ARS AUTOMAT 1

AS PATENTEE THIS IS ASHUTOSH MUKHOPADHYAY INVITE YOUR ATTENTION TO CERTAIN INDIVIDUAL RESEARCHES
DONE IN INFORMAL SECTOR AT THE STRENGTH OF AN INDIAN INDIVIDUAL AND TO THE RESULTANT COMMERCIAL
ESCALATION AND SUCCESS WITH MECHANIZATION AS LATEST DEVELOPMENT WITH CONCERN INDIAN AND
INTERNATIONAL INTELLECTUAL PROPERTY RIGHTS TO STOP THE CONCERN MASSIVE POLLUTION DISCHARGED TO
EARTH AND ENVIRONMENT BY THE NON-RECYCLABLE LAMINATED PACKAGING INDUSTRIAL REFUSE IN THE FORM OF
IMPERATIVE INCINERATION, LAND-FILL AND OCEAN-FILL ACROSS THE WORLD TO MAKE THOSE RECYCLABLE!
THE PICTURE OF THE PICTURE OF
DE-LAMINATION TRIAL
PROBLEMS AT HAND: PROTOTYPE

• MASSIVE POLLUTION TO EARTH AND ENVIRONMENT

• NO RECYCLE OF LAMINATED REFUSE

• QUESTIONING OF CONTINUATION OF LAMINATION IF LAMINATION IS THE ROOT OF THE
WITH PLASTICS IN PACKAGING PROBLEM THEN DE LAMINATION
WILL RULE THE SOLVE IS THE
• WASTE MANAGEMENT IMPERATIVENESS PRINCIPLE I RELIED THAT WORKS

THE INVENTION: DE-LAMINATION PROCESS FOR LAMINATED PACKAGING INDUSTRIAL WASTE [PATENTED]
• Process to de-laminate & recover the different THE WINNER
material. AT IIM,
AHMEDABAD
• Process to de-laminate in a new way
• More effective than previous attempts PLASTICON AWARD
• Input is waste non-recyclable laminated packaging 2009, DELHI.
material
• Output is different material in the
reusablerecyclable form
• Process was manual but now is mechanized
• No waste generated from the process
• Patent applied in 2000 Dec and granted in 2007 Sept.
• Patent is valid in different geographies:
• Laminations are innovated to put perfect
– India brilliance to packaging! But contrarily
– Europe
– Canada
transformed those as victim of their own
– Israel brilliance in other hand
• The concern laminated waste management across
the World are till perturbed! Hunts of ghosts of
• Already awarded: Imperative destructions that discharge massive
– “A process of De-Lamination Packaging Industrial
Refuse” Patent granted in India (20070), Europe (2008), pollution to Earth and Environment are in roaring
Canada (2008) and Israel (2009). 40% owned by ARS,
60% by Mr. Ashutosh Mukopadhyay, inventor. • Under such crucial circumstances the present art
• To be applied for:
– “ An Apparatus for De-Lamination of Laminated of de-lamination arrives as a most and must
Packages (Indian Patent is about to be filed) . 100%
assignee is ARS as per ARS module. coveted boon to all concern institutions
• Other Patents:
– “Recovery of use –full Materials from Multi Layer
• Even-more the process that solves and cures the
Laminated Packaging refuse”, Patent granted in India
(25/04/2011). 100% owned by Mr. Ashutosh situation eventuates simultaneous business
Mukopadhyay.
– Applied for: “Process for De-lamination of Laminated profits that comforts wallets of users also
Packaging” . For Paper Board and Tetra-pak waste
materials Indian patent filed on Dec. 21, 2009, PCT filed
on Dec. 20, 2010. WIPO publication date June 30, 2011.
• A more invention of a business than invention of
100% owned by Mr. Ashutosh Mukopadhyay. a technology with both nobility and novelty too

