3. COURSE OBJECTIVES
• The overall objective of the Course is as follows:
1. To give the students an overview of Economics, its basic terms and concepts, and
discuss various types of costs and benefits that economist discuss in transport projects.
2. To educate students the importance of transport economic analysis and edify the
basic methods of economic analysis carried for transportation engineering projects.
3. To make the students capable of recognizing a project from different methods of
economic analysis by identifying the limitations of each method.
4. To expose the students to the surveys to be conducted and the method of
preparing detailed project report.
4. COURSE OUTCOMES
CO1: Elucidate the elements of transport economics: highway transportation costs,
road user costs and benefits.
CO2: Explain the economic evaluation of null alternative, methods of analysis
when applied to a group of mutually exclusive alternatives, depreciation cost,
accounting methods, salvage value estimation, depreciation and taxes.
5. COURSE OUTCOMES
CO3: Associate characteristics and limitations of the different methods of
economic analysis, ranking of independent projects, sensitivity analysis.
CO4: To appreciate the surveys to be conducted and the method of preparing
detailed project report.
6. SYLLABUS: UNIT 4
Highway Economics and
Preparation of Detailed Project
Report
UNIT – 4 Preparation of Detailed Project Report
– Introduction, DPR Surveys & Formats, Feasibility
report, Road inventories and data Sheets,
preparation and presentation of project
documents, checklist of major operations involved
in the survey and investigation for a road project.
Questionnaire for Environmental Appraisal (For
Road/Highway Projects), Checklists.
8. Introduction
Detailed project report is a complete document for investment, decision making,
approval, planning.
Detailed project report is base document for planning the project and
implementing the project.
9. OBJECTIVES
1) To understand the importance of developing a detailed project report that assure
performance for reliable quality with in optimum cost
2) To appreciate that projects are site specific
3) To understand importance of optimization of the schemes , detailed cost estimate ,
payback period and return on investment.
4) To describe how bankable projects can help to achieve required performance
5) To understand methodology of project appraisal
10. Brief Description of Project Area
Name of utility
District / town (s) village covered
Location : latitude and longitude
Area , population , boundaries
Climatic conditions
Status of development. Access to electricity
Economic structure – socio – economic features
urban / rural
11. Data Collection of Existing Project
DPR Surveys
• Reconnaissance Survey
• Pavement Condition Survey
• Material Survey
• Pavement Structural Evaluation
• Topographic/Levelling Survey
• Traffic Surveys
• Inventory and Condition Survey of Bridges and CD Structures
• Engineering Design
• Cost Estimates
12. DPR Survey Formats
Reconnaissance Survey Methods
The reconnaissance survey methods may be conducted in the following sequence:
a) Study of topographical survey sheets, agricultural, soil, geological and meteorological
maps and aerial photography.
b) Aerial photography wherever necessary and feasible, and
c) Ground reconnaissance including another round of serial reconnaissance for inaccessible
and difficult stretches, where required.
Reconnaissance survey is generally not required for the work consisting of improvements to
existing roads unless bypass roads are involved.
13. Reconnaissance Survey Reports:
• Based on information collected during the reconnaissance survey, a report should be
prepared. The report should include all relevant information collected during the survey
and a plan to the scale of 1:50000 showing the alternative alignments studied along with
their general profile and rough cost estimate.
• It should also discuss the merits and demerits of the different alternatives to help the
selection of one or more alignments for detailed survey and investigation.
Cont.…DPR Survey Formats
Road Inventory and Pavement Condition
An inventory of the project road has been carried out by visual observations supplemented with sample
measurements using tape etc. Kilometer wise features like terrain, land-use, pavement surfacing type and width,
shoulder surfacing type & width, Subgrade, local soil type, curve details, retaining structures details, location of
water bodies, height of embankment or depth of cut, ROW, CD structures, road side arboriculture, existing utility
services and general drainage conditions etc. were recorded. The road inventory has been referenced to the existing
KM posts established along the roadside.
