wind power plant 600kW, fixed parts/CH/I U p 3.863E-11 4.26281E-11 -2.57513E-12 -1.42297E-12
2315 3kWp facade installation, mc-Si, panel, mounted, on roof/CH/I U p 3.85306E-11 4.36726E-11 -3.58792E-12 -1.55409E-12
2316 Open cast mine, hard coal/GLO/I U p 3.78226E-11 4.77005E-11 -5.74823E-12 -4.12968E-12
2317 Transoceanic tanker/OCE/I U p 3.7764E-11 5.1286E-11 -8.7744E-12 -4.74761E-12
2318 Interim storage, nuclear waste to dispose in final repository SF, HLW, and ILW p 3.61063E-11 3.97719E-11 -2.34504E-12 -1.32056E-12
2319 Platform, crude oil, offshore/OCE/I U p 3.50901E-11 4.55361E-11 -6.89479E-12 -3.55129E-12
2321 Gas boiler/RER/I U p 2.90687E-11 3.29516E-11 -2.70994E-12 -1.17291E-12
2322 Plant offshore, natural gas, production/OCE/I U p 2.02857E-11 3.78467E-11 -9.63363E-12 -7.92729E-12
2326 Preservative treatment, infrastructure/RER/I U p 1.5742E-11 1.68933E-11 -8.12117E-13 -3.39154E-13
2327 Final repository for nuclear waste SF, HLW, and ILW/CH/I U p 1.43882E-11 1.58529E-11 -9.3795E-13 -5.26742E-13
2329 Sanitary landfill facility/CH/I U p 1.25769E-11 1.62387E-11 -2.93609E-12 -7.25677E-13
2330 Uranium open pit mine/RNA/I U p 1.03868E-11 1.14476E-11 -6.80043E-13 -3.80673E-13
2331 Nuclear power plant, pressure water reactor 1000MW/UCTE/I U p 1.02739E-11 1.1288E-11 -6.43319E-13 -3.70765E-13
2332 Aluminium melting furnace/RER/I U p 9.99926E-12 1.11087E-11 -7.17734E-13 -3.91672E-13
2333 Sorting plant for construction waste/CH/I U p 9.90767E-12 1.08016E-11 -6.05905E-13 -2.88063E-13
2334 Nuclear power plant, pressure water reactor 1000MW/DE/I U p 9.5917E-12 1.05576E-11 -6.15179E-13 -3.50682E-13
2335 Final repository for nuclear waste LLW/CH/I U p 9.1465E-12 1.00806E-11 -5.98829E-13 -3.35227E-13
2336 Hard coal coke production plant/RER/I U p 8.22229E-12 1.20292E-11 -2.10609E-12 -1.70085E-12
2337 Interim storage, nuclear waste to dispose in final repository LLW/CH/I U p 8.16731E-12 9.00178E-12 -5.35089E-13 -2.99377E-13
2339 Aluminium casting, plant/RER/I U p 6.36662E-12 6.65509E-12 -1.89144E-13 -9.93213E-14
2340 Nuclear spent fuel conditioning plant/CH/I U p 5.53424E-12 6.11084E-12 -3.72298E-13 -2.04303E-13
2341 Nuclear power plant, boiling water reactor 1000MW/DE/I U p 3.87932E-12 4.26996E-12 -2.48807E-13 -1.41832E-13
2342 Wafer factory/DE/I U p 3.78127E-12 4.17267E-12 -2.51886E-13 -1.39508E-13
2343 Run-of-river hydropower plant/RER/I U p 3.28853E-12 6.10932E-12 -1.505E-12 -1.3158E-12
2344 Photovoltaic module factory/DE/I U p 3.19484E-12 3.52535E-12 -2.12656E-13 -1.17851E-13
2345 Mine, iron/GLO/I U p 2.65419E-12 3.67564E-12 -5.75584E-13 -4.4587E-13
2346 Anode, plant/RER/I U p 2.59995E-12 4.38681E-12 -9.96539E-13 -7.90323E-13
2347 Furnace, wood chips, hardwood, 300kW/CH/I U p 2.59665E-12 2.86811E-12 -1.70411E-13 -1.01044E-13
2348 Storage 10'000 l/RER/I U p 2.20104E-12 2.62121E-12 -3.87718E-13 -3.24483E-14
2349 Nuclear fuel fabrication plant/GLO/I U p 2.0756E-12 2.2873E-12 -1.35661E-13 -7.60382E-14
2350 Mine, bentonite/DE/I U p 1.68189E-12 2.3005E-12 -3.60943E-13 -2.57667E-13
2351 Heat exchanger of cogen unit 160kWe/RER/I U p 1.37724E-12 1.64014E-12 -2.42603E-13 -2.03036E-14
2352 Uranium enrichment centrifuge plant/GLO/I U p 1.37001E-12 1.51021E-12 -8.99328E-14 -5.02647E-14
2353 Nuclear power plant, pressure water reactor 1000MW/CH/I U p 1.35842E-12 1.53972E-12 -1.26503E-13 -5.47926E-14
2354 Nuclear spent fuel reprocessing plant/RER/I U p 1.28317E-12 1.41344E-12 -8.33394E-14 -4.69306E-14
2355 Uranium conversion plant/US/I U p 1.25458E-12 1.3827E-12 -8.21398E-14 -4.59798E-14
2356 Heating, sanitary equipment cogen unit 160kWe/RER/I U p 1.10263E-12 1.31312E-12 -1.94231E-13 -1.62553E-14
2357 Nuclear power plant, boiling water reactor 1000MW/CH/I U p 9.97518E-13 1.13065E-12 -9.28974E-14 -4.02365E-14
2358 Nuclear power plant, boiling water reactor 1000MW/UCTE/I U p 9.61658E-13 1.05655E-12 -6.02009E-14 -3.46954E-14
2359 Production plant, natural gas/GLO/I U p 9.51165E-13 1.76872E-12 -4.52127E-13 -3.65429E-13
2360 Uranium enrichment diffusion plant/US/I U p 8.03186E-13 8.85172E-13 -5.25571E-14 -2.94288E-14
2361 Phosphoric acid plant, fertiliser grade/US/I U p 7.38993E-13 7.70775E-13 -2.11181E-14 -1.06637E-14
2362 Paper machine, at paper mill/RER/I U p 5.58671E-13 6.59914E-13 -5.7715E-14 -4.35282E-14
2364 Reservoir hydropower plant, alpine region/RER/I U p 5.1855E-13 8.28621E-13 -1.6557E-13 -1.44501E-13
2365 Port facilities/RER/I U p 4.77166E-13 6.14144E-13 -8.09264E-14 -5.6052E-14
2366 Run-of-river hydropower plant/CH/I U p 4.46784E-13 5.09675E-13 -4.30861E-14 -1.98048E-14
2367 Reservoir hydropower plant, non alpine regions/RER/I U p 4.23208E-13 4.66848E-13 -2.75603E-14 -1.60804E-14
2368 Cogen unit 1MWe, common components for heat+electricity/RER/I U p 4.22465E-13 5.03111E-13 -7.4418E-14 -6.22809E-15
2369 Cogen unit 1MWe, components for heat only/RER/I U p 4.22465E-13 5.03111E-13 -7.4418E-14 -6.22809E-15

2370 Cogen unit 1MWe, components for electricity only/RER/I U p 4.22465E-13 5.03111E-13 -7.4418E-14 -6.22809E-15
2371 Operation, maintenance, airport/RER U p 3.85525E-13 3.8554E-13 -1.15526E-17 -3.44764E-18
2372 Liquid storage tank, chemicals, organics/CH/I U p 3.80708E-13 4.21427E-13 -3.29158E-14 -7.80303E-15
2373 Photovoltaic cell factory/DE/I U p 3.59415E-13 3.96597E-13 -2.39243E-14 -1.32584E-14
2374 Integrated paper mill/RER/I U p 2.65909E-13 3.13968E-13 -2.72273E-14 -2.08308E-14
2375 Reservoir hydropower plant/CH/I U p 2.50307E-13 2.83743E-13 -2.33341E-14 -1.01026E-14
2376 Aircraft, freight/RER/I U p 1.37409E-13 1.37413E-13 -3.47761E-18 -3.2742E-19
2377 Mine, bauxite/GLO/I U p 9.25358E-14 1.43521E-13 -2.84483E-14 -2.25366E-14
2378 Waste paper sorting plant/RER/I U p 8.60988E-14 9.65016E-14 -6.11763E-15 -4.28521E-15
2379 Storage building, chemicals, solid/CH/I U p 4.35061E-14 1.02516E-13 -3.00672E-14 -2.89431E-14
2380 Pulp plant/RER/I U p 4.25192E-14 4.60889E-14 -2.54814E-15 -1.02161E-15
2381 Phosphate rock mine/US/I U p 3.84538E-14 3.99265E-14 -9.17187E-16 -5.55459E-16
2382 Phosphate rock mine/MA/I U p 2.32356E-14 2.47101E-14 -1.14083E-15 -3.33677E-16
2383 Non-integrated paper mill/RER/I U p 1.33831E-14 1.59429E-14 -1.62834E-15 -9.31485E-16
2384 Lignite dust production plant/RER/I U p 1.14158E-14 1.25682E-14 -7.10356E-16 -4.42033E-16
2386 Airport/RER/I U p 3.854E-15 3.85395E-15 -1.15036E-19 1.60959E-19
2387 Disposal, airport/RER/I U p 3.84449E-15 3.84509E-15 -4.75185E-19 -1.25361E-19
2388 Lignite briquettes production plant/RER/I U p 2.31101E-16 2.66732E-16 -2.36091E-17 -1.20222E-17
2389 Mine, vermiculite/ZA/I U p 4.99247E-17 3.24172E-17 -2.78516E-18 2.02927E-17
2390 Glass production site/RER/I U p 1.62948E-17 3.21109E-17 -8.23877E-18 -7.57726E-18
2391 Glass sorting site/RER/I U p 1.50684E-17 1.66281E-17 -1.00376E-18 -5.55941E-19
2392 Open cast mine, peat/NORDEL/I U p -1.96899E-16 3.42729E-16 -2.76783E-16 -2.62845E-16
2393 Magnesium plant/RER/I U p -3.71376E-16 5.51174E-17 -3.96085E-16 -3.04076E-17
2394 Infra boiler oil 10kW U - p -4.4464E-15 -9.36789E-25 -2.779E-15 -1.6674E-15
2395 Infra boiler oil 100kW U - p -1.29711E-14 -2.73282E-24 -8.10694E-15 -4.86417E-15
2396 Infra power saw U - p -4.57548E-14 -9.63985E-24 -2.85967E-14 -1.7158E-14
2397 Ceramic plant/CH/I U p -1.31479E-13 2.61916E-13 -3.12035E-13 -8.13603E-14
2398 Infra skid steer loader U - p -3.12834E-13 -6.59094E-23 -1.95521E-13 -1.17313E-13
2399 Infra interim storage C U -- p -3.78358E-13 -7.97144E-23 -2.36474E-13 -1.41884E-13
2400 Infra final storage C U -- p -3.78358E-13 -7.97144E-23 -2.36474E-13 -1.41884E-13
2401 Infra hydraulic digger U - p -4.26631E-13 -8.98847E-23 -2.66644E-13 -1.59986E-13
2402 Infra furnace saw mill 300 kW U - p -4.37733E-13 -9.22237E-23 -2.73583E-13 -1.6415E-13
2403 Wastewater treatment plant, class 2/CH/I U p -6.64285E-13 3.30191E-12 -3.1471E-12 -8.19088E-13
2404 Infra power plant oil CH U - p -9.01892E-13 -1.90015E-22 -5.63683E-13 -3.3821E-13
2405 Silicone plant/RER/I U p -1.04662E-12 1.21915E-14 -5.29436E-13 -5.29372E-13
2406 Methanol plant/GLO/I U p -1.14434E-12 8.86009E-13 -1.88608E-12 -1.44265E-13
2407 Infra interim storage B U -- p -1.76714E-12 -3.7231E-22 -1.10446E-12 -6.62678E-13
2408 Infra building equipment U - p -3.1697E-12 -6.67809E-22 -1.98106E-12 -1.18864E-12
2409 Blast oxygen furnace converter/RER/I U p -4.15127E-12 2.86869E-11 -1.80715E-11 -1.47667E-11
2410 Infra final storage B U -- p -4.6314E-12 -9.75766E-22 -2.89463E-12 -1.73678E-12
2411 Infra nuclear power plant BWR U - p -4.81358E-12 -1.01415E-21 -3.00849E-12 -1.80509E-12
2412 Infra nuclear power plant PWR U -- p -5.88277E-12 -1.23941E-21 -3.67673E-12 -2.20604E-12
2413 Blast furnace/RER/I U p -6.04118E-12 2.77905E-11 -1.86245E-11 -1.52072E-11
2414 Electric arc furnace converter/RER/I U p -1.17311E-11 4.3897E-12 -9.00674E-12 -7.11402E-12
2415 Solar photovoltaic farm/AU U -- p -1.49736E-11 6.30188E-11 -3.74026E-11 -4.05898E-11
2416 Non-ferrous metal, smelter/GLO/I U p -1.70742E-11 5.99154E-12 -1.26366E-11 -1.04291E-11
2417 Infra boiler oil 1MW U - p -2.16771E-11 -4.56704E-21 -1.35482E-11 -8.12891E-12
2418 Infra saw mill to stock U - p -2.36813E-11 -4.9893E-21 -1.48008E-11 -8.8805E-12
2419 Infra nuclear power plant BWR UCPTE U - p -2.43489E-11 -5.12995E-21 -1.52181E-11 -9.13084E-12
2420 Infra power plant oil counties U - p -7.38702E-11 -1.55633E-20 -4.61689E-11 -2.77013E-11
2421 Gas combined cycle power plant, 400MWe/RER/I U p -8.5364E-11 1.9413E-15 -4.2683E-11 -4.26829E-11
2422 Aluminium oxide, plant/RER/I U p -1.02562E-10 1.08378E-10 -1.15815E-10 -9.51245E-11
2423 Infra diesel generator production U - p -1.53955E-10 -3.24359E-20 -9.62216E-11 -5.77329E-11
2424 Infra petroleum gas turbine U - p -1.72051E-10 -3.62485E-20 -1.07532E-10 -6.4519E-11
2425 Wooden board manufacturing plant, organic bonded boards/RER/I U p -1.85427E-10 1.9918E-12 -1.74901E-10 -1.25182E-11
2426 Infra regio distribution CH U - p -2.30712E-10 -4.86076E-20 -1.44195E-10 -8.65171E-11
2427 Infra nuclear power plant PWR UCPTE U - p -2.54082E-10 -5.35312E-20 -1.58801E-10 -9.52807E-11
2428 Infra reprocessing spent fuel U -- p -2.70256E-10 -5.69389E-20 -1.6891E-10 -1.01346E-10
2429 Infra fuel element production U - p -2.70256E-10 -5.69389E-20 -1.6891E-10 -1.01346E-10
2430 Infra enrichment centrifuge U - p -2.77084E-10 -5.83774E-20 -1.73177E-10 -1.03906E-10
2431 Aluminium electrolysis, plant/RER/I U p -2.8469E-10 1.07617E-10 -2.14947E-10 -1.7736E-10
2432 Chopper, mobile, diesel/RER/I U p -4.33072E-10 4.1962E-12 -2.1866E-10 -2.18608E-10
2433 Non-ferrous metal, mine, surface/GLO/I U p -4.33296E-10 2.35774E-10 -3.66795E-10 -3.02276E-10
2434 Infra uranium ore deep mining U - p -8.42511E-10 -1.77504E-19 -5.26569E-10 -3.15941E-10
2435 Infra enrichment diffusion U - p -9.25421E-10 -1.94972E-19 -5.78388E-10 -3.47033E-10
2436 Coal power plant/AU U -- p -1.20944E-09 5.11378E-09 -3.03241E-09 -3.29081E-09
2437 Infra uranium ore mining U - p -1.26377E-09 -2.66257E-19 -7.89854E-10 -4.73912E-10
2438 Infra floatglass U - p -1.62376E-09 -3.42102E-19 -1.01485E-09 -6.08911E-10
2439 Infra conversion U - p -2.00397E-09 -4.22207E-19 -1.25248E-09 -7.5149E-10
2440 Infra uranium ore processing U - p -2.00598E-09 -4.22629E-19 -1.25374E-09 -7.52242E-10
2441 Hyrdro power station/AU U -- p -2.61792E-09 1.10255E-08 -6.54291E-09 -7.10049E-09
2442 Gas power plant/AU U -- p -2.6583E-09 1.10696E-08 -6.58343E-09 -7.14445E-09
2443 Sawmill/RER/I U p -2.97344E-09 3.23566E-10 -3.06692E-09 -2.30088E-10
2444 Wind turbine/AU U -- p -3.2687E-09 1.36254E-08 -8.10186E-09 -8.79227E-09
2445 Infra exploration U - p -4.13877E-09 -8.71976E-19 -2.58673E-09 -1.55204E-09
2446 Residual material landfill facility/CH/I U p -4.56795E-09 4.44705E-09 -4.94701E-09 -4.06799E-09
2447 Industrial furnace, coal, 1-10 MW/RER/I U p -6.78259E-09 2.06019E-09 -4.86905E-09 -3.97373E-09
2448 Lorry 16t/RER/I U p -2.5241E-08 3.08607E-08 -5.1661E-08 -4.44066E-09
2449 Disposal, lorry 16t/CH/I U p -2.5241E-08 3.08606E-08 -5.1661E-08 -4.44066E-09
2450 Maintenance, lorry 16t/CH/I U p -2.5554E-08 3.05143E-08 -5.16419E-08 -4.42636E-09
2451 Amorphous solar module 60W/AU U - p -4.95924E-08 2.08718E-07 -1.23877E-07 -1.34433E-07
2452 Polycrystalline solar module 60W/AU U - p -5.17486E-08 2.17793E-07 -1.29263E-07 -1.40278E-07
2453 Infra production oil offshore U - p -1.02165E-07 -2.15246E-17 -6.38531E-08 -3.83118E-08
2454 Infra regio distribution Europe U - p -1.04368E-07 -2.19888E-17 -6.52301E-08 -3.91381E-08
2455 Infra production oil onshore U - p -1.26931E-07 -2.67424E-17 -7.93316E-08 -4.7599E-08
2456 Infra refinery U - p -2.28814E-07 -4.82076E-17 -1.43008E-07 -8.58051E-08
2457 Infra transport long distance U - p -2.2904E-07 -4.82552E-17 -1.4315E-07 -8.58898E-08
2458 Furnace, wood chips, softwood, 300kW/CH/I U p -2.62322E-07 1.15713E-08 -2.55306E-07 -1.8588E-08
2459 Power saw, without catalytic converter/RER/I U p -1.80462E-06 1.9675E-07 -1.86022E-06 -1.41146E-07
2460 Infra freighter inland U - p -2.0937E-06 -4.41112E-16 -1.30856E-06 -7.85139E-07
2461 Infra tanker inland U - p -2.68169E-05 -5.64991E-15 -1.67605E-05 -1.00563E-05
2462 Infra pipeline offshore U - p -2.95897E-05 -6.23411E-15 -1.84936E-05 -1.10961E-05
2463 Infra oceanic freighter U - p -0.000140019 -2.94998E-14 -8.75117E-05 -5.2507E-05
2464 Infra pipeline onshore U - p -0.000425588 -8.96649E-14 -0.000265992 -0.000159595
2465 Infra oceanic tanker U - p -0.000982312 -2.06958E-13 -0.000613945 -0.000368367
2466 Steel Frame Office Chair p -0.0475 -7.23102E-17 -0.035 -0.0125
2467 Mobile Phone Electronics p -0.066666667 -1.11802E-17 -0.041666667 -0.025
2468 Mobile phone charger adapter p -0.066666667 1.42109E-14 -0.041666667 -0.025
2469 Mobile phone charger p -0.066666667 -1.11802E-17 -0.041666667 -0.025
2470 Mobile Phone Casing p -0.066666667 -1.11802E-17 -0.041666667 -0.025
2471 mobile phone battery p -0.066666667 -1.11802E-17 -0.041666667 -0.025
2472 Office Desk p -0.09375 2.91477E-16 -0.0875 -0.00625
2473 Modem 2 p -0.11875 -2.3986E-17 -0.0875 -0.03125
2474 Power Adapter p -0.125 2.62077E-15 -0.125 -1.49739E-15
2475 Keyboard p -0.15625 -7.52037E-14 -0.125 -0.03125
2476 Computer Mouse p -0.15625 -1.9764E-17 -0.125 -0.03125
2477 Laptop Docking Station p -0.25 4.24151E-16 -0.125 -0.125
2478 Car usage for 4d Teleworker per yr p -0.5 7.50677E-17 -2.77556E-17 -0.5
2479 Car usage 2d teleworker per year p -0.5 -2.08167E-16 -0.5 -8.50391E-18
2480 4D Teleworker energy usage in the home per year p -0.5 7.50677E-17 -2.77556E-17 -0.5
2481 2D Teleworker energy usage in the home per year p -0.5 -2.77556E-16 -0.5 -2.77556E-17