OVERVIEW OF MECHANIZATION
1. THE MOVEMENT: SAVE THE EARTH, ENVIRONMENT AND
PLASTICS INVOLVED IN LAMINATION
2. THE SUCCESS: THE PROCESS OF DE-LAMINATION
3. THE FURTHER MECHANIZATION OF
INNOVATIVE DE-LAMINATION:
ACHIEVEMENT: A BORN BENCHMARK
AS AN INTEGRAL ACHIEVEMENT TO RELAY FORWARD THE DE-LAMINATION TECHNOLOGY, THE BENCHMARK
BREAKTHROUGH IN LAMINATED PACKAGING WASTE MANAGEMENT, FOR TOTAL INDUSTRIAL EASE, CARE AND COMFORT
TO PREVENT AND DIMINISH ALL THE CONTRA-INDICATIONS RESULTED BY LAMINATIONS IN A MECHANIZED WAY!
MECHANIZATION OF A MAGIC IS ANOTHER MAGIC AND THUS THE INNOVATED PRESENT ART OF MECHANIZATION, AN
ANOTHER MISSION IMPOSSIBLE, WILL TAKE THE DE-LAMINATION TECHNOLOGY TO THE DOORSTEPS OF PACKAGING
PROFESSIONALS, MANUFACTURERS AND USERS OF LAMINATED PACKAGING ACROSS THE WORLD
FOR THE OUTSTANDING PERFORMANCES THE ONLY DEVELOPMENT THAT PROCESS OF DE-LAMINATION NEEDED WAS
MECHANIZATION. DE-LAMINATION IS THE SOUL AND LIFE WHILE MECHANIZATION IS THE BRAIN AND BODY!
THE MECHANIZATION AS HARD CUP TO DRINK AS BATTERY LIMIT TELLS THE TALE TO EXPRESS THAT. IT DELAMINATES AND
WASHES THE RAW MATERIALS BY USING OPTIMUM CHEMICALS AND WATER! IT HANDLES THE CHEMICALS WITH RE-USE
OPTIONS IN AN ENVIRONMENTAL FRIENDLY WAY AND AS WASTE RELEASES NO POLLUTIONS TO AIR OR LAND OR IN
DRAINAGE! IT USES OPTIMUM MAN POWER AND ENERGY! IT SEGREGATES, DRIES AND COLLECTS THE DE-LAMINATED
CONSTITUENTS AS RECYCLABLE METAL ALUMINIUM FRAGMENTS, LDPE FRAGMENTS, POLYESTER FRAGMENTS!

WITH THE MECHANIZED UNIT OF DE-LAMINATION AS CUSTOMIZED DEVICE IN AN AUTOMATIC WAY EARN MONEY THUS
BY ENCASHING YOUR ALL RELATED PROBLEMS!

NO SUCH DEVICE AROUND AND ACROSS THE WORLD EXISTS!!

WITH Inventor Ashutosh Mukhopadhyay with a group of likeminded friends thee then M/S. TRIPLEX INVENTIVES PRIVATE LIMITED was born
in the year Sept. 2005 as a pilot unit to establish the translatability of the Invention from incubation to enterprise in a commercial discipline!
BUT due to certain unavoidable and unfortunate circumstances could not progress by January 2009 onwards.
When to innovate a mechanization of the process became desperately essential Ashutosh Mukhopadhyay took the leadership again and
achieved success to mechanize the tedious manual process to a comfortable semi-automatic structure. With a group of likeminded friends,
some are older and some are new, M/S. ARS AUTOMAT (http://arsautomat.com) is born to complete the vowed intention of the Invention
to put to recycle the non-recyclable laminated packaging industrial refuse, now in an innovated mechanized format!

FROM PROTOTYPE WITH LEARNING'S
• AUTOMATION (MECHANIZATION) OF THE DE-LAMINATION HAS BEEN
PROVEN BY CREATING A SMALL PROTOTYPE DEVICE
• AUTOMATIC RECYCLE OF LAMINATED WASTE
• AUTOMATIC SEPARATION OF DE-LAMINATED MATERIALS
• AUTOMATIC MANAGEMENT OF USED CHEMICALS
• MANUAL COST REDUCED BY 80%
• PROTOTYPE CAN PROCESS 2KGS OF LAMINATED WASTE AS
DEMONSTRATION
• NO WASTE IS GENERATED • Segregation and recovery of fragments
• PLANNING TO BUILD THE ACTUAL MACHINE WHICH CAN PROCESS of Aluminum, LDPE and Polyester
2MT OF FEED RAW LAMINATED WASTE MATERIALS IN A DAY
• Mechanization is possible and can be
• LOW CAPITAL TO RETURN RATIO
scaled
• PROJECTED PROFITS IS INR. 10000 PER TONE OF WASTE
FEED/PROCESSED • Optimum use of Chemicals
• EXPECTED LIFE OF THE EQUIPMENT: 8-10 YEARS • Easy handlings of volumes of Input and
• PATENT APPLICATION FOR THE MECHANIZED DEVICE IS IN PROCESS; the produce.
EXPECTED TO FINISH BY THE YEAR IN DIFFERENT GEOGRAPHIES • As precursor of a 50kg/hr. capacity
• ZERO COMPETITION! NO SUCH ‘MECHANIZED UNIT’ IN THE WORLD commercial device, after the success of
TO ADDRESS THE PROBLEM
semi-automatic trial prototype to build
• WITH AUTOMATIC CARE ZERO ENVIRONMENTAL INTERVENTION up a total automatic prototype of a
CARING DESERVED CARBON CREDIT.
5kg/hr. capacity, is under progress at a
• MINIMUM LABOUR INVOLVEMENT
final stage, that we plan to exhibit at
• ZERO COUNTERFEIT DUE TO IN HOUSE PRACTICE
PLASTINDIA show at Delhi by Feb 01,
• TECHNOLOGY IS FREE TO OPERATE WITH NO ROADBLOCKS
2012.