16. Material Survey
Soils and materials investigation for a road project is an essential requirement for
design and construction. During design stage of the road pavement, embankment
and other structures, the existing soils and materials inventory is needed for their
characteristics, availability of required quality and sufficient quantity for
construction at reasonable cost.
The project will require different type of construction materials, which include:
Soil for embankment, subgrade and shoulder
Granular materials for sub-base, drainage layer and backfill
Stone aggregate and sand for pavement courses and cement concrete works
Water for use in construction especially in case of cement concrete
Grain size analysis : As per IS: 2720(part 4)
Atterberg limits : As per IS: 2720(part 5)
Moisture-Density test(Heavy Compaction) : As per IS: 2720(Part 8)
CBR (Unsoaked, and 4 days soaked) : As per IS: 2720(Part 16)
Aggregates tests : IS: 2386(PART-4) : 1963, IS: 383-1970, IS 5640 – 1970
Bitumen Binder:: IS: 1209 – 1978, IS: 73 – 2006.
17. Pavement Structural Evaluation
The structural strength evaluation of the existing pavements was carried out as per IRC 81: 1997. Pavement sections
were cut open from the surface up-to the subgrade level and subgrade soil samples were collected in water proof bags
for determination of moisture content, wet sieve analysis to determine classification of soil and also to determine the
Consistency limits.
Plan of Study
Field Studies – BBD studies, Unevenness studies
Topographical Survey
Topographic survey using total station equipment was conducted and a contour map shall be prepared showing contour
line drawn at an interval of 0.5m, it also indicate all the prominent existing features such as roads, railway tracks,
colonies, (independent houses also), power lines, water bodies, farms, gardens, fields etc. Few reference stones were
marked on the survey map and their levels were enlisted (smaller to larger scales). Providing and fixing of boundary
stones at an intervals of 50m and additionally wherever bends occurs was done as per the directions of Engineer In
charge.
Block levelling
Office processing
Test pit investigation survey
Sub soil investigation
Hydrology and Drainage Investigations
18. Traffic Surveys
Estimation of traffic over the project corridor is an essential step towards establishing the project
viability; the objective was to assess the prevailing traffic characteristics. This includes conducting
field traffic surveys, data analysis, estimation of local traffic and diverted traffic. The present traffic
surveys have been planned in a way to obtain all the necessary information and data deemed
necessary for development of the project.
Traffic Volume Studies
Spot speed studies
Speed & delay studies
Parking studies
Accident studies
21. SURVEY QUESTIONNAIRE:
Location: __________________________________________ Date: ___________________
STANDARD FORMAT
ORIGIN-DESTINATION SURVEY
Questions
Please take a moment to answer a few questions about your trip. Your responses will help determine the need for improvements in this
area.
1) Where did your trip begin?
City/Town _____________________________ State ______________________ PIN _______
2) What type of place is your trip start point?
❒ Primary Residence ❒ Workplace ❒ Store ❒ School (I am a student) ❒ Recreation Area
❒Other _______________________________
3) Where did your trip end?
City/Town _____________________________ State_____________________________ PIN __________
4) What type of place is your trip end point?
❒ Primary Residence ❒ Workplace ❒ Store ❒ School (I am a student) ❒ Recreation Area
❒ Other _________________________________
5) What was the purpose of your trip?
❒ Work Commute ❒ Business Related ❒ Shopping ❒ School (attend class) ❒Recreation ❒Other ___________________
6) How many people were in the vehicle, including the driver?
❒ 1 ❒ 2 ❒ 3 ❒ 4 ❒ 5 or More
7) What type of vehicle were you in?
❒ Passenger vehicle (car, motorcycle, SUV, pick-up truck, minivan) Commercial vehicle
❒
❒Other ____________________________
8) Do you regularly use this route?
❒ Yes
❒ No
9) Please add any comments on transportation you May have.