Inventory Data

Substance Compartment Unit Total Non teleworker 2 D Teleworker 4D Teleworker
Additives Raw kg -3.57637E-05 6.23782E-05 -5.60764E-05 -4.20655E-05
Air Raw kg -0.001594203 2.42549E-08 -0.001448257 -0.000145971
Alloys Raw kg 0.013142955 0.013142955 -2.83645E-18 -4.02736E-19
Aluminium, 24% in bauxite, 11% in crude ore, in ground Raw kg 0.043671839 0.070031437 -0.016485382 -0.009874216
Aluminium, in ground Raw kg -0.000151767 0.00212628 -0.001822457 -0.00045559
Aluminum hydroxide Raw kg -4.25777E-13 1.80017E-12 -1.06749E-12 -1.15846E-12
Anhydrite, in ground Raw kg 1.3595E-05 1.45207E-05 -7.03244E-07 -2.22532E-07
Anionic Flocculant Raw m3 4.22452E-10 4.22452E-10 -9.11716E-26 -1.29451E-26
bagasse Raw kg -2.950435128 12.09224105 -7.213944581 -7.828731599
Barite, 15% in crude ore, in ground Raw kg 0.011887857 0.016589363 -0.002915806 -0.0017857
Baryte, in ground Raw kg -0.000914601 0.00011108 -0.000662091 -0.000363589
Basalt, in ground Raw kg 0.043066378 0.047422312 -0.002718911 -0.001637022
Bauxite, in ground Raw kg 4.256356229 4.431911865 -0.084356546 -0.09119909
Biomass Raw kg 0.052102429 0.052102429 -1.12445E-17 -1.59656E-18
Borax, in ground Raw kg -8.15747E-07 8.23507E-07 -1.23689E-06 -4.02362E-07
Calcite, in ground Raw kg 1.760452451 2.168968956 -0.238820347 -0.169696157
Calcium sulfate, in ground Raw kg -2.15138E-08 3.27321E-13 -1.95443E-08 -1.96988E-09
Carbon Raw kg 0.00493302 0.005054254 -5.81401E-05 -6.30945E-05
Carbon dioxide, in air Raw kg -5.552008713 1.120546834 -6.142128159 -0.530427389
Chromium, 25.5 in chromite, 11.6% in crude ore, in ground Raw kg -0.169561966 0.078773975 -0.136038236 -0.112297705
Chromium, in ground Raw kg -8.91326E-06 1.07414E-06 -6.44352E-06 -3.54387E-06
Chrysotile, in ground Raw kg 5.41594E-07 2.06838E-06 -7.78684E-07 -7.48102E-07
Cinnabar, in ground Raw kg 1.22497E-08 1.52672E-07 -7.16162E-08 -6.88061E-08
Clay, bentonite, in ground Raw kg 0.504421337 0.563489794 -0.029038788 -0.030029669
Clay, unspecified, in ground Raw kg 1.098199033 1.209967547 -0.06992642 -0.041842093
Coagulant Raw m3 1.55838E-09 1.55838E-09 -3.36322E-25 -4.7753E-26
Coal washery waste Raw kg 0.037363543 0.037363543 -8.06362E-18 -1.14492E-18
Coal, 13.3 MJ per kg, in ground Raw kg -11.95493835 50.45669342 -29.9306095 -32.48102227
Coal, 18 MJ per kg, in ground Raw kg 0.024806842 0.496735075 -0.248386232 -0.223542001
Coal, 19.5 MJ per kg, in ground Raw kg 0.000760414 0.000760414 -1.64109E-19 -2.33012E-20
Coal, 28.0 MJ per kg, in ground Raw kg 0.185535806 0.33088352 -0.069706836 -0.075640878
Coal, brown, 10 MJ per kg, in ground Raw kg -0.011418523 0.004025268 -0.010407107 -0.005036684
Coal, brown, 14.1 MJ per kg, in ground Raw kg 0.017649111 0.017649111 -3.80895E-18 -5.40817E-19
Coal, brown, 8 MJ per kg, in ground Raw kg 0.033083133 0.662313433 -0.331177053 -0.298053247
Coal, brown, 8.1 MJ per kg, in ground Raw kg -261.4324638 1103.394873 -654.5272554 -710.3000811
Coal, brown, 8.2 MJ per kg, in ground Raw kg 0.354859785 0.354859785 -7.65841E-17 -1.08739E-17
Coal, brown, in ground Raw kg 8.566282102 9.45267407 -0.568090714 -0.318301254
Coal, hard, unspecified, in ground Raw kg 5.575429458 7.364186702 -1.036630703 -0.752126541
Cobalt, in ground Raw kg -6.4005E-08 2.26385E-08 -4.47129E-08 -4.19307E-08
Colemanite, in ground Raw kg 1.67027E-05 1.98573E-05 -2.13386E-06 -1.02071E-06
Copper, 0.99% in sulfide, Cu 0.36% and Mo 8.2E-3% in crude ore, in ground Raw kg 0.010465951 0.010671456 -0.000131524 -7.39818E-05
Copper, 1.18% in sulfide, Cu 0.39% and Mo 8.2E-3% in crude ore, in ground Raw kg 0.057963698 0.059104074 -0.000729851 -0.000410525
Copper, in ground Raw kg -0.095486208 0.041421319 -0.080892008 -0.056015519
Diatomite, in ground Raw kg 7.30819E-10 1.57942E-09 -6.32178E-10 -2.16418E-10
Dolomite, in ground Raw kg 3.142561963 3.313996704 -0.082429746 -0.089004995

Energy, from biomass Raw MJ -63.25026104 266.3289981 -158.0556427 -171.5236164
Energy, from coal Raw MJ -0.020098947 3.06276E-07 -0.018267905 -0.001831349
Energy, from coal, brown Raw MJ -0.0035818 5.44951E-08 -0.003253892 -0.000327962
Energy, from gas, natural Raw MJ -0.16120288 2.45279E-06 -0.146448293 -0.014757041
Energy, from hydro power Raw MJ -224.5055774 945.0896827 -560.9315662 -608.6636939
Energy, from hydrogen Raw MJ -0.003958014 6.0219E-08 -0.003595665 -0.000362409
Energy, from oil Raw MJ -0.101787497 1.54887E-06 -0.092473297 -0.009315749
Energy, from peat Raw MJ -9.81423E-06 1.49318E-10 -8.91576E-06 -8.98625E-07
Energy, from solar Raw MJ -0.081673969 0.343738956 -0.20401424 -0.221398685
Energy, from sulfur Raw MJ -0.00070131 1.067E-08 -0.000637106 -6.42143E-05
Energy, from uranium Raw MJ -0.031060739 0.000766607 -0.027727493 -0.004099853
Energy, from wood Raw MJ -5.24468E-06 7.9795E-11 -4.76454E-06 -4.80221E-07
Energy, gross calorific value, in biomass Raw MJ -61.97036852 13.15380068 -69.1578101 -5.966359102
Energy, kinetic, flow, in wind Raw MJ 3.096809077 19.87100984 -8.14648262 -8.627718143
Energy, potential, stock, in barrage water Raw MJ 34.70630207 58.04397195 -12.71689356 -10.62077632
Energy, recovered Raw MJ 0.006981691 -1.06223E-07 0.00634253 0.000639268
Energy, solar Raw MJ 0.082641022 0.091295414 -0.005583893 -0.003070499
Energy, unspecified Raw MJ -7.152955227 1.429277527 -5.299234614 -3.282998141
Feldspar, in ground Raw kg -2.34316E-05 7.33381E-05 -7.3293E-05 -2.34767E-05
Ferromanganese Raw kg 0.299586197 0.312859536 -0.006367983 -0.006905356
Fluorine, 4.5% in apatite, 1% in crude ore, in ground Raw kg 0.0001726 0.000179572 -4.3896E-06 -2.58186E-06
Fluorine, 4.5% in apatite, 3% in crude ore, in ground Raw kg 9.0416E-05 9.63159E-05 -4.56214E-06 -1.33775E-06
Fluorine, in ground Raw kg -4.89498E-14 2.06958E-13 -1.22725E-13 -1.33183E-13
Fluorspar, 92%, in ground Raw kg 0.006292272 0.006545597 -0.00016022 -9.31045E-05
Fluorspar, in ground Raw kg -2.29215E-08 1.12546E-07 -1.0999E-07 -2.54781E-08
Gas, mine, off-gas, process, coal mining/kg Raw kg -2.08705E-07 -4.39709E-17 -1.3044E-07 -7.82643E-08
Gas, mine, off-gas, process, coal mining/m3 Raw m3 0.0518647 0.069187312 -0.010031347 -0.007291265
Gas, natural, 30.3 MJ per kg, in ground Raw kg -0.228405333 -3.83044E-17 -0.142753333 -0.085652
Gas, natural, 35 MJ per m3, in ground Raw m3 1.305643836 26.11940299 -13.05990544 -11.75385371
Gas, natural, 35.9 MJ per m3, in ground Raw m3 21.97583005 155.6644725 -70.66651593 -63.02212649
Gas, natural, 51.3 MJ per kg, in ground Raw kg -0.211948284 0.331909585 -0.33919959 -0.204658279
Gas, natural, feedstock, 35 MJ per m3, in ground Raw m3 -3.79417E-07 5.3157E-06 -4.55614E-06 -1.13897E-06
Gas, natural, in ground Raw m3 5.405484891 7.68451103 -1.280844222 -0.998181917
Gas, off-gas, 35.0 MJ per m3, oil production, in ground Raw m3 -0.00099978 0.000352303 -0.000911109 -0.000440974
Gas, off-gas, oil production, in ground Raw m3 -0.0019152 -3.21186E-19 -0.001197 -0.0007182
Gas, petroleum, 35 MJ per m3, in ground Raw m3 -1.56843E-05 -3.30445E-15 -9.8027E-06 -5.88162E-06
Granite, in ground Raw kg 0.001514854 0.001516867 -1.34062E-06 -6.72291E-07
Graphite, from technosphere Raw kg 0.000369783 0.000377233 -3.66776E-06 -3.78256E-06
Gravel, in ground Raw kg 8.293022346 18.66660649 -5.761727378 -4.61185677
Gypsum, in ground Raw kg -0.143703732 -0.028022609 -0.055480196 -0.060200927
Iron ore, in ground Raw kg 17.62189386 19.53663565 -0.920847927 -0.993893868
Iron, 46% in ore, 25% in crude ore, in ground Raw kg 1.473279007 2.03683555 -0.317969312 -0.245587231
Iron, in ground Raw kg -0.007240917 0.000894504 -0.005252767 -0.002882654
Kaolinite, 24% in crude ore, in ground Raw kg 0.000300813 0.000342816 -2.62624E-05 -1.57404E-05
Kieserite, 25% in crude ore, in ground Raw kg 1.10625E-06 1.33579E-06 -1.56658E-07 -7.28842E-08
Land use II-III Raw m2a -9.54356E-06 -2.01068E-15 -5.96472E-06 -3.57883E-06
Land use II-III, sea floor Raw m2a -2.42838E-05 -5.11623E-15 -1.51774E-05 -9.10642E-06
Land use II-IV Raw m2a -1.20632E-06 -2.54153E-16 -7.53948E-07 -4.52369E-07
Land use II-IV, sea floor Raw m2a -2.50532E-06 -5.27833E-16 -1.56582E-06 -9.39494E-07
Land use III-IV Raw m2a -2.44462E-06 -5.15044E-16 -1.52789E-06 -9.16731E-07
Land use IV-IV Raw m2a -5.41942E-07 -1.14179E-16 -3.38714E-07 -2.03228E-07
Lead, 5%, in sulfide, Pb 2.97% and Zn 5.34% in crude ore, in ground Raw kg 0.718831344 0.719382836 -0.000403885 -0.000147607
Lead, in ground Raw kg -1.30079E-05 0.000174135 -0.000149616 -3.75272E-05
Limestone, in ground Raw kg 9.959197815 14.11018563 -1.990876573 -2.16011124
Magnesite, 60% in crude ore, in ground Raw kg -0.008124299 0.003877444 -0.006793506 -0.005208237
Magnesium, 0.13% in water Raw kg -0.000898411 2.05708E-07 -0.000677815 -0.000220802