THE RECOVERY PROFILE IN INDIA : (1)

“A process of De-Lamination Packaging
Industrial Refuse” Patent granted in
India (2007), Europe (2008),
Canada (2008) and Israel (2009).
1. 200MT/DAY OF NON-METALIZED FLEX PACKAGING AS INCINERATION WOULD INFUSE CO2 TO ATMOSPHERE OF THE
NATION TO THE EXTENT AS 440,000MT PER YEAR
2. 200MT/DAY OF NON-METALIZED FLEX PACKAGING AS LAND-FILL WOULD OCCUPY PERMANENTLY LAND OF THE
NATION TO THE EXTENT AS 80,000M3 PER YEAR
3. 200MT/DAY OF PHARMACY GRADE LAMINATED PACKAGING @30% LDPE AS INCINERATION WOULD INFUSE C02 TO
ATMOSPHERE OF THE NATION TO THE EXTENT AS 132,000MT PER YEAR

100mt/day of non-metallic laminated flex. when recovered as both per-use and post-use will yield:

1. RESULTING A SAVING IN NATIONAL ECONOMY AS LDPE AS REPROCESSED GRANULES PER YEAR @75% = 27000MT ;
AS @$1225 PMT = $33,075,000.00
2. RESULTING A SAVING IN NATIONAL ECONOMY AS PET IN RECYCLABLE FRAGMENTS PER YEAR @25% = 9000MT ;
AS @$225 PMT = $ 2,025,000.00
3. RESULTING A TOTAL GAIN IN NATIONAL ECONOMY AS = $ 35,100,000.00 PER YEAR

100mt/day of pharmacy grade lam. packaging when recovered as both per-use and post-use will yield:

1. RESULTING A SAVING IN NATIONAL ECONOMY AS LDPE AS REPROCESSED GRANULES PER YEAR @30% = 10500MT ;
AS @$1360 PMT = $14,280,000.00
2. RESULTING A SAVING IN NATIONAL ECONOMY AS METAL ALUMIMIUM AS METAL INGOT FORM @70% = 25550MT ;
AS @$2250 PMT = $57,487,500.00

CONSOLIDATED BOTH ABOVE RESULTING A TOTAL GAIN IN NATIONAL ECONOMY
AS = $ 106,867,500.00 AS IN INR 480,90,37,500/- PER YEAR

“Recovery of use –full Materials
from Multi Layer Laminated
Packaging refuse”, Patent
granted in India (25/04/2011).

1. 200MT/DAY OF METALIZED FLEX / TOILETRY-TUBE PACKAGING AS INCINERATION WOULD INFUSE CO2 TO
2. 200MT/DAY OF METALIZED FLEX / TOILETRY-TUBE PACKAGING AS LAND-FILL WOULD OCCUPY PERMANENTLY
LAND OF THE NATION TO THE EXTENT AS 80,000M3 PER YEAR

100mt/day of metallic laminated flex. Pack. when recovered as both per-use and post-use will yield:
1. RESULTING A SAVING IN NATIONAL ECONOMY AS LDPE / BOPP AS REPROCESSED GRANULES PER YEAR
@65% = 23725MT AS @$1225 PMT = $ 29063125.00
2. RESULTING A SAVING IN NATIONAL ECONOMY PET IN RECYCLABLE FRAGMENTS PER YEAR @25% = 9125MT
AS @$225 PMT = $ 2053125.00
3. RESULTING A SAVING IN NATIONAL ECONOMY AS ALUMINIUM BASED PHARMACEUTICAL (B.P.) CHEMICAL PER YEAR
= 7300MT AS @$1350 PMT = $ 9855000.00
4. RESULTING A TOTAL GAIN IN NATIONAL ECONOMY AS = $40,971,250.00 PER YEAR

100mt/day of toiletry grade (tube) lam. packaging when recovered as both per-use and post-use will yield:

1. RESULTING A SAVING IN NATIONAL ECONOMY AS LDPE AS REPROCESSED GRANULES PER YEAR @30% = 29000MT AS
@$1225 PMT = $35,525,000.00
2. RESULTING A SAVING IN NATIONAL ECONOMY AS ALUMINIUM BASED PHARMACEUTICAL (B.P.) CHEMICAL PER YEAR
= 17500MT AS @$1350 PMT = $23,625,000.00

CONSOLIDATED BOTH ABOVE RESULTING A TOTAL GAIN IN NATIONAL ECONOMY
AS = $ 100,121,250.00 AS IN INR 450,54,56250/- PER YEAR

“Process for De-lamination of Laminated Packaging” . For
Paper/Board and Tetra-pak waste materials Indian patent
filed on Dec. 21, 2009, PCT filed on Dec. 20, 2010. WIPO
publication date June 30, 2011.