Comments ___________________________________________________________________________________________
Thank you very much for your cooperation!
25. Engineering Design
Analysis of data collected during various engineering surveys/investigations and the formulation of
improvement proposals including planning and design of various project components are included in DPR.
Geometric Design of Highway
The geometric deficiencies of the project road will be identified from the topographic surveys and
improvements will be proposed accordingly, keeping in view the design standards, practical feasibility and
land acquisition consideration.
Generally, design speeds for Hilly terrains 50 kmph have been adopted. Since Realignments are not
proposed, shifting of existing alignment being proposed in the poor geometric sections for improvement of
geometrics to be in conformity with the IRC guidelines.
Pavement Design
The pavement design includes Overlay design of the existing pavement Benkelman Beam Deflection Test
Results and Pavement Condition Survey data as well as close reconnaissance by experts were used to
determine the strengthening requirement of existing pavement. The thickness of overlay was proposed
judiciously considering the provisions of IRC: 81-1997.
Based on Design wheel load, Grade of Concrete, Traffic Intensity, Thin White topping overlay has been
designed as per IRC: SP: 76-2015.
26. Preliminary Cost Estimates
The rate of materials adopted in the preliminary cost estimate is based on the basic rates of PW, P &
IWTD S.O.R. For items where these rates are not available, the rates were adopted as per Market rates.
For the working out of preliminary cost estimate, work items are split into the following sub-heads:
Site Clearance and earthworks
Granular Pavement Courses
Asphalting Works
Culverts, Retaining Walls and other structures
Drainage and other Protective works
Road Furniture and Road Safety Works
Traffic Management and maintenance during construction
27. STAGES IN PROJECT PREPARATION
The stages involved in the preparation and sanction of road projects are:
a) Pre-feasibility study
The pre-feasibility study is necessary to enable the funding agency to appreciate the features of the project.
This is to be done based on reconnaissance survey by collecting information based on the present status of
the road and the anticipated traffic after development/improvement
b) Feasibility study /Preliminary project report preparation
The feasibility study is intended to establish whether the proposal is acceptable in terms of soundness of
engineering design and expected economic benefits from the project for the investment involved.
c) Detailed engineering and plan of construction
Detailed engineering covers detailed alignment surveys, soil and materials surveys, pavement design
studies, drainage studies, environmental management plan based on environmental impact assessment
studies (if required), detailed drawings, estimates and implementation schedules and documents.
29. PROJECT COST DETAILS
Basic Equipment Cost
Consultant charges
Duties , Taxes & Freight
a) Excise duty / customs duty/ sales tax
Freight and Transit Insurance
Raw materials
Man Power cost
Engineering Project Management.
Supervision
Interest During Construction
30. Project Investment Criteria
Basically Cost – Benefits analysis
Investment criteria can be
Payback period
Discounted cash flow (DCF) Technique
a) Net Present Worth (NPW)
b) Benefit Cost Ratio ( B C Ratio)
c) Internal rate of return ( IRR )
Project Investment Criteria
Payback Period
length of the time required by the cumulative net cash inflows to cover up the fixed capital investment.
PBP = Total Capital Investment / Total cash inflow or Net benefits per year
31. Project Investment Criteria
Payback Period
Easy to understand
Other methods are complicated in nature and difficult to comprehend for
technical people
Investment should include fixed capital &working capital
Net benefits to be adjusted for interest and tax liabilities
Discounted Cash Flow ( DCF) Technique
A technique which brings past & future cost benefits to their Present Worth ( PW)
Take into account “ Time Value of Money ’’
34. What DPR Should ideally provide ?
Final cost details and benefits expected
Detailed specification of equipment & materials.
All information to prepare tender documents.