Manganese, 35.7% in sedimentary deposit, 14.2% in crude ore, in ground Raw kg -0.000181777 0.000597115 -0.000591679 -0.000187213
Manganese, in ground Raw kg -5.35149E-06 6.45216E-07 -3.86892E-06 -2.12779E-06
Marl, in ground Raw kg -0.019436037 0.00234624 -0.014053843 -0.007728434
Methane Raw kg -0.005505937 0.000663546 -0.003980342 -0.002189141
Molybdenum, 0.010% in sulfide, Mo 8.2E-3% and Cu 1.83% in crude ore, in ground Raw kg 0.001417314 0.001445198 -1.78461E-05 -1.00381E-05
Molybdenum, 0.022% in sulfide, Mo 8.2E-3% and Cu 0.36% in crude ore, in ground Raw kg 9.70566E-05 0.000208142 -8.54048E-05 -2.5681E-05
Molybdenum, 0.11% in sulfide, Mo 4.1E-2% and Cu 0.36% in crude ore, in ground Raw kg 0.000195882 0.000420078 -0.000172366 -5.18301E-05
Molybdenum, in ground Raw kg -6.99501E-12 8.4318E-13 -5.05696E-12 -2.78122E-12
Nickel, 1.13% in sulfide, Ni 0.76% and Cu 0.76% in crude ore, in ground Raw kg 0.037578814 0.037631164 -4.81477E-05 -4.20267E-06
Nickel, 1.98% in silicates, 1.04% in crude ore, in ground Raw kg -0.53782789 0.028923447 -0.310462278 -0.256289059
Nickel, in ground Raw kg -3.68404E-08 4.5825E-07 -3.95404E-07 -9.96864E-08
Nitrogen, in air Raw kg -0.000169944 0.000153608 -0.000276082 -4.74692E-05
Occupation, arable Raw m2a -0.000324467 0.00454584 -0.003896287 -0.00097402
Occupation, arable, non-irrigated Raw m2a 0.054215878 0.064645952 -0.009661898 -0.000768176
Occupation, construction site Raw m2a -0.009253338 0.046089948 -0.026693236 -0.02865005
Occupation, dump site Raw m2a 0.257060234 0.289471301 -0.018641141 -0.013769926
Occupation, dump site, benthos Raw m2a 0.001222691 0.001912847 -0.000402772 -0.000287384
Occupation, forest Raw m2a -3.74183E-08 5.24238E-07 -4.4933E-07 -1.12326E-07
Occupation, forest, intensive Raw m2a 0.038714649 0.04574272 -0.00406331 -0.002964761
Occupation, forest, intensive, normal Raw m2a -16.14123853 1.982167242 -16.81160768 -1.311798093
Occupation, industrial area Raw m2a 0.133101638 0.554242143 -0.206392103 -0.214748402
Occupation, industrial area, benthos Raw m2a 9.8326E-06 1.6193E-05 -3.66968E-06 -2.69077E-06
Occupation, industrial area, built up Raw m2a 0.082745727 0.097349665 -0.009254704 -0.005349233
Occupation, industrial area, vegetation Raw m2a -0.219888384 1.126634243 -0.652936428 -0.693586199
Occupation, mineral extraction site Raw m2a 0.046520853 0.090999184 -0.022382608 -0.022095723
Occupation, permanent crop, fruit, intensive Raw m2a 0.014058204 0.014157592 -6.39793E-05 -3.54096E-05
Occupation, shrub land, sclerophyllous Raw m2a -0.000186622 0.00145586 -0.000914487 -0.000727995
Occupation, traffic area Raw m2a 109.3171193 231.1334101 -79.12669243 -42.68959842
Occupation, traffic area, rail embankment Raw m2a 0.007314792 0.008376858 -0.000739296 -0.00032277
Occupation, traffic area, rail network Raw m2a 0.008088471 0.009262871 -0.00081749 -0.000356909
Occupation, traffic area, road embankment Raw m2a -0.158949448 0.021502784 -0.167288464 -0.013163768
Occupation, traffic area, road network Raw m2a 0.00125998 0.017048993 -0.009235617 -0.006553397
Occupation, urban, continuously built Raw m2a -2.64283E-05 0.000370266 -0.000317359 -7.93355E-05
Occupation, urban, discontinuously built Raw m2a 4.88719E-05 5.77689E-05 -8.17805E-06 -7.19016E-07
Occupation, urban, green areas Raw m2a -1.924561629 8.100428765 -4.80765909 -5.217331304
Occupation, water bodies, artificial Raw m2a 0.052429547 0.062215456 -0.006119228 -0.003666681
Occupation, water courses, artificial Raw m2a -18.09335164 76.33598476 -45.28623775 -49.14309865
Oil, crude, 41 MJ per kg, in ground Raw kg -0.0506464 -8.49357E-18 -0.031654 -0.0189924
Oil, crude, 41.0 MJ per kg, in ground Raw kg 1.110725591 1.166914248 -0.026961244 -0.029227413
Oil, crude, 42.7 MJ per kg, in ground Raw kg -0.356991711 0.123412478 -0.306860353 -0.173543836
Oil, crude, in ground Raw kg 6.657666639 7.203435698 -0.377905221 -0.167863839
Olivine, in ground Raw kg 5.83644E-06 6.43346E-06 -4.62286E-07 -1.34736E-07
Oxygen, in air Raw kg 2.35187349 2.463676882 -0.054177594 -0.057625798
Palladium, in ground Raw kg -7.9696E-13 9.20166E-14 -5.72863E-13 -3.16113E-13
Paper waste, feedstock Raw kg -1.24292E-05 0.000174135 -0.000149253 -3.73112E-05
Pd, Pd 2.0E-4%, Pt 4.8E-4%, Rh 2.4E-5%, Ni 3.7E-2%, Cu 5.2E-2% in ore, in ground Raw kg 2.02859E-06 2.02939E-06 -6.21753E-10 -1.82943E-10
Pd, Pd 7.3E-4%, Pt 2.5E-4%, Rh 2.0E-5%, Ni 2.3E+0%, Cu 3.2E+0% in ore, in ground Raw kg 4.87529E-06 4.87722E-06 -1.49425E-09 -4.39665E-10
Peat, in ground Raw kg 0.003666884 0.004031145 -0.0002597 -0.000104561
Phosphorus pentoxide Raw kg -4.56073E-09 8.97218E-13 -4.14352E-09 -4.18111E-10
Phosphorus, 18% in apatite, 12% in crude ore, in ground Raw kg 0.00034369 0.000391698 -3.62252E-05 -1.1783E-05

Phosphorus, 18% in apatite, 4% in crude ore, in ground Raw kg 0.000690401 0.000718287 -1.75584E-05 -1.03274E-05
Platinum, in ground Raw kg -1.52525E-12 1.79634E-13 -1.09924E-12 -6.05652E-13
Potassium chloride Raw kg -4.79777E-05 7.29954E-10 -4.35854E-05 -4.393E-06
Pt, Pt 2.5E-4%, Pd 7.3E-4%, Rh 2.0E-5%, Ni 2.3E+0%, Cu 3.2E+0% in ore, in ground Raw kg 7.85269E-06 7.85272E-06 -1.8942E-11 -6.72252E-12
Pt, Pt 4.8E-4%, Pd 2.0E-4%, Rh 2.4E-5%, Ni 3.7E-2%, Cu 5.2E-2% in ore, in ground Raw kg 2.81508E-05 2.81508E-05 -6.79045E-11 -2.40993E-11
Refractories, from technosphere Raw kg 0.161148343 0.168260315 -0.003412014 -0.003699957
Rh, Rh 2.0E-5%, Pt 2.5E-4%, Pd 7.3E-4%, Ni 2.3E+0%, Cu 3.2E+0% in ore, in ground Raw kg 7.00591E-11 8.84338E-11 -1.41995E-11 -4.17513E-12
Rh, Rh 2.4E-5%, Pt 4.8E-4%, Pd 2.0E-4%, Ni 3.7E-2%, Cu 5.2E-2% in ore, in ground Raw kg 2.19434E-10 2.76986E-10 -4.44748E-11 -1.3077E-11
Rhenium, in crude ore, in ground Raw kg 3.28946E-11 8.26202E-11 -4.2424E-11 -7.30167E-12
Rhenium, in ground Raw kg -4.70067E-13 5.24238E-14 -3.36386E-13 -1.86105E-13
Rhodium, in ground Raw kg -6.85903E-13 7.84524E-14 -4.92432E-13 -2.71923E-13
Rutile, in ground Raw kg 5.50169E-09 5.67641E-09 -1.25547E-10 -4.91742E-11
Sand and clay, unspecified, in ground Raw kg -3.42783E-08 4.80246E-07 -4.11624E-07 -1.029E-07
Sand, river, in ground Raw kg -2.256897987 4.756096643 -3.363181884 -3.649812746
Sand, unspecified, in ground Raw kg -0.000261616 0.005507321 -0.003117293 -0.002651644
Secondary glass Raw kg -0.000537158 0.002271088 -0.001346744 -0.001461502
Shale, in ground Raw kg 3.83765E-05 4.10597E-05 -2.04794E-06 -6.35214E-07
Silicon, in ground Raw kg -0.000535154 -8.97472E-20 -0.000334472 -0.000200683
Silver, 0.01% in crude ore, in ground Raw kg 3.4491E-08 3.81196E-08 -2.3452E-09 -1.28343E-09
Silver, in ground Raw kg -1.78858E-07 2.15194E-08 -1.29271E-07 -7.11066E-08
Sodium chloride, in ground Raw kg 0.651948234 0.809082263 -0.093297503 -0.063836526
Sodium hydroxide Raw kg -1.40253E-05 0.000196498 -0.00016842 -4.21028E-05
Sodium sulphate, various forms, in ground Raw kg 0.001405763 0.001444031 -2.56389E-05 -1.26297E-05
Stibnite, in ground Raw kg 7.59481E-11 1.64135E-10 -6.56967E-11 -2.24904E-11
Sulfur dioxide, secondary Raw kg -0.000136948 0.001903019 -0.001627732 -0.000412235
Sulfur, bonded Raw kg -3.78313E-05 5.75582E-10 -3.43679E-05 -3.46396E-06
Sulfur, in ground Raw kg 0.001265785 0.001892506 -0.000496187 -0.000130534
Sylvite, 25 % in sylvinite, in ground Raw kg 0.010281009 0.01089794 -0.000457833 -0.000159097
Talc, in ground Raw kg 4.31877E-05 4.90255E-05 -3.36404E-06 -2.47373E-06
Tin ore, in ground Raw kg -0.0005074 -8.50927E-20 -0.000317125 -0.000190275
Tin, 79% in cassiterite, 0.1% in crude ore, in ground Raw kg 4.03402E-05 5.0649E-05 -7.40115E-06 -2.90762E-06
Tin, in ground Raw kg -9.91867E-08 1.19512E-08 -7.1702E-08 -3.94359E-08
TiO2, 45-60% in Ilmenite, in ground Raw kg 0.034436554 0.034622194 -0.000124144 -6.14959E-05
Transformation, from arable Raw m2 2.73037E-05 3.93578E-05 -7.57033E-06 -4.48378E-06
Transformation, from arable, non-irrigated Raw m2 0.100263557 0.119552619 -0.017868805 -0.001420256
Transformation, from arable, non-irrigated, fallow Raw m2 2.68701E-06 5.88032E-06 -1.99667E-06 -1.19664E-06
Transformation, from dump site, inert material landfill Raw m2 9.27284E-05 0.000148166 -3.26701E-05 -2.27674E-05
Transformation, from dump site, residual material landfill Raw m2 -0.000136452 0.000135636 -0.000149561 -0.000122527
Transformation, from dump site, sanitary landfill Raw m2 1.09778E-06 1.46555E-06 -2.92573E-07 -7.51939E-08
Transformation, from dump site, slag compartment Raw m2 5.51939E-06 5.68754E-06 -1.34869E-07 -3.32857E-08
Transformation, from forest Raw m2 0.003029043 0.004133027 -0.000692544 -0.000411441
Transformation, from forest, extensive Raw m2 -0.1356448 0.01667532 -0.14136253 -0.01095759
Transformation, from industrial area Raw m2 6.26025E-05 7.83205E-05 -9.22282E-06 -6.49521E-06
Transformation, from industrial area, benthos Raw m2 7.44721E-08 1.43082E-07 -3.76891E-08 -3.09203E-08
Transformation, from industrial area, built up Raw m2 2.46487E-07 2.56443E-07 -6.2687E-09 -3.6871E-09
Transformation, from industrial area, vegetation Raw m2 4.20479E-07 4.37462E-07 -1.06937E-08 -6.28976E-09
Transformation, from mineral extraction site Raw m2 0.000761592 0.002122505 -0.000683186 -0.000677728
Transformation, from pasture and meadow Raw m2 0.000103587 0.000745207 -0.000356176 -0.000285444
Transformation, from pasture and meadow, intensive Raw m2 8.07978E-05 9.6342E-05 -1.43996E-05 -1.14452E-06
Transformation, from sea and ocean Raw m2 0.001225078 0.001915948 -0.00040326 -0.00028761
Transformation, from shrub land, sclerophyllous Raw m2 9.0119E-05 0.000521217 -0.000238603 -0.000192495
Transformation, from unknown Raw m2 -0.360151239 1.58937758 -0.935491093 -1.014037725
Transformation, to arable Raw m2 0.000528206 0.000696006 -9.65838E-05 -7.12162E-05
Transformation, to arable, non-irrigated Raw m2 0.100344284 0.119648878 -0.017883192 -0.001421401
Transformation, to arable, non-irrigated, fallow Raw m2 6.92966E-06 1.07808E-05 -2.40814E-06 -1.44299E-06
Transformation, to dump site Raw m2 0.002018552 0.002206421 -0.000109605 -7.82638E-05