1. 200MT/DAY OF LAMINATED BOARD/PAPER/TETRA-PAK PACKAGING AS INCINERATION WOULD INFUSE CO2 TO
2. 200MT/DAY OF LAMINATED BOARD/PAPER/TETRA-PAK PACKAGING AS LAND-FILL WOULD OCCUPY PERMANENTLY
LAND OF THE NATION TO THE EXTENT AS 80,000M3 PER YEAR

200mt/day of laminated Tetra-Pak. when recovered as both per-use and post-use will yield:

1. RESULTING A SAVING IN NATIONAL ECONOMY AS DRIED PAPER/BOARD PULP PER YEAR @75% = 50000MT
AS @$ 1400 PMT = $35,000,000.00
2. RESULTING A SAVING IN NATIONAL ECONOMY LDPE AS REPROCESSED GRANULES PER YEAR @20% = 14000MT ;
AS @$1225 PMT = $ 17,150,000.00
3 . RESULTING A SAVING IN NATIONAL ECONOMY AS 3650 MT METAL ALUMINIUM BASED PHARMACEUTICAL (B.P.)
CHEMICAL PER YEAR = 6000MT AS @$1350 PMT = $8,100,000.00


A TOTAL GAIN IN NATIONAL ECONOMY
AS = $ 60,250,000.00 AS IN INR 271,12,50,000/- PER YEAR

CONSOLIDATED ALL THREE RECOVERY PROFILES IN INDIA (1)+(2)+(3)
RESULTING A TOTAL GAIN IN NATIONAL ECONOMY AS
= $ 267,238,750.00 AS IN INR 1202,57,43,750/- PER YEAR

“A process of De-Lamination Packaging Industrial Refuse”
THE RECOVERY PROFILE IN INDIA : (1) Patent granted in India (2007), Europe (2008),
Canada (2008) and Israel (2009).
“Recovery of use –full Materials from Multi Layer Laminated THE RECOVERY PROFILE IN INDIA : (2)
Packaging refuse”, Patent granted in India (25/04/2011).
“Process for De-lamination of Laminated Packaging” . For
THE RECOVERY PROFILE IN INDIA : (3) Paper/Board and Tetra-pak waste materials Indian patent filed
on Dec. 21, 2009, PCT filed on Dec. 20, 2010. WIPO publication
date June 30, 2011.

ALL THREE CONSOLIDATED RECOVERY PROFILES (600MT /
DAY) IN INDIA (1)+(2)+(3) RESULT A TOTAL GAIN IN
NATIONAL ECONOMY AS: = $ 267,238,750.00
IN EQV. INR 1202,57,43,750/- PER YEAR!

Certain facts of refuses of laminated Tetra-Pak.
The exact composition of Tetra Pak carton is: paperboard (75 per cent), food grade polyethylene
plastic (20 per cent), and aluminum foil (5 per cent). There are 6 layers in all: Polyethylene, Paper,
Polyethylene, Aluminum, Polyethylene, Polyethylene (which is the product contact surface).
China, India and the rest of Asia are the fastest growing per-capita users of paper, but they still rank
far behind Eastern Europe and Latin America (about 100 pounds) Australia (about 300 pounds) and
Western Europe (more than 400 pounds) as per person per year.
The total demand for paper is estimated to be around 6mn tones, of which about 40
percent is consumed by the packaging industry. : India Packaging show 2011.
Paper accounts for 25% of landfill waste (and one third of municipal landfill waste).
Municipal landfills account for one third of human-related methane emissions (and
CH4 is 23-times more potent a greenhouse gas than is CO2. : Source: Environmental
Paper Network. The State of the Paper Industry: March 08, 2009

Compared to using virgin wood, paper made with 100% recycled content uses 60%
less energy, produces 38% less greenhouse gas emissions, 41% less particulate
emissions, 50% less wastewater, 49% less solid waste and, of course, 100% less wood.
Recycling paper uses 60% less energy than manufacturing paper from virgin timber. To make one
ton of paper using recycled fiber saves : -- (1)17 trees ; (2) 3.3 cubic yards of landfill space ; (3) 360
gallons of water ; (4)100 gallons of gasoline ; (5) 60 pounds of air pollutants ; (6) 10,401 kilowatts of
electricity! (source: United States Environmental Protection Agency, 2011)