Probable list of equipment & material manufacturers
Project management process
PARAMETERS OF PROJECT APPRAISAL AND APPRAISAL PROCEDURE
PROJECT ELIGILITY
Technically feasible and provide optimal cost solution for the selected alternative
Techno – economically sound with IRR not less than 12% (Internal Rate of Return )
Compatible with expansion plan of the utility & region
Complies with all environmental standards guideline.
All clearances have been obtained
35. ASCERTAIN PROJECT PROFILE
Type , Purpose , Scope
Location , Access to site
Environmental Management
Technology
PARAMETERS OF PROJECT APPRAISAL AND APPRAISAL PROCEDURE
REVIEW PROJECT
Need & Justification :
Existing and proposed system
Demand supply scenario
Alternative considered
Study if any carried out by State Govt / utility
Status & Preparedness
Procurement procedures & competitiveness
36. status & Preparedness
Procurement procedures & competitiveness
O & M arrangements
Market & selling arrangements
a) PPA with purchaser if applicable (Power purchasing agreement)
Financing plan
a) Debt Equity
b) Phasing of expenditure
Cont.…REVIEW PROJECT
CHECK AVAILABILITY OF
APPROVALS & CLEARANCES
Statutory Clearances such as
Land Availability & Acquisition
Forest Clearance
Highway Clearance
Electricity clearance
Fund related clearance
Pollution control board clearance etc.
37. APPROVALS
Board approval
Approval of PPA
CERS / SERC
State government
ASSESS REASONABLENESS OF COST
Price level
Basis and reasonableness of cost estimate
a) Information available for similar projects appraised in the past
b) Budgetary offers received from suppliers
c) Similar job done by same / other borrowers in the past
Cont.…
IDC - Price variation
Contingency – Other costs
38. PERFOM FINANCIAL & RISK ANALYSIS
Evaluate Costs & Benefits
a) Benefits
b) Reduction in losses
c) Additional Generation in MU
Specify Assumptions of base case .
Calculate FIRR, EIRR
Financial Internal Rate of Return
Economic Internal Rate of Return
Assess Risks :
a) Pre implementation
b) Implementation
c) Post implementation
Perform Sensitivity & Scenario Building
39. Environmental Impact Assessment
Environment impact assessment or initial environment examination be carried out in accordance with ADB’s
Environmental Assessment Requirements of ADB 1998guidelines for selected infrastructure projects 1993 as
amended from time to time /World Bank Guidelines / Government of India Guidelines, as applicable
Reporting Requirements of EIA
The consultant would prepare the stand-alone reports as per the requirement of the ADB/World Bank / GOI, as
applicable, with contents as per the following:
Executive Summary
Description of the Project
Environmental setting of the project.
Identification and categorization of the potential impacts (during pre-construction, construction and operation
periods).
Analysis of alternatives (this would include correlation amongst the finally selected alternative alignment/routing
and designs with the avoidance and environmental management solutions).
The public consultation process.
Policy, legal and administrative framework. This would include mechanisms at the states and national level for
operational policies. This would also include a description of the organizational and implementation mechanism
recommended for this project.
Typical plan or specific designs for all additional environmental items as described in the scope of work.
40. The EMP (Environmental Management Plan) reports would include the following:
Brief description of the project, purpose of the EMP, commitments on incorporating environmental
considerations in the design, construction and operations phases of the project and institutional arrangements
for implementing the EMP. A detailed EMP for construction and operational phases with recourse to the
mitigation measures for all adverse impacts.
Detailed plans for highway-side tree plantation (as part of the compensatory afforestation component).
Environmental enhancement measure would be incorporated. Enhancement measures would include items
described in the scope of work and shall be complete with plans, designs, BOQ (Bill of Quantities) and
technical specifications.
Environmental monitoring plans during and after construction including scaling and measurement
techniques for the performance indicators selected for monitoring.
The EMP should be amendable to be included in the contract documents for the works.
Incorporating any other as per the suggestions of the
ADB/ World Bank/ <GOI>, till the acceptance of the reports by the ADB/ World Bank / GOI as applicable.