Transformation, to dump site, benthos Raw m2 0.001222691 0.001912847 -0.000402772 -0.000287384
Transformation, to dump site, inert material landfill Raw m2 9.27284E-05 0.000148166 -3.26701E-05 -2.27674E-05
Transformation, to dump site, residual material landfill Raw m2 -0.000136678 0.000135639 -0.000149675 -0.000122641
Transformation, to dump site, sanitary landfill Raw m2 1.09778E-06 1.46555E-06 -2.92573E-07 -7.51939E-08
Transformation, to dump site, slag compartment Raw m2 5.51939E-06 5.68754E-06 -1.34869E-07 -3.32857E-08
Transformation, to forest Raw m2 0.000506436 0.000990801 -0.00027889 -0.000205475
Transformation, to forest, intensive Raw m2 0.000257838 0.000304642 -2.70602E-05 -1.97431E-05
Transformation, to forest, intensive, normal Raw m2 -0.1348002 0.015971736 -0.139943363 -0.010828573
Transformation, to heterogeneous, agricultural Raw m2 0.000143364 0.000195995 -3.27664E-05 -1.98646E-05
Transformation, to industrial area Raw m2 0.001528065 0.015435463 -0.006803436 -0.007103961
Transformation, to industrial area, benthos Raw m2 2.38726E-06 3.1012E-06 -4.87871E-07 -2.2607E-07
Transformation, to industrial area, built up Raw m2 0.001649921 0.001942398 -0.000184824 -0.000107653
Transformation, to industrial area, vegetation Raw m2 -0.007718658 0.036876104 -0.021504065 -0.023090698
Transformation, to mineral extraction site Raw m2 0.006501158 0.009635583 -0.001885512 -0.001248913
Transformation, to pasture and meadow Raw m2 1.48952E-05 2.53426E-05 -5.8203E-06 -4.62706E-06
Transformation, to permanent crop, fruit, intensive Raw m2 0.000229455 0.000231082 -1.04802E-06 -5.79422E-07
Transformation, to sea and ocean Raw m2 7.44721E-08 1.43082E-07 -3.76891E-08 -3.09203E-08
Transformation, to shrub land, sclerophyllous Raw m2 -0.000251105 0.001217555 -0.000729653 -0.000739008
Transformation, to traffic area, rail embankment Raw m2 1.7021E-05 1.94923E-05 -1.72028E-06 -7.51062E-07
Transformation, to traffic area, rail network Raw m2 1.8709E-05 2.14254E-05 -1.89089E-06 -8.25546E-07
Transformation, to traffic area, road embankment Raw m2 -0.001329271 0.000169039 -0.0013903 -0.00010801
Transformation, to traffic area, road network Raw m2 3.51097E-05 0.000246968 -0.000119823 -9.20352E-05
Transformation, to unknown Raw m2 0.000109305 0.00012227 -8.08202E-06 -4.88325E-06
Transformation, to urban, continuously built Raw m2 -1.33188E-05 0.000186599 -0.000159936 -3.99819E-05
Transformation, to urban, discontinuously built Raw m2 9.73496E-07 1.15072E-06 -1.62902E-07 -1.43223E-08
Transformation, to water bodies, artificial Raw m2 -0.361427346 1.527063783 -0.905710355 -0.982780773
Transformation, to water courses, artificial Raw m2 0.000271686 0.000480408 -0.000113683 -9.5039E-05
Ulexite, in ground Raw kg -3.72945E-05 3.32719E-06 -2.53928E-05 -1.52289E-05
Uranium ore, 1.11 GJ per kg, in ground Raw kg -3.3755E-06 4.72914E-05 -4.05339E-05 -1.01329E-05
Uranium, 451 GJ per kg, in ground Raw kg -2.83113E-06 4.56509E-05 -2.62019E-05 -2.22801E-05
Uranium, 560 GJ per kg, in ground Raw kg -2.21159E-09 -4.65949E-19 -1.38224E-09 -8.29346E-10
Uranium, in ground Raw kg 0.000475296 0.000522606 -3.06019E-05 -1.67086E-05
Vermiculite, in ground Raw kg 1.4314E-05 1.45153E-05 -1.33232E-07 -6.81276E-08
Volume occupied, final repository for low-active radioactive waste Raw m3 9.13839E-07 1.0101E-06 -6.20922E-08 -3.41683E-08
Volume occupied, final repository for radioactive waste Raw m3 2.29997E-07 2.54156E-07 -1.55678E-08 -8.59173E-09
Volume occupied, reservoir Raw m3y 0.453661724 0.608670758 -0.087890359 -0.067118675
Volume occupied, underground deposit Raw m3 2.1361E-05 2.33468E-05 -1.36143E-06 -6.24403E-07
Water, barrage Raw kg -0.046838333 0.656214 -0.562447833 -0.1406045
Water, cooling, river Raw kg -43.728426 184.5590266 -109.4793135 -118.8081391
Water, cooling, salt, ocean Raw kg -0.207096647 3.15086E-06 -0.188137321 -0.018962477
Water, cooling, surface Raw kg -0.003697978 5.62627E-08 -0.003359435 -0.0003386
Water, cooling, unspecified natural origin/kg Raw kg -34.41104025 -7.857934432 -12.84790289 -13.70520293
Water, cooling, unspecified natural origin/m3 Raw m3 -1.41488884 1.817193214 -1.634130068 -1.597951985
Water, cooling, well, in ground Raw kg -1025.955709 4339.283212 -2572.994929 -2792.243992
Water, lake Raw m3 0.015024793 0.015235754 -0.000139546 -7.14141E-05
Water, process, drinking Raw kg -0.026908408 4.09397E-07 -0.024444992 -0.002463826
Water, process, river Raw kg -56.69734791 250.2145436 -147.1850314 -159.7268601
Water, process, salt, ocean Raw kg -0.000827968 1.25971E-08 -0.000752169 -7.58116E-05
Water, process, surface Raw kg -0.003243326 4.93454E-08 -0.002946405 -0.00029697
Water, process, unspecified natural origin/kg Raw kg 119.945709 134.4043411 -6.942828104 -7.515804036
Water, process, unspecified natural origin/m3 Raw m3 0.075348641 0.078687006 -0.001601605 -0.00173676
Water, process, well, in ground Raw kg -0.001345782 2.04753E-08 -0.001222578 -0.000123224
Water, river Raw m3 0.22365383 0.270198267 -0.02654579 -0.019998648
Water, salt, ocean Raw m3 0.030648364 0.035303221 -0.002852283 -0.001802575
Water, salt, sole Raw m3 0.001690198 0.002055824 -0.000252454 -0.000113173
Water, turbine use, unspecified natural origin Raw m3 214.0927019 380.776983 -90.60165575 -76.08262531

Water, unspecified natural origin /kg Raw kg -25.40616431 36.97855223 -38.01864049 -24.36607605
Water, unspecified natural origin/kg Raw kg -56.74317768 -3.23594E-11 -35.46448605 -21.27869163
Water, unspecified natural origin/m3 Raw m3 0.053910185 0.08097998 -0.01769539 -0.009374405
Water, well, in ground Raw m3 0.085275162 0.09117549 -0.003654944 -0.002245385
Wood, dry matter Raw kg -7.30568E-07 -1.5392E-16 -4.56605E-07 -2.73963E-07
Wood, hard, standing Raw m3 8.67813E-05 0.000181375 -5.10121E-05 -4.35818E-05
Wood, soft, standing Raw m3 -0.006953882 0.001080123 -0.007447392 -0.000586612
Wood, unspecified, standing/kg Raw kg -0.008015072 0.005867553 -0.008405975 -0.00547665
Wood, unspecified, standing/m3 Raw m3 4.36051E-07 4.8155E-07 -3.28826E-08 -1.26161E-08
Zeolite, in ground Raw kg -3.35771E-06 4.06926E-07 -2.42919E-06 -1.33544E-06
Zinc 9%, in sulfide, Zn 5.34% and Pb 2.97% in crude ore, in ground Raw kg 0.217298542 0.219521127 -0.001681779 -0.000540806
Zinc, in ground Raw kg -2.92013E-07 3.52303E-08 -2.11172E-07 -1.16072E-07
2-Propanol Air kg -2.37073E-05 -3.9758E-21 -1.48171E-05 -8.89025E-06
Acenaphthene Air kg 2.58546E-11 6.24685E-11 -1.91198E-11 -1.74941E-11
Acetaldehyde Air kg 7.9028E-06 1.06071E-05 -2.01309E-06 -6.91222E-07
Acetic acid Air kg 7.98608E-05 9.93981E-05 -1.18224E-05 -7.7148E-06
Acetone Air kg -0.000392931 1.38185E-05 -0.000254274 -0.000152475
Acrolein Air kg 4.95386E-09 6.23574E-09 -8.1481E-10 -4.67067E-10
Acrylonitrile Air kg -2.04863E-05 2.62119E-06 -1.39698E-05 -9.13766E-06
Actinides, radioactive, unspecified Air Bq 9.78036E-06 1.08047E-05 -6.58973E-07 -3.65414E-07
Aerosols, radioactive, unspecified Air Bq 0.188632009 0.208354532 -0.012680228 -0.007042296
Alcohols, unspecified Air kg -0.00166433 -2.79114E-19 -0.001040207 -0.000624124
Aldehydes, unspecified Air kg 6.5283E-07 1.85366E-06 -9.49389E-07 -2.51437E-07
Aluminum Air kg 0.004420682 0.005139883 -0.000413543 -0.000305659
Americium-241 Air Bq -1.70261E-08 -3.58715E-18 -1.06413E-08 -6.3848E-09
Ammonia Air kg 0.003721514 0.01051768 -0.003646208 -0.003149957
Ammonium carbonate Air kg 8.86147E-09 1.57556E-08 -6.19518E-09 -6.98971E-10
Antimony Air kg 6.57394E-06 6.73277E-06 -9.90732E-08 -5.97634E-08
Antimony-124 Air Bq 9.46344E-07 1.07458E-06 -8.96243E-08 -3.86154E-08
Antimony-125 Air Bq 9.87848E-06 1.12142E-05 -9.33687E-07 -4.02014E-07
Argon-41 Air Bq 118.8088404 130.9590501 -7.77047181 -4.379737923
Arsenic Air kg 2.26416E-05 0.000128018 -5.14076E-05 -5.39685E-05
Barium Air kg 8.13627E-07 3.70564E-06 -1.67114E-06 -1.22087E-06
Barium-140 Air Bq 0.000642579 0.000729466 -6.07359E-05 -2.61509E-05
Benzaldehde Air kg -2.44367E-11 8.57844E-12 -2.22429E-11 -1.07722E-11
Benzaldehyde Air kg 4.06584E-10 7.7134E-10 -2.29542E-10 -1.35214E-10
Benzene Air kg 0.0012426 0.00240215 -0.000703314 -0.000456236
Benzene, ethyl- Air kg 0.000286588 0.00062038 -0.000215343 -0.00011845
Benzene, hexachloro- Air kg -5.25063E-09 3.00118E-09 -4.67511E-09 -3.5767E-09
Benzene, pentachloro- Air kg 1.24995E-09 1.36855E-09 -8.06539E-11 -3.79479E-11
Benzo(a)pyrene Air kg 7.19668E-07 8.5879E-07 -9.08805E-08 -4.82411E-08
Beryllium Air kg -1.36227E-05 5.87227E-05 -3.47745E-05 -3.7571E-05
Biphenyl Air kg -6.5897E-10 2.74689E-09 -1.63333E-09 -1.77252E-09
Bismuth Air kg 9.57558E-10 9.57558E-10 -2.06656E-25 -2.93422E-26
Boron Air kg -0.003015642 0.014188261 -0.008256161 -0.008947742
Bromine Air kg 1.43713E-05 1.89511E-05 -3.19719E-06 -1.38261E-06
Butadiene Air kg 6.64548E-06 1.42782E-05 -4.91992E-06 -2.71279E-06
Butane Air kg 0.000179705 0.000310106 -7.76065E-05 -5.2795E-05
Butene Air kg 2.38234E-06 3.13302E-06 -5.11849E-07 -2.38829E-07
Cadmium Air kg 1.56699E-05 3.18257E-05 -7.99546E-06 -8.16033E-06
Calcium Air kg -5.66758E-05 6.19153E-05 -9.99659E-05 -1.86251E-05
Caprolactam Air kg -6.09218E-09 2.5395E-08 -1.51002E-08 -1.6387E-08
Carbon-14 Air Bq 787.6806028 870.7605841 -53.62689323 -29.45308812
Carbon dioxide Air kg 839.7330398 1831.58687 -631.3499513 -360.503879
Carbon dioxide, biogenic Air kg -6.872288496 25.24951453 -16.25694296 -15.86486006
Carbon dioxide, fossil Air kg -658.7798379 3015.596845 -1764.349433 -1910.02725

Carbon disulfide Air kg 0.002499844 0.002526055 -1.78209E-05 -8.3904E-06
Carbon monoxide Air kg 37.59590271 79.71122797 -27.14140715 -14.97391812
Carbon monoxide, biogenic Air kg 0.000241839 0.003673371 -0.002260964 -0.001170568
Carbon monoxide, fossil Air kg 0.05000836 0.086970044 -0.024283529 -0.012678155
Cerium-141 Air Bq 0.000155776 0.000176839 -1.47233E-05 -6.33929E-06
Cerium-144 Air Bq -1.81073E-07 -3.81494E-17 -1.13171E-07 -6.79025E-08
Cesium-134 Air Bq 6.81362E-06 8.46945E-06 -1.10957E-06 -5.46264E-07
Cesium-137 Air Bq 0.000131005 0.000150136 -1.32805E-05 -5.85031E-06
Chlorinated fluorocarbons, hard Air kg -2.97235E-09 1.02281E-08 -1.01681E-08 -3.03241E-09
Chlorinated fluorocarbons, soft Air kg -5.66858E-08 8.62443E-13 -5.14963E-08 -5.19034E-09
Chlorine Air kg -3.40288E-06 7.68884E-05 -4.1469E-05 -3.88223E-05
Chloroform Air kg -9.14325E-07 2.39843E-08 -4.69212E-07 -4.69098E-07
Chromium Air kg -0.000804664 0.000222899 -0.000554722 -0.000472841
Chromium-51 Air Bq 9.97892E-06 1.13318E-05 -9.4547E-07 -4.07424E-07
Chromium VI Air kg -2.61081E-05 3.00396E-05 -2.83872E-05 -2.77605E-05
Cobalt Air kg 1.78579E-05 7.30126E-05 -2.72112E-05 -2.79436E-05
Cobalt-57 Air Bq -1.56919E-12 -3.30605E-22 -9.80744E-13 -5.88446E-13
Cobalt-58 Air Bq 1.38746E-05 1.578E-05 -1.33003E-06 -5.7541E-07
Cobalt-60 Air Bq 0.00012276 0.000139402 -1.16304E-05 -5.01171E-06
Copper Air kg 4.70799E-05 0.000440978 -0.000192405 -0.000201493
Cumene Air kg 9.51402E-05 0.000197 -6.43695E-05 -3.74901E-05
Curium-242 Air Bq -8.98474E-14 -1.89295E-23 -5.61547E-14 -3.36928E-14
Curium-244 Air Bq -8.15688E-13 -1.71853E-22 -5.09805E-13 -3.05883E-13
Curium alpha Air Bq -2.70256E-08 -5.69389E-18 -1.6891E-08 -1.01346E-08
Cyanide Air kg 3.21608E-05 0.000897954 -0.000416026 -0.000449767
Cyclohexane Air kg 0.000449586 0.000966203 -0.000333003 -0.000183615
Dinitrogen monoxide Air kg 0.206512345 0.483995513 -0.17346273 -0.104020438
Dioxins, measured as 2,3,7,8-tetrachlorodibenzo-p-dioxin Air kg 1.85274E-11 3.27348E-11 -8.24495E-12 -5.96251E-12
Ethane Air kg 0.00035604 0.000970918 -0.00034522 -0.000269658
Ethane, 1,1,1,2-tetrafluoro-, HFC-134a Air kg 2.84621E-06 4.53982E-06 -9.92001E-07 -7.01605E-07
Ethane, 1,2-dichloro- Air kg 2.58229E-05 2.84446E-05 -2.35146E-06 -2.70254E-07
Ethane, 1,2-dichloro-1,1,2,2-tetrafluoro-, CFC-114 Air kg 1.82455E-07 2.01884E-07 -1.25629E-08 -6.86615E-09
Ethane, dichloro- Air kg -1.9691E-11 -4.1486E-21 -1.23069E-11 -7.38412E-12
Ethane, hexafluoro-, HFC-116 Air kg 1.13548E-05 1.18799E-05 -3.19486E-07 -2.05574E-07
Ethanol Air kg 3.07804E-06 2.04518E-05 -1.0962E-05 -6.41177E-06
Ethene Air kg -1.28885E-05 7.80573E-05 -5.0042E-05 -4.09039E-05
Ethene, chloro- Air kg 6.05342E-05 6.14219E-05 -7.39791E-07 -1.47895E-07
Ethene, tetrachloro- Air kg 3.22501E-09 7.41868E-09 -2.01118E-09 -2.18249E-09
Ethylene diamine Air kg 3.14268E-11 3.66436E-11 -3.43887E-12 -1.77793E-12
Ethylene oxide Air kg 1.63596E-06 1.63884E-06 -1.78929E-09 -1.09364E-09
Ethyne Air kg -5.41006E-06 3.0675E-06 -4.6815E-06 -3.79605E-06
Fluoride Air kg -0.012618289 0.062161672 -0.035997614 -0.038782347
Fluorine Air kg 7.08342E-06 1.13666E-05 -2.63946E-06 -1.64372E-06
Fluosilicic acid Air kg 9.28433E-07 1.22498E-06 -2.19085E-07 -7.74583E-08
Formaldehyde Air kg -0.000129193 0.000110762 -0.000204274 -3.56802E-05
Formaldehyde (methyl aldehyde) Air kg 0.00045218 0.000971726 -0.00033489 -0.000184656
Heat, waste Air MJ 759.6275462 1044.216933 -179.2303932 -105.3589936
Heavy metals, unspecified Air kg 1.08101E-11 1.81289E-27 6.75633E-12 4.0538E-12
Helium Air kg 6.50833E-06 8.00984E-06 -1.00507E-06 -4.96441E-07
Heptane Air kg 2.38202E-05 3.13208E-05 -5.11338E-06 -2.38714E-06
Hexane Air kg 0.002896439 0.00663071 -0.00231398 -0.001420291
Hydrocarbons, aliphatic, alkanes, cyclic Air kg -5.60188E-08 4.43966E-08 -8.2263E-08 -1.81524E-08
Hydrocarbons, aliphatic, alkanes, unspecified Air kg 0.000621649 0.000752807 -8.18309E-05 -4.93278E-05
Hydrocarbons, aliphatic, alkenes, unspecified Air kg -2.61307E-06 3.15643E-07 -1.88963E-06 -1.03908E-06
Hydrocarbons, aliphatic, unsaturated Air kg -8.54183E-06 5.18983E-05 -5.17911E-05 -8.64906E-06
Hydrocarbons, aromatic Air kg 0.000341942 0.000594734 -0.000139402 -0.00011339

Hydrocarbons, chlorinated Air kg 3.60734E-06 6.46664E-06 -2.18468E-06 -6.74621E-07
Hydrocarbons, halogenated Air kg -5.75667E-14 8.0652E-13 -6.91277E-13 -1.7281E-13
Hydrocarbons, sulfur Air kg 1.07021E-10 1.07021E-10 -2.30968E-26 -3.27942E-27
Hydrocarbons, unspecified Air kg 0.073216065 0.187433909 -0.072003069 -0.042214776
Hydrogen Air kg 0.000940244 0.001022904 -5.66483E-05 -2.60113E-05
Hydrogen-3, Tritium Air Bq 4540.155579 5015.315558 -305.7381053 -169.4218738
Hydrogen chloride Air kg -0.175273483 0.756615599 -0.447089694 -0.484799389
Hydrogen cyanide Air kg -6.95357E-28 1.05795E-32 -6.31699E-28 -6.36693E-29
Hydrogen fluoride Air kg 0.000465882 0.000678434 -0.000124752 -8.78003E-05
Hydrogen sulfide Air kg 0.000202997 0.000362193 -9.07694E-05 -6.8427E-05
Iodine Air kg 8.49927E-06 1.0223E-05 -1.09161E-06 -6.32103E-07
Iodine-129 Air Bq 0.79780743 0.881353828 -0.053780632 -0.029765766
Iodine-131 Air Bq 47.04466528 51.85085447 -3.072742931 -1.733446265
Iodine-133 Air Bq 0.000768026 0.000872214 -7.28076E-05 -3.13802E-05
Iodine-135 Air Bq -4.52981E-07 -9.54363E-17 -2.83113E-07 -1.69868E-07
Iron Air kg -7.18561E-05 3.26663E-05 -5.95295E-05 -4.49929E-05
Iron-59 Air Bq -3.55521E-11 -7.49029E-21 -2.22201E-11 -1.3332E-11
Isocyanic acid Air kg -0.000155234 3.67953E-07 -0.000145218 -1.03842E-05
Krypton-85 Air Bq 288.0450572 409.8631972 -76.69292666 -45.12521337
Krypton-85m Air Bq 15.21982955 17.0802248 -1.263994698 -0.596400548
Krypton-87 Air Bq 6.585091619 7.325615678 -0.489980541 -0.250543519
Krypton-88 Air Bq 6.257259308 6.990533109 -0.490645941 -0.24262786
Krypton-89 Air Bq 1.45232542 1.638966655 -0.128663186 -0.057978049
Lanthanum Air kg -1.45218E-08 1.75601E-09 -1.05029E-08 -5.77492E-09
Lanthanum-140 Air Bq 5.49167E-05 6.23446E-05 -5.19208E-06 -2.23575E-06
Lead Air kg 0.000338075 0.0005475 -0.000105235 -0.000104191
Lead-210 Air Bq 2.865737214 3.965482718 -0.638821184 -0.46092432
Lithium Air kg 6.35556E-11 6.35556E-11 -1.37163E-26 -1.94752E-27
m-Xylene Air kg -1.40763E-06 4.49419E-07 -1.71858E-06 -1.38467E-07
Magnesium Air kg -3.37391E-05 4.93122E-05 -4.91439E-05 -3.39073E-05
Magnesium oxide Air kg 1.31181E-06 1.36234E-06 -2.4233E-08 -2.62981E-08
Manganese Air kg -8.0555E-05 0.000500804 -0.00028043 -0.000300928
Manganese-54 Air Bq 5.11103E-06 5.80314E-06 -4.83737E-07 -2.08377E-07
Mercaptans, unspecified Air kg -1.68869E-10 2.56925E-15 -1.53409E-10 -1.54622E-11
Mercury Air kg -1.86791E-06 2.84237E-05 -1.48439E-05 -1.54478E-05
Metals, unspecified Air kg -2.52334E-06 0.000102085 -5.5838E-05 -4.87708E-05
Methacrylic acid, methyl ester Air kg 1.4469E-09 3.3514E-09 -9.13346E-10 -9.91146E-10
Methane Air kg -0.021872249 3.665724412 -1.868855738 -1.818740922
Methane, biogenic Air kg -0.015371268 0.065481875 -0.038798983 -0.042054161
Methane, bromochlorodifluoro-, Halon 1211 Air kg 1.16621E-07 2.2672E-07 -6.04529E-08 -4.96459E-08
Methane, bromotrifluoro-, Halon 1301 Air kg 9.1799E-08 1.63845E-07 -4.25989E-08 -2.94473E-08
Methane, chlorodifluoro-, HCFC-22 Air kg -2.49229E-06 1.08739E-06 -1.81233E-06 -1.76734E-06
Methane, chlorotrifluoro-, CFC-13 Air kg -4.06192E-09 -2.06215E-23 -2.5387E-09 -1.52322E-09
Methane, dichloro-, HCC-30 Air kg -4.02109E-07 8.02834E-07 -8.86324E-07 -3.1862E-07
Methane, dichlorodifluoro-, CFC-12 Air kg -1.49487E-06 1.82514E-07 -1.00644E-06 -6.70939E-07
Methane, dichlorofluoro-, HCFC-21 Air kg -6.80041E-10 4.2108E-14 -3.45491E-10 -3.34592E-10
Methane, fossil Air kg 0.070559277 0.093533515 -0.013266407 -0.009707831
Methane, monochloro-, R-40 Air kg 2.1211E-13 3.58735E-13 -9.7287E-14 -4.93379E-14
Methane, tetrachloro-, CFC-10 Air kg -8.39295E-08 9.26553E-08 -8.88577E-08 -8.77271E-08
Methane, tetrafluoro-, FC-14 Air kg 9.96378E-05 0.000117748 -1.12029E-05 -6.90748E-06
Methane, trichlorofluoro-, CFC-11 Air kg -1.51878E-06 1.93875E-07 -1.03534E-06 -6.77313E-07
Methane, trifluoro-, HFC-23 Air kg -2.02507E-07 1.3398E-11 -1.0126E-07 -1.0126E-07
Methanol Air kg 1.72927E-05 5.22635E-05 -3.1213E-05 -3.75782E-06
Methyl ethyl ketone Air kg 3.1151E-08 6.97959E-08 -1.85331E-08 -2.01118E-08
Methyl mercaptan Air kg 5.36045E-11 5.36045E-11 -1.15687E-26 -1.64259E-27
Molybdenum Air kg 5.02726E-07 7.10742E-07 -1.29672E-07 -7.83436E-08

Monoethanolamine Air kg 8.32761E-07 9.17841E-07 -5.32938E-08 -3.17861E-08
Naphthalene Air kg 3.08333E-08 3.62037E-08 -4.01908E-09 -1.35124E-09
Neptunium-237 Air Bq -8.91845E-13 -1.87898E-22 -5.57403E-13 -3.34442E-13
Nickel Air kg 0.000125476 0.000390094 -0.000140677 -0.000123942
Niobium-95 Air Bq 6.0667E-07 6.88884E-07 -5.74575E-08 -2.47564E-08
Nitrate Air kg 2.04532E-07 2.27143E-07 -1.30472E-08 -9.56392E-09
Nitric oxide Air kg -6.76048E-06 2.85562E-06 -6.48488E-06 -3.13121E-06
Nitrogen Air kg -8.52392E-08 -1.79586E-17 -5.32745E-08 -3.19647E-08
Nitrogen dioxide Air kg -0.000821666 4.1075E-05 -0.00053653 -0.000326211
Nitrogen oxides Air kg 2.075009193 15.91810338 -7.347612765 -6.495481419
NMVOC, non-methane volatile organic compounds, unspecified origin Air kg 3.05376502 6.57517049 -2.250445822 -1.270959649
Noble gases, radioactive, unspecified Air Bq 7666364.033 8469136.733 -516763.0908 -286009.6091
o-Xylene Air kg -6.17939E-09 5.64123E-08 -3.00333E-08 -3.25584E-08
Organic substances, unspecified Air kg -1.48084E-06 1.94665E-05 -1.67679E-05 -4.17937E-06
Ozone Air kg 0.000241407 0.000269925 -1.80054E-05 -1.0512E-05
PAH, polycyclic aromatic hydrocarbons Air kg 0.000180737 0.000248468 -3.90319E-05 -2.86998E-05
Paraffins Air kg 1.84911E-10 2.03482E-10 -1.15787E-11 -6.99204E-12
Particulates Air kg 0.997085655 1.225468323 -0.140419758 -0.08796291
Particulates, < 10 um Air kg -0.170478941 0.808966055 -0.471545664 -0.507899332
Particulates, < 10 um (mobile) Air kg -1.09179E-08 -2.30024E-18 -6.8237E-09 -4.09422E-09
Particulates, < 10 um (stationary) Air kg -4.5949E-07 -9.68076E-17 -2.87181E-07 -1.72309E-07
Particulates, < 2.5 um Air kg 0.008593579 0.023424929 -0.008938368 -0.005892982
Particulates, > 10 um Air kg 0.027843774 0.04440474 -0.010079654 -0.006481312
Particulates, > 10 um (process) Air kg -2.53566E-07 -5.34225E-17 -1.58478E-07 -9.50871E-08
Particulates, > 2.5 um, and < 10um Air kg 0.015122724 0.026643075 -0.006777053 -0.004743298
Particulates, SPM Air kg -1.03458E-05 7.22202E-05 -6.51451E-05 -1.7421E-05
Pentane Air kg 0.000357826 0.00051425 -9.53973E-05 -6.1027E-05
Pesticides, unspecified Air kg 4.42167E-09 4.42167E-09 -9.54263E-25 -1.35492E-25
Phenol Air kg 1.51717E-05 2.16095E-05 -4.13122E-06 -2.30659E-06
Phenol, pentachloro- Air kg 2.82895E-07 3.12043E-07 -1.86472E-08 -1.05005E-08
Phosphate Air kg 4.402E-09 6.3317E-08 -4.71325E-08 -1.17825E-08
Phosphorous Air kg -1.52749E-07 5.38902E-08 -1.39254E-07 -6.73853E-08
Phosphorus Air kg -4.34265E-06 1.64105E-06 -5.05923E-06 -9.24465E-07
Phosphorus, total Air kg -3.19319E-11 -6.72758E-21 -1.99574E-11 -1.19745E-11
Platinum Air kg 3.66577E-13 5.71511E-13 -1.33692E-13 -7.12429E-14
Plutonium-238 Air Bq 1.08832E-07 1.20231E-07 -7.3374E-09 -4.06104E-09
Plutonium-241 Air Bq -1.48641E-06 -3.13164E-16 -9.29005E-07 -5.57403E-07
Plutonium-alpha Air Bq 1.95437E-07 2.75614E-07 -5.05996E-08 -2.95771E-08
Polonium-210 Air Bq 4.967132589 6.949039082 -1.149416826 -0.832489667
Polychlorinated biphenyls Air kg 8.22987E-10 1.32353E-08 -7.01946E-09 -5.39282E-09
Polychlorinated dioxins and furans Air kg -1.10302E-10 6.26228E-10 -3.53217E-10 -3.83314E-10
Potassium Air kg -0.000296795 9.47033E-05 -0.000351661 -3.98375E-05
Potassium-40 Air Bq 0.531370551 0.819473824 -0.165414614 -0.122688659
Promethium-147 Air Bq -4.59435E-07 -9.67961E-17 -2.87147E-07 -1.72288E-07
Propanal Air kg 4.53405E-10 7.7134E-10 -2.00279E-10 -1.17656E-10
Propane Air kg 0.000122198 0.000457724 -0.000197203 -0.000138323
Propene Air kg -0.000130996 3.67465E-05 -0.000101089 -6.66531E-05
Propionic acid Air kg 1.3327E-06 2.92616E-06 -9.1343E-07 -6.80031E-07
Propylene oxide Air kg 4.72759E-08 7.74042E-08 -2.24734E-08 -7.65488E-09
Protactinium-234 Air Bq 0.108118789 0.119514582 -0.007351545 -0.004044247
Radioactive species, other beta emitters Air Bq 1.1776557 2.539285901 -1.014313732 -0.347316469
Radioactive species, unspecified Air Bq 191918.1891 3973633.648 -2006716.157 -1774999.301
Radium-226 Air Bq 4.22246441 4.872822259 -0.401348465 -0.249009384
Radium-228 Air Bq -0.533350359 0.528807786 -0.587575814 -0.47458233
Radon-220 Air Bq -0.012328036 0.003712643 -0.008844783 -0.007195896
Radon-222 Air Bq 14349691.7 15862237.65 -975757.0357 -536788.9113

Ruthenium-103 Air Bq 1.33316E-07 1.51352E-07 -1.2607E-08 -5.4291E-09
Ruthenium-106 Air Bq -5.40512E-06 -1.13878E-15 -3.3782E-06 -2.02692E-06
Scandium Air kg -1.97473E-08 8.35485E-09 -1.61413E-08 -1.19609E-08
Selenium Air kg -0.000150895 0.000677763 -0.000397622 -0.000431035
Silicates, unspecified Air kg -6.15362E-05 7.40532E-06 -4.44769E-05 -2.44646E-05
Silicon Air kg -0.000574183 8.70678E-05 -0.000344969 -0.000316281
Silicon tetrafluoride Air kg 5.21973E-09 5.43056E-09 -1.32749E-10 -7.80799E-11
Silver Air kg 3.91043E-09 3.91739E-09 -5.92713E-12 -1.02971E-12
Silver-110 Air Bq 1.32044E-06 1.50002E-06 -1.2546E-07 -5.41151E-08
Sodium Air kg -1.32361E-05 2.47564E-05 -2.93232E-05 -8.6693E-06
Sodium carbonate Air kg 4.18657E-16 2.54647E-16 1.57536E-16 6.47408E-18
Sodium chlorate Air kg 6.53823E-08 6.79676E-08 -1.70587E-09 -8.79431E-10
Sodium dichromate Air kg 6.98149E-08 7.52799E-08 -3.87967E-09 -1.58531E-09
Sodium formate Air kg 7.73649E-09 9.25921E-09 -8.59023E-10 -6.63689E-10
Soot Air kg 4.228E-06 1.29251E-05 -5.93564E-06 -2.76146E-06
Strontium Air kg -2.26561E-07 3.80117E-06 -2.30756E-06 -1.72017E-06
Strontium-89 Air Bq -1.62355E-09 -3.42059E-19 -1.01472E-09 -6.08833E-10
Strontium-90 Air Bq -8.92152E-07 -1.87963E-16 -5.57595E-07 -3.34557E-07
Styrene Air kg 1.75791E-05 3.47572E-05 -1.10297E-05 -6.14841E-06
Sulfate Air kg 0.00076204 0.000810724 -2.67106E-05 -2.19733E-05
Sulfur dioxide Air kg 0.108466082 3.069350823 -1.465294949 -1.495589792
Sulfur hexafluoride Air kg -9.55701E-05 4.51068E-06 -6.30191E-05 -3.70616E-05
Sulfur oxides Air kg -3.534221611 16.32781452 -9.567553373 -10.29448276
Sulfuric acid Air kg -0.017083179 0.07338875 -0.043387485 -0.047084444
t-Butyl methyl ether Air kg -2.20268E-07 3.73999E-08 -2.38981E-07 -1.86864E-08
Technetium-99 Air Bq -3.78358E-11 -7.97144E-21 -2.36474E-11 -1.41884E-11
Tellurium-123m Air Bq -4.082E-09 -8.60016E-19 -2.55125E-09 -1.53075E-09
Thallium Air kg -1.21995E-08 1.58516E-08 -1.57046E-08 -1.23464E-08
Thorium Air kg -5.62789E-08 1.41953E-08 -4.25177E-08 -2.79564E-08
Thorium-228 Air Bq 0.073052125 0.175306474 -0.057668494 -0.044585855
Thorium-230 Air Bq 0.410650734 0.453369244 -0.027584119 -0.015134391
Thorium-232 Air Bq 0.177546288 0.256336891 -0.045509647 -0.033280955
Thorium-234 Air Bq 0.108139463 0.119537455 -0.007352967 -0.004045026
Tin Air kg 6.58437E-06 1.19727E-05 -2.96459E-06 -2.42371E-06
Titanium Air kg -6.17037E-06 2.34658E-06 -4.9429E-06 -3.57404E-06
Toluene Air kg 0.001935314 0.004203588 -0.001440617 -0.000827658
Uranium Air kg -4.56879E-08 1.27857E-08 -3.38778E-08 -2.45958E-08
Uranium-234 Air Bq 1.271512367 1.404962046 -0.086115828 -0.047333851
Uranium-235 Air Bq 0.061267305 0.067724929 -0.004165881 -0.002291743
Uranium-238 Air Bq 1.722996271 2.075638587 -0.212324864 -0.140317452
Uranium alpha Air Bq 5.9024675 6.524553609 -0.401311678 -0.22077443
Vanadium Air kg 4.10331E-05 5.73255E-05 -1.08481E-05 -5.44434E-06
VOC, volatile organic compounds Air kg 0.000206737 0.000407854 -0.000160513 -4.06041E-05
water Air kg 0.007213278 0.007980509 -0.000442779 -0.000324452
Xenon-131m Air Bq 29.86219405 33.2690269 -2.264993381 -1.141839465
Xenon-133 Air Bq 934.6870611 1043.306422 -72.63335376 -35.98600695
Xenon-133m Air Bq 4.391003116 4.851777908 -0.297553602 -0.16322119
Xenon-135 Air Bq 384.4092986 428.9155944 -29.72970386 -14.77659191
Xenon-135m Air Bq 224.7791271 251.0409331 -17.59514794 -8.666658113
Xenon-137 Air Bq 3.983008686 4.494607934 -0.35264219 -0.158957058
Xenon-138 Air Bq 36.42388455 40.92473855 -3.067889345 -1.432964652
Xylene Air kg 0.001548258 0.003214886 -0.001070507 -0.000596121
Zinc Air kg 0.000423154 0.000800429 -0.000191383 -0.000185892
Zinc-65 Air Bq 2.55213E-05 2.89765E-05 -2.41501E-06 -1.04023E-06
Zirconium Air kg 2.08394E-08 3.63725E-08 -8.83146E-09 -6.70163E-09
Zirconium-95 Air Bq 2.49499E-05 2.83234E-05 -2.35818E-06 -1.01535E-06

Acenaphthene Water kg 8.84322E-10 1.06797E-09 -1.26834E-10 -5.68112E-11
Acenaphthylene Water kg -5.16097E-11 6.67909E-11 -7.47543E-11 -4.36462E-11
Acetic acid Water kg 2.85386E-06 2.98276E-06 -8.49273E-08 -4.39718E-08
Acidity, unspecified Water kg 0.000220971 0.000238982 -1.16474E-05 -6.36385E-06
Acids, unspecified Water kg -2.3388E-11 -4.9275E-21 -1.46175E-11 -8.7705E-12
Actinides, radioactive, unspecified Water Bq 1.295868506 1.431563158 -0.087349746 -0.048344906
Aluminum Water kg 0.027888338 0.034725029 -0.00421833 -0.00261836
Americium-241 Water Bq -2.24312E-06 -4.72593E-16 -1.40195E-06 -8.41172E-07
Ammonia Water kg -0.00044955 0.002327306 -0.001331733 -0.001445123
Ammonia, as N Water kg -7.59846E-07 -1.60088E-16 -4.74904E-07 -2.84942E-07
Ammonium, ion Water kg -5.52161E-05 0.000199955 -0.000170465 -8.47068E-05
Antimony Water kg 5.38134E-05 5.70926E-05 -2.29487E-06 -9.84373E-07
Antimony-122 Water Bq 0.00038162 0.000433232 -3.60769E-05 -1.55346E-05
Antimony-124 Water Bq 0.203885521 0.225788274 -0.014217208 -0.007685545
Antimony-125 Water Bq 0.174745796 0.193801914 -0.012405369 -0.006650748
AOX, Adsorbable Organic Halogen as Cl Water kg 1.49422E-06 2.30309E-06 -4.39874E-07 -3.68995E-07
Arsenic Water kg -1.45797E-07 1.62014E-05 -8.30045E-06 -8.04673E-06
Arsenic, ion Water kg 3.92197E-05 5.42278E-05 -8.91548E-06 -6.09259E-06
Asbestos Water kg -1.09172E-09 -1.83084E-25 -6.82322E-10 -4.09393E-10
Barite Water kg 0.000573131 0.001214653 -0.000387422 -0.0002541
Barium Water kg 0.000442766 0.000714129 -0.000166725 -0.000104638
Barium-140 Water Bq 0.001671737 0.001897784 -0.000158012 -6.80353E-05
Benzene Water kg 4.3139E-05 4.95923E-05 -4.22078E-06 -2.23251E-06
Benzene, chloro- Water kg -1.43516E-14 1.72669E-15 -1.03727E-14 -5.70562E-15
Benzene, ethyl- Water kg 3.701E-06 4.90601E-06 -8.09409E-07 -3.95599E-07
Beryllium Water kg 2.87115E-06 3.92076E-06 -5.64401E-07 -4.85213E-07
BOD5, Biological Oxygen Demand Water kg -0.023183805 0.34562805 -0.179637878 -0.189173976
Boron Water kg 0.000518481 0.000862757 -0.000175212 -0.000169064
Bromate Water kg 1.49767E-06 9.5469E-06 -4.10524E-06 -3.94399E-06
Bromine Water kg 0.00018683 0.000216268 -2.03784E-05 -9.05899E-06
Butene Water kg 1.1301E-09 2.25782E-09 -9.92897E-10 -1.34819E-10
Cadmium Water kg 5.41478E-07 2.85709E-06 -1.26339E-06 -1.05223E-06
Cadmium-109 Water Bq -6.52988E-11 -1.37575E-20 -4.08117E-11 -2.4487E-11
Cadmium, ion Water kg 1.91988E-05 2.42264E-05 -2.95912E-06 -2.06849E-06
Calcium compounds, unspecified Water kg -0.0011552 0.000139675 -0.000835486 -0.000459389
Calcium, ion Water kg 0.124032092 0.148230437 -0.015588447 -0.008609898
Carbon-14 Water Bq -0.000113508 -2.39143E-14 -7.09422E-05 -4.25653E-05
Carbonate Water kg 0.00078776 0.000851551 -4.68494E-05 -1.69411E-05
Carboxylic acids, unspecified Water kg 0.00059889 0.000729661 -8.98503E-05 -4.09208E-05
Cerium-141 Water Bq 0.000668391 0.000758765 -6.31741E-05 -2.72006E-05
Cerium-144 Water Bq 0.000152131 0.000230993 -5.13251E-05 -2.75365E-05
Cesium Water kg 1.39161E-07 1.72061E-07 -2.25686E-08 -1.03314E-08
Cesium-134 Water Bq 0.160248318 0.177481544 -0.011123167 -0.006110059
Cesium-136 Water Bq 0.000118627 0.000134666 -1.1212E-05 -4.82748E-06
Cesium-137 Water Bq 149.0242977 164.6368599 -10.05163966 -5.560922545
Chlorate Water kg 0.000117178 0.000179108 -3.16406E-05 -3.02894E-05
Chloride Water kg 2.615557308 2.714886354 -0.064464854 -0.034864193
Chlorinated solvents, unspecified Water kg 1.73176E-05 1.74419E-05 -8.12678E-08 -4.30269E-08
Chlorine Water kg 1.20938E-05 1.29173E-05 -5.7152E-07 -2.51949E-07
Chloroform Water kg -6.42075E-10 6.29638E-13 -3.22126E-10 -3.20579E-10
Chromate Water kg -3.09099E-13 4.70277E-18 -2.80801E-13 -2.83022E-14
Chromium Water kg -1.36129E-05 2.18062E-05 -1.98162E-05 -1.56029E-05
Chromium-51 Water Bq 0.201994269 0.22710361 -0.01708864 -0.008020702
Chromium VI Water kg 0.00059095 0.000791935 -0.000113637 -8.73479E-05
Chromium, ion Water kg 1.23892E-05 1.53873E-05 -1.67786E-06 -1.32027E-06
Cobalt Water kg -0.000603289 0.000196637 -0.000438873 -0.000361053

Cobalt-57 Water Bq 0.003765644 0.004274807 -0.000355918 -0.000153246
Cobalt-58 Water Bq 1.555692306 1.735172478 -0.119338392 -0.060141779
Cobalt-60 Water Bq 1.215834603 1.358510916 -0.095262557 -0.047413757
COD, Chemical Oxygen Demand Water kg 0.079711637 0.121280654 -0.024497928 -0.01707109
Copper Water kg -5.96334E-06 3.24845E-05 -1.84384E-05 -2.00095E-05
Copper, ion Water kg 0.001674565 0.002117978 -0.000314036 -0.000129377
Crude oil Water kg -7.88873E-06 4.13175E-05 -3.28863E-05 -1.63199E-05
Cumene Water kg 3.66672E-05 3.83025E-05 -1.01323E-06 -6.22102E-07
Curium alpha Water Bq -2.97282E-06 -6.26328E-16 -1.85801E-06 -1.11481E-06
Cyanide Water kg 0.000194387 0.000236038 -2.36353E-05 -1.80161E-05
Cyanide (inorganic) compounds Water kg 5.47796E-07 5.97392E-07 -2.37942E-08 -2.58021E-08
Detergent, anionic Water kg -3.16268E-07 6.34222E-07 -7.89785E-07 -1.60705E-07
Dichromate Water kg 2.58694E-07 2.78918E-07 -1.43572E-08 -5.86706E-09
DOC, Dissolved Organic Carbon Water kg 0.017009206 0.032119113 -0.008678137 -0.00643177
Emission, unspecified Water kg -4.00508E-05 0.000560898 -0.000480761 -0.000120187
EOCl, Extractable organic chlorine Water kg -6.52888E-11 -1.09492E-26 -4.08055E-11 -2.44833E-11
Ethane, 1,1,1-trichloro-, HCFC-140 Water kg -1.10456E-14 -2.32714E-24 -6.90348E-15 -4.14209E-15
Ethane, 1,1,2-trichloro- Water kg 1.27859E-14 1.33524E-14 -2.71776E-16 -2.9471E-16
Ethane, 1,2-dichloro- Water kg 6.02601E-07 6.21061E-07 -1.47831E-08 -3.67721E-09
Ethane, dichloro- Water kg -4.15035E-09 4.98576E-10 -2.99906E-09 -1.64986E-09
Ethane, hexachloro- Water kg -2.25034E-16 -4.74112E-26 -1.40646E-16 -8.43876E-17
Ethene Water kg 1.01526E-05 1.04243E-05 -1.80774E-07 -9.08552E-08
Ethene, chloro- Water kg 1.33936E-06 1.34773E-06 -6.35648E-09 -2.01022E-09
Ethene, tetrachloro- Water kg -2.67227E-14 -5.63008E-24 -1.67017E-14 -1.0021E-14
Ethene, trichloro- Water kg -7.08837E-10 8.54178E-11 -5.12425E-10 -2.8183E-10
Ethylene diamine Water kg 7.61863E-11 8.88331E-11 -8.33663E-12 -4.31012E-12
Ethylene oxide Water kg 1.22416E-09 1.34923E-09 -7.8342E-11 -4.67255E-11
Fatty acids as C Water kg -5.92262E-08 -1.24781E-17 -3.70164E-08 -2.22098E-08
Fluoride Water kg 0.000741515 0.002105925 -0.000788153 -0.000576257
Fluorine Water kg -0.000271325 2.56987E-08 -0.000169599 -0.000101752
Fluosilicic acid Water kg 1.67117E-06 2.20491E-06 -3.94325E-07 -1.39416E-07
Formaldehyde Water kg -2.80083E-06 2.66983E-06 -5.07803E-06 -3.92632E-07
Glutaraldehyde Water kg 7.07499E-08 1.49954E-07 -4.78316E-08 -3.13724E-08
Heat, waste Water MJ 13.2996982 14.90992692 -1.099296085 -0.510932636
Hydrocarbons, aliphatic, alkanes, unspecified Water kg 1.80168E-05 2.23769E-05 -2.98756E-06 -1.37256E-06
Hydrocarbons, aliphatic, alkenes, unspecified Water kg -4.2302E-08 5.09574E-09 -3.0579E-08 -1.68187E-08
Hydrocarbons, aliphatic, unsaturated Water kg 1.70609E-06 2.06039E-06 -2.44696E-07 -1.09604E-07
Hydrocarbons, aromatic Water kg 7.62828E-05 0.000146686 -3.99891E-05 -3.04145E-05
Hydrocarbons, chlorinated Water kg 1.43623E-08 4.03902E-07 -2.06351E-07 -1.83189E-07
Hydrocarbons, unspecified Water kg 0.000175885 0.000561558 -0.000240532 -0.000145141
Hydrogen Water kg -5.35961E-05 8.68306E-06 -3.80431E-05 -2.4236E-05
Hydrogen-3, Tritium Water Bq 341252.216 377002.2245 -23014.99245 -12735.01606
Hydrogen peroxide Water kg 4.70426E-08 5.24757E-08 -3.87741E-09 -1.55571E-09
Hydrogen sulfide Water kg 1.0793E-05 1.59046E-05 -3.90856E-06 -1.20305E-06
Hydroxide Water kg 5.85022E-07 6.45639E-07 -3.89557E-08 -2.1661E-08
Hypochlorite Water kg 2.36496E-05 2.60844E-05 -1.55789E-06 -8.76935E-07
Hypochlorous acid Water kg -4.92336E-06 5.93892E-07 -3.55964E-06 -1.95761E-06
Iodide Water kg 1.4789E-05 1.83595E-05 -2.42073E-06 -1.1497E-06
Iodine-129 Water Bq -0.000324307 -6.83267E-14 -0.000202692 -0.000121615
Iodine-131 Water Bq 0.036710541 0.040717333 -0.002614276 -0.001392516
Iodine-133 Water Bq 0.001049435 0.001191387 -9.92245E-05 -4.27278E-05
Iron Water kg -0.000327316 0.001353995 -0.000937405 -0.000743906
Iron-59 Water Bq 0.000288526 0.000327538 -2.72702E-05 -1.17415E-05
Iron, ion Water kg 0.064849832 0.076219413 -0.006553592 -0.004815989
Kjeldahl-N Water kg -1.10195E-05 0.000156966 -0.000133992 -3.3993E-05
Lanthanum-140 Water Bq 0.001780548 0.002021297 -0.00016829 -7.24596E-05

Lead Water kg 0.000104188 0.000179682 -5.42847E-05 -2.121E-05
Lead-210 Water Bq 3.582884473 3.849584734 -0.179745203 -0.086955058
Magnesium Water kg 0.012729088 0.016010959 -0.002133405 -0.001148466
Manganese Water kg 0.000452793 0.000740951 -0.000197714 -9.04436E-05
Manganese-54 Water Bq 0.094385456 0.105377901 -0.007306134 -0.003686311
Mercury Water kg 5.77076E-06 6.90716E-06 -6.02175E-07 -5.3423E-07
Metallic ions, unspecified Water kg -0.000585865 0.000222926 -0.000480609 -0.000328182
Methane, dichloro-, HCC-30 Water kg 1.65744E-06 2.25931E-06 -3.81712E-07 -2.20152E-07
Methane, tetrachloro-, CFC-10 Water kg -4.07873E-14 -8.59328E-24 -2.54921E-14 -1.52953E-14
Methanol Water kg 1.14265E-06 4.30993E-06 -2.36576E-06 -8.01518E-07
Molybdenum Water kg 1.9035E-05 2.56355E-05 -4.20713E-06 -2.3934E-06
Molybdenum-99 Water Bq 0.000613895 0.0006969 -5.80228E-05 -2.49825E-05
Neptunium-237 Water Bq -1.43236E-07 -3.01776E-17 -8.95223E-08 -5.37134E-08
Nickel Water kg -8.71678E-07 7.34372E-06 -4.04707E-06 -4.16832E-06
Nickel, ion Water kg -0.001271237 0.001706557 -0.00163582 -0.001341974
Niobium-95 Water Bq 0.012169137 0.013572302 -0.000923362 -0.000479803
Nitrate Water kg 0.000213346 0.003343388 -0.002117861 -0.001012181
Nitrite Water kg 2.63615E-06 3.34356E-06 -4.41755E-07 -2.65651E-07
Nitrogen Water kg 0.000349264 0.00051266 -0.000120562 -4.28327E-05
Nitrogen, organic bound Water kg 0.000640132 0.000709732 -3.95328E-05 -3.00671E-05
Nitrogen, total Water kg 0.000458769 0.004471199 -0.002053878 -0.001958553
non-filtrable residue Water kg -0.000157875 -0.000154789 -1.48033E-06 -1.60648E-06
Non-prescribed liquids Water kg -2.71895E-09 4.13675E-14 -2.47004E-09 -2.48957E-10
Oils, unspecified Water kg 0.009358062 0.012997517 -0.002256381 -0.001383074
Organic substances, unspecified Water kg -1.7325E-08 1.02284E-08 -2.38424E-08 -3.71104E-09
PAH, polycyclic aromatic hydrocarbons Water kg -1.22525E-05 9.56851E-06 -1.23383E-05 -9.48275E-06
Paraffins Water kg 5.3663E-10 5.90524E-10 -3.36026E-11 -2.02916E-11
Phenol Water kg 3.96739E-05 5.57373E-05 -1.07186E-05 -5.3448E-06
Phenols, unspecified Water kg 5.05876E-05 5.57292E-05 -2.70624E-06 -2.43531E-06
Phosphate Water kg 0.000950589 0.002499176 -0.000933003 -0.000615584
Phosphorus Water kg 1.63521E-05 2.78034E-05 -8.52745E-06 -2.92386E-06
Phosphorus compounds, unspecified Water kg -8.25678E-12 -1.73958E-21 -5.16049E-12 -3.09629E-12
Phosphorus pentoxide Water kg 5.13694E-05 6.23306E-05 -8.76937E-06 -2.19182E-06
Phosphorus, total Water kg 0.00014261 0.000464606 -0.000154422 -0.000167573
Phthalate, dioctyl- Water kg -9.79954E-16 -2.06461E-25 -6.12471E-16 -3.67483E-16
Phthalate, p-dibutyl- Water kg -1.08252E-14 -2.2807E-24 -6.76574E-15 -4.05944E-15
Phthalate, p-dimethyl- Water kg -6.81585E-14 -1.436E-23 -4.25991E-14 -2.55594E-14
Plutonium-241 Water Bq -0.00022161 -4.66899E-14 -0.000138506 -8.31037E-05
Plutonium-alpha Water Bq -8.91845E-06 -1.87898E-15 -5.57403E-06 -3.34442E-06
Polonium-210 Water Bq 4.701888336 5.027157706 -0.221660323 -0.103609047
Potassium Water kg -0.000396066 4.69248E-05 -0.000286078 -0.000156913
Potassium-40 Water Bq 2.084599935 2.293093881 -0.135250781 -0.073243165
Potassium, ion Water kg 0.005535671 0.006705051 -0.000823641 -0.000345739
Propene Water kg 1.36488E-05 1.431E-05 -4.17246E-07 -2.44008E-07
Propylene oxide Water kg 1.13758E-07 1.86254E-07 -5.40767E-08 -1.84195E-08
Protactinium-234 Water Bq 2.002199681 2.213233032 -0.136139846 -0.074893505
Radioactive species, unspecified Water Bq 1795.708955 35914.1791 -17957.08955 -16161.3806
Radioactive species, alpha emitters Water Bq 0.006143926 0.006428431 -0.000191239 -9.32666E-05
Radioactive species, from fission and activation Water Bq -6.71804E-06 -1.41539E-15 -4.19878E-06 -2.51927E-06
Radioactive species, Nuclides, unspecified Water Bq 777.2179484 858.6104007 -52.39497187 -28.99748043
Radium-224 Water Bq 7.108123435 8.584945531 -1.019924791 -0.456897304
Radium-226 Water Bq 1260.00008 1393.882225 -86.48434912 -47.39779529
Radium-228 Water Bq 14.21624415 17.16988988 -2.039850748 -0.913794983
Rubidium Water kg 1.49912E-06 1.80253E-06 -2.09175E-07 -9.42309E-08
Ruthenium Water kg -1.14914E-10 -2.42108E-20 -7.18216E-11 -4.30929E-11
Ruthenium-103 Water Bq 0.000129534 0.000147052 -1.22456E-05 -5.27289E-06

Ruthenium-106 Water Bq -0.000540512 -1.13878E-13 -0.00033782 -0.000202692
Salts, unspecified Water kg -8.59402E-05 1.03015E-05 -6.20826E-05 -3.41591E-05
Scandium Water kg 3.7957E-06 5.22054E-06 -8.27897E-07 -5.96947E-07
Selenium Water kg -4.94452E-07 7.64524E-06 -5.19506E-06 -2.94463E-06
Silicon Water kg -0.368630714 0.341729883 -0.391642121 -0.318718476
Silver Water kg -2.87401E-07 2.1996E-10 -1.79804E-07 -1.07817E-07
Silver-110 Water Bq 1.165704253 1.301486127 -0.09068559 -0.045096285
Silver, ion Water kg 1.43216E-07 1.84708E-07 -2.94914E-08 -1.20003E-08
Sodium-24 Water Bq 0.004644549 0.005272931 -0.00043923 -0.000189152
Sodium formate Water kg 1.85865E-08 2.22447E-08 -2.06375E-09 -1.59447E-09
Sodium, ion Water kg 0.051216762 0.081343221 -0.020932339 -0.00919412
Solids, inorganic Water kg 0.034322552 0.069883977 -0.027871781 -0.007689645
Solved organics Water kg -1.86536E-05 2.47662E-05 -3.02157E-05 -1.32041E-05
Solved solids Water kg -0.086901872 0.014750116 -0.055758037 -0.045893951
Solved substances Water kg -0.000528777 6.7821E-05 -0.00038559 -0.000211008
Solved substances, inorganic Water kg 0.000875446 0.017517552 -0.008760047 -0.007882059
Strontium Water kg 0.001152982 0.001420907 -0.000179274 -8.86508E-05
Strontium-89 Water Bq 0.018304621 0.020585862 -0.001548787 -0.000732455
Strontium-90 Water Bq 1297.71356 1430.311927 -84.77657394 -47.82179212
Styrene Water kg 2.55731E-14 2.67062E-14 -5.43581E-16 -5.89452E-16
Sulfate Water kg 0.21480321 0.264842958 -0.030235545 -0.019804202
Sulfate and sulfides Water kg -1.83582E-09 7.76178E-09 -4.6027E-09 -4.9949E-09
Sulfide Water kg 1.45283E-05 1.51144E-05 -3.54053E-07 -2.32004E-07
Sulfite Water kg 6.12106E-05 6.80092E-05 -4.29093E-06 -2.50769E-06
Sulfur Water kg 2.2198E-05 2.82956E-05 -4.21535E-06 -1.88223E-06
Sulfur trioxide Water kg -5.10225E-07 6.15888E-08 -3.68932E-07 -2.02882E-07
Suspended solids, unspecified Water kg -0.117668057 0.577465707 -0.333890763 -0.361243001
Suspended substances, unspecified Water kg 0.000707019 0.026435097 -0.013624958 -0.012103121
t-Butyl methyl ether Water kg 2.38535E-07 3.02965E-07 -4.57318E-08 -1.8699E-08
Technetium-99 Water Bq -5.67538E-05 -1.19572E-14 -3.54711E-05 -2.12827E-05
Technetium-99m Water Bq 0.014251652 0.016173745 -0.001342694 -0.0005794
Tellurium-123m Water Bq 0.021367333 0.02364038 -0.001467808 -0.00080524
Tellurium-132 Water Bq 3.55456E-05 4.03519E-05 -3.35973E-06 -1.44659E-06
Thallium Water kg 4.01632E-07 5.11536E-07 -6.48952E-08 -4.50085E-08
Thorium-228 Water Bq 28.45857113 34.36722452 -4.080676027 -1.827977368
Thorium-230 Water Bq 273.1804197 301.9740385 -18.57506113 -10.21855776
Thorium-232 Water Bq 0.340719757 0.377082559 -0.023420709 -0.012942092
Thorium-234 Water Bq 2.002420725 2.21347741 -0.136154891 -0.074901794
Tin, ion Water kg -7.49546E-05 0.000162292 -0.00016401 -7.32369E-05
Titanium, ion Water kg 0.001524642 0.001913167 -0.000260145 -0.000128381
TOC, Total Organic Carbon Water kg 0.01804583 0.05767826 -0.021614185 -0.018018245
Toluene Water kg 1.71062E-05 2.62301E-05 -5.4682E-06 -3.65562E-06
Toluene (methylbenzene) Water kg 2.35905E-06 5.07004E-06 -1.74746E-06 -9.63532E-07
Tributyltin Water kg -2.81353E-08 3.39838E-09 -2.03458E-08 -1.11879E-08
Tributyltin compounds Water kg 1.57365E-05 3.34249E-05 -1.1395E-05 -6.29342E-06
Triethylene glycol Water kg 1.66531E-06 2.9384E-06 -7.03598E-07 -5.69487E-07
Tungsten Water kg 5.05068E-06 5.87538E-06 -5.04774E-07 -3.19933E-07
Undissolved substances Water kg -9.43228E-07 -1.98724E-16 -5.89517E-07 -3.5371E-07
Uranium-234 Water Bq 2.402638248 2.655879617 -0.163368655 -0.089872713
Uranium-235 Water Bq 3.964355473 4.382201294 -0.269556721 -0.1482891
Uranium-238 Water Bq 7.850379924 8.620852079 -0.500990966 -0.269481188
Uranium alpha Water Bq 115.3517697 127.5099762 -7.843381318 -4.314825188
Vanadium, ion Water kg 7.21126E-05 0.000127331 -3.33108E-05 -2.19071E-05
VOC, volatile organic compounds as C Water kg -4.02003E-09 -8.4696E-19 -2.51252E-09 -1.50751E-09
VOC, volatile organic compounds, unspecified origin Water kg 5.47712E-05 6.56324E-05 -7.47708E-06 -3.38411E-06
waste water Water kg 4.609137677 6.762548298 -1.329831873 -0.823578748

Waste water/m3 Water m3 0.000617516 0.000620525 -2.40058E-06 -6.07956E-07
Water Water kg 0.33255597 6.35989796 -4.816152955 -1.211189035
Xylene Water kg 1.7564E-05 2.50887E-05 -4.98975E-06 -2.53493E-06
Yttrium-90 Water Bq -1.30448E-09 -2.74834E-19 -8.153E-10 -4.8918E-10
Zinc Water kg 3.69591E-05 9.08039E-05 -2.5823E-05 -2.80218E-05
Zinc-65 Water Bq 0.062973551 0.07148901 -0.005952473 -0.002562986
Zinc, ion Water kg 0.000724958 0.000898874 -0.000106782 -6.71349E-05
Zirconium-95 Water Bq 0.000724664 0.000827863 -7.17984E-05 -3.14004E-05
Aluminium waste Waste kg -0.000285056 7.84524E-07 -0.000210672 -7.51681E-05
Asbestos Waste kg -6.5824E-09 -1.10389E-24 -4.114E-09 -2.4684E-09
ash Waste kg -4.37409498 18.85980329 -11.1422284 -12.09166987
bauxite residue Waste kg 2.102523397 2.154195292 -0.024780133 -0.026891762
cardboard Waste kg -8.949E-05 0.001253772 -0.001074621 -0.000268641
Chemical waste, inert Waste kg -4.58116E-05 0.000100449 -0.0001212 -2.50609E-05
Chemical waste, regulated Waste kg -3.17156E-05 1.43345E-05 -4.01686E-05 -5.88162E-06
Chemical waste, unspecified Waste kg -0.005109166 0.000275387 -0.003316555 -0.002067997
Coal tailings Waste kg 0.034734952 0.034734952 -7.49633E-18 -1.06437E-18
Copper waste Waste kg -5.78545E-07 8.10553E-06 -6.94733E-06 -1.73674E-06
Dross Waste kg 0.010570752 0.01083054 -0.000124586 -0.000135202
Dust, unspecified Waste kg -1.30004E-05 2.3939E-05 -2.75757E-05 -9.36372E-06
Iron waste Waste kg -6.69867E-06 9.38496E-05 -8.04395E-05 -2.01088E-05
Metal waste Waste kg -1.3773E-07 6.04891E-07 -6.04356E-07 -1.38265E-07
Mineral waste Waste kg 0.12516178 1.1995588 -0.515774133 -0.558622886
Mineral waste, from mining Waste kg -9.891E-06 0.000138575 -0.000118774 -2.96919E-05
Oil waste Waste kg -1.19065E-05 0.000157646 -0.000135526 -3.40266E-05
Packaging waste, paper and board Waste kg -0.001225504 -2.05521E-19 -0.00076594 -0.000459564
Packaging waste, plastic Waste kg -0.000621034 3.87134E-12 -0.000388218 -0.000232815
Packaging waste, steel Waste kg -0.000615428 -1.03209E-19 -0.000384642 -0.000230785
Packaging waste, wood Waste kg -1.13992E-08 1.73433E-13 -1.03557E-08 -1.04375E-09
Plastic waste Waste kg -4.4745E-05 0.000626886 -0.00053731 -0.00013432
Prescribed liquid waste Waste m3 -4.3874E-10 6.67521E-15 -3.98574E-10 -4.01725E-11
Printed circuitboards waste Waste kg -0.00018997 0.002661516 -0.002281213 -0.000570273
Production waste Waste kg 1.92388E-05 1.97116E-05 -2.26746E-07 -2.46068E-07
Production waste, not inert Waste kg -0.027113198 0.003323088 -0.019224538 -0.011211748
Slags Waste kg -0.000390293 7.12247E-05 -0.000283553 -0.000177964
Slags and ashes Waste kg 8.07843E-05 0.000336421 -0.000209617 -4.60206E-05
Sodium hydroxide Waste kg -4.44362E-08 1.8523E-07 -1.1014E-07 -1.19526E-07
spent potliner Waste kg 0.015221884 0.015595979 -0.000179404 -0.000194691
Steel waste Waste kg -0.000668562 9.97152E-06 -0.000500647 -0.000177887
Tails Waste kg 0.00656209 0.00656209 -1.4162E-18 -2.01081E-19
Textile Waste Waste kg -0.00247 -3.76013E-18 -0.00182 -0.00065
Waste in bioactive landfill Waste kg -4.1605E-06 5.82894E-05 -4.99604E-05 -1.24894E-05
Waste in licenced landfill Waste kg 0.12391929 0.12391929 -2.67437E-17 -3.79723E-18
Waste to recycling Waste kg -9.55191E-08 1.45327E-12 -8.67745E-08 -8.74606E-09
Waste, chemicals, inert Waste kg 4.71269E-06 4.71269E-06 -1.01707E-21 -1.4441E-22
Waste, filter dust Waste kg 0.001924504 0.001924504 -4.15337E-19 -5.89721E-20
Waste, final, inert Waste kg -2.10147692 0.154220745 -1.401982008 -0.853715657
Waste, fly ash Waste kg -23.9498391 101.373931 -60.10123732 -65.2225328
Waste, from construction Waste kg -1.51037E-07 2.29795E-12 -1.3721E-07 -1.38295E-08
Waste, from incinerator Waste kg -2.19277E-09 3.07211E-08 -2.63314E-08 -6.58249E-09
Waste, industrial Waste kg -0.000278463 0.000204279 -0.000336405 -0.000146337
Waste, inorganic Waste kg -0.11965626 1.428360174 -1.234487163 -0.313529271
Waste, mining Waste kg -2.70746E-05 0.00011447 -6.78804E-05 -7.36646E-05
waste, non-prescribed/m3 Waste m3 -1.23589E-07 1.88034E-12 -1.12274E-07 -1.13162E-08
Waste, nuclear, high active/m3 Waste m3 -8.63678E-10 1.04114E-10 -6.24392E-10 -3.43401E-10
Waste, nuclear, low and medium active/m3 Waste m3 -1.93793E-07 2.34257E-08 -1.40154E-07 -7.70645E-08

Waste, nuclear, medium active Waste kg -5.91372E-06 8.99743E-11 -5.37233E-06 -5.41481E-07
Waste, Shedder dust Waste kg 0.000815202 0.000825565 -4.97138E-06 -5.3909E-06
Waste, solid Waste kg 0.281655168 0.294990475 -0.006651833 -0.006683474
Waste, to incineration Waste kg -2.53253E-07 6.74547E-07 -7.64488E-07 -1.63312E-07
Waste, unspecified Waste kg 1.414906075 1.56863379 -0.073930261 -0.079797454
Aclonifen Soil kg 2.13583E-07 2.54783E-07 -3.82377E-08 -2.96239E-09
Aluminum Soil kg 3.80572E-05 0.000100363 -5.0643E-05 -1.16627E-05
Antimony Soil kg 1.49673E-11 1.72561E-11 -1.41522E-12 -8.73569E-13
Arsenic Soil kg -0.000146207 0.000617189 -0.000366107 -0.000397289
Atrazine Soil kg 4.69513E-10 5.88432E-10 -7.65838E-11 -4.23351E-11
Barium Soil kg 3.29267E-05 4.46012E-05 -7.40324E-06 -4.27128E-06
Bentazone Soil kg 1.08775E-07 1.29757E-07 -1.94739E-08 -1.50869E-09
Beryllium Soil kg -0.000139836 0.000590187 -0.000350095 -0.000379927
Boron Soil kg 2.41676E-06 2.78687E-06 -2.44915E-07 -1.25202E-07
Cadmium Soil kg -1.78165E-05 7.52635E-05 -4.46529E-05 -4.8427E-05
Calcium Soil kg -0.000123365 0.000496008 -0.000545035 -7.4338E-05
Carbetamide Soil kg 3.85E-08 4.59182E-08 -6.87934E-09 -5.38837E-10
Carbon Soil kg 0.000190313 0.000289709 -6.92274E-05 -3.01681E-05
Chloride Soil kg 0.034460509 0.035027578 -0.000422534 -0.000144535
Chlorothalonil Soil kg 1.24578E-07 1.39996E-07 -9.01929E-09 -6.39886E-09
Chromium Soil kg 1.72602E-07 1.09903E-06 -7.42048E-07 -1.84379E-07
Chromium (III) compounds Soil kg -4.90854E-10 2.04067E-09 -1.21404E-09 -1.31749E-09
Chromium VI Soil kg 4.71091E-06 3.26822E-05 -1.3591E-05 -1.43804E-05
Cobalt Soil kg -2.42826E-08 9.22941E-09 -3.08934E-08 -2.6186E-09
Cobalt & compounds Soil kg -2.80161E-07 1.17414E-06 -6.97434E-07 -7.56865E-07
Copper Soil kg -0.000278396 0.0012066 -0.000712608 -0.000772388
Cypermethrin Soil kg 8.35174E-10 9.95847E-10 -1.48843E-10 -1.18304E-11
Dinoseb Soil kg 3.38598E-08 3.80504E-08 -2.45141E-09 -1.73918E-09
Fenpiclonil Soil kg 1.22664E-08 1.42937E-08 -1.6734E-09 -3.53912E-10
Fluoride Soil kg 5.617E-06 4.65234E-05 -1.99175E-05 -2.09889E-05
Glyphosate Soil kg 5.06845E-07 5.89805E-07 -5.84972E-08 -2.44634E-08
Heat, waste Soil MJ 0.945248681 1.042889862 -0.070096826 -0.027544355
Iron Soil kg 0.001826303 0.002457185 -0.000359866 -0.000271016
Lead Soil kg -0.000366443 0.001546624 -0.000917529 -0.000995538
Linuron Soil kg 1.65287E-06 1.97171E-06 -2.95913E-07 -2.29252E-08
Magnesium Soil kg 8.96511E-06 8.70825E-05 -6.67477E-05 -1.13697E-05
Mancozeb Soil kg 1.62188E-07 1.82261E-07 -1.17422E-08 -8.33066E-09
Manganese Soil kg -2.53357E-05 1.54208E-05 -3.61239E-05 -4.63265E-06
Mercury Soil kg -5.51134E-06 2.3269E-05 -1.38023E-05 -1.4978E-05
Metaldehyde Soil kg 7.23759E-09 8.62998E-09 -1.28987E-09 -1.02522E-10
Metolachlor Soil kg 1.19519E-05 1.42575E-05 -2.13974E-06 -1.65805E-07
Metribuzin Soil kg 5.70046E-09 6.40596E-09 -4.12706E-10 -2.92799E-10
Molybdenum Soil kg -4.84097E-09 2.1641E-09 -6.41876E-09 -5.86314E-10
Napropamide Soil kg 1.28083E-08 1.52724E-08 -2.28268E-09 -1.81433E-10
Nickel Soil kg -0.001314459 0.005547443 -0.003290862 -0.003571041
Nitrogen Soil kg -1.23041E-11 -2.59228E-21 -7.69005E-12 -4.61403E-12
Oils, biogenic Soil kg -0.000238346 3.26682E-05 -0.000251711 -1.93031E-05
Oils, unspecified Soil kg 0.008487874 0.010483088 -0.001388371 -0.000606844
Orbencarb Soil kg 3.07622E-08 3.45694E-08 -2.22714E-09 -1.58008E-09
Phosphorus Soil kg -1.01405E-05 9.10891E-06 -1.7464E-05 -1.78538E-06
Pirimicarb Soil kg 1.03109E-08 1.22999E-08 -1.84596E-09 -1.43012E-10
Potassium Soil kg -5.16506E-05 5.70736E-05 -9.81828E-05 -1.05414E-05
Radioactive species, unspecified Soil Bq -36.37166667 509.574 -436.7611667 -109.1845
Selenium Soil kg -7.97176E-09 3.36454E-08 -1.99583E-08 -2.16589E-08
Silicon Soil kg -0.000105192 5.0654E-05 -0.000143087 -1.27587E-05
Silver Soil kg -5.34382E-09 1.907E-09 -5.50496E-09 -1.74586E-09

Sodium Soil kg 0.022491301 0.022538738 -3.01752E-05 -1.72614E-05
Strontium Soil kg 6.62336E-07 8.96798E-07 -1.48764E-07 -8.56976E-08
Sulfur Soil kg 2.76406E-05 5.92186E-05 -2.4933E-05 -6.64503E-06
Tebutam Soil kg 3.0354E-08 3.61936E-08 -5.40964E-09 -4.29972E-10
Teflubenzuron Soil kg 3.79609E-10 4.2659E-10 -2.74832E-11 -1.94983E-11
Tin Soil kg 9.93201E-10 1.74602E-09 -4.42713E-10 -3.10111E-10
Titanium Soil kg -1.89144E-06 6.54649E-07 -2.35488E-06 -1.91213E-07
Vanadium Soil kg -5.41392E-08 1.87381E-08 -6.74042E-08 -5.47313E-09
Zinc Soil kg 9.1167E-06 3.86533E-05 -1.6333E-05 -1.32036E-05
show on tree Non mat. kg 0.000584579 0.000597017 -6.12313E-06 -6.31479E-06
Truck travel distance, urban Non mat. m 830.2395823 1137.814526 -147.5108002 -160.0641435
waste to landfill Non mat. kg -1.805123833 0.11844 -1.187689583 -0.73587425
AU database, energy end use indicator, electricity delivered Economic MJ -2703.134029 11426.69378 -6776.213736 -7353.614076
AU database, energy end use indicator, energy in capital equipment Economic MJ 7.343301973 20.34777926 -6.237284413 -6.76719287
AU database, energy end use indicator, energy losses in electricty distribution Economic MJ -192.3676874 -1.56363E-14 -63.12328443 -129.244403
AU database, energy end use indicator, energy losses in electricty transmission Economic MJ -73.94262278 311.2223249 -184.7125721 -200.4523755
AU database, energy end use indicator, feedstock energy Economic MJ 26.50891866 29.1201532 -1.663000747 -0.948233795
AU database, energy end use indicator, fuel extraction and delivery Economic MJ 399.204023 2045.615761 -898.5070757 -747.9046626
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