The lamination using Paper/Board are older and more massive and more tough to handle. Nobody besides this Inventor
till now in the World is able to recover Paper from the Lamination. He has developed a cute tech (Patent pending)
(“PROCESS FOR DELAMINATION OF LAMINATED PACKAGING” (Indian Patent filed on DEC. 21, 2009, PCT filed on DEC.
20, 2010. WIPO publication date JUNE 30, 2011) that would take care of such lamination made as paper-based and
would save and recover the major constituent the paper/board involved in lamination as “dried board/paper-pulp” that
can be recycled simply in paper/board industry. Save of paper-based lamination is also a burning a need now.

HONEY FROM BITTER-BITES!
THE HARD BITTER-BITES THE SIMPLE HONEY
• According to the US Environmental • IF there are even@60% LDPE plastic may
Protection Agency (EPA), packaging present in such Packaging of 29 million
the world over accounts for roughly tons of non-biodegradable waste to
landfills every year would recover that
one-third of commercial and
worth physically @ US$ 2295mn that
municipal waste. totally savable by the use of present art
• Where Packaging adds 29 million of de-lamination.
tons of non-biodegradable waste to • IF 30% of such Packaging of 90 million
landfills every year and in bulk also tons of non-biodegradable waste moving
@11.8% of all US annual municipal to landfills treated with de-lamination
solid waste accounts plastic. process then as simple physical value @
US $ 1225 pmt LDPE plastic amounting
• In 2007, the UK sent roughly 10 US $ 3300mn. could have been saved by
million tons of Packaging waste to de-lamination per year even right now!
landfill; the previous year, the US • AND DIMINISH THE CONCERN DAMAGE
equivalent was around 80 million COST TO THE EARTH AND ENVIRONMENT
tons.

“We need to see more innovation in terms of recycling….”
-- Lasse Gustavsson

• COLOSSAL VOLUME OF LAMINATED
WASTE
• EVEN A 10MT PROCESSING
ATTEMPT PER DAY IS PEANUT IN India's flexible packaging market represents a
INDIA WHERE MATERIALS $3 billion/yr market growing at a 15%/yr clip
through 2015. “The flexible packaging market
INDIAN MARKET SIZE AVAILABLE IN PRE-USE INDUSTRIAL
ORGANIZED SECTOR IS 200MT + in India is currently worth about Rs. 14,000
• Current estimated Indian market size for AND IN POST-USE SECTOR IS MORE crore ($3bn)and is likely to reach Rs.
Laminated Packaging in particular flex. is: THAN 2000MT + PER DAY. 22,950($5bn) crore by 2015,”
– 700,000 Metric Ton/year or • THE MORE THE CIVILIZED NATION The Indian packaging industry is currently US $
– 42,000 MT (approx.) /year as THE MORE THE USE OF LAMINATED 18.8 billion with a growth rate of 15% p.a. The
industrial pre-use generation PACKAGING WHERE INDIA SPENDS growth rate is expected to be doubled within
• 6-8-10% is Industrial waste < US $15 (@5KG USE OF PLASTICS) coming two years.
• Expected waste available to be processed is IN PER CAPITA USE IN SOMEWHERE
200mt per day from manufacturers premises IN LATIN AMERICA ARGENTINA INTERNATIONAL MARKET SIZE
alone SPENDS ALONE US$ 132 PER
• Highly fragmented packaging industry is CAPITA. In North America and Western Europe each
estimated at Rs 8,000 crore. In the next five person now uses around 100kg of plastic
• THE PER CAPITA USE OF PACKAGING
years, is expected to triple to around $ 60 materials annually-this is likely to increase to
bn. IN USA IS US $ 311 AND IN EUROPE
IS US $ 385 WHERE PER CAPITA 140kg by 2015.
• The industry is growing at the rate of 22-25 People in rapidly developing countries in Asia
per cent per annum. PACKAGING IN POLAND ALONE IS
EUR 157 IN 2010 . each use around 20kg of plastic per year-this is
• The use of plastic in India is 2 kg per person set to grow to about 36kg by 2015.
per year while in European countries it is 60 • AND THE WORLD WIDE AVERAGE
kg and in US it is 80 kg. PER CAPITA IN PACKAGING IS US The tonnage for the global consumer flexible
packaging market is projected at 18.1 million in
: INDIA PACKAGING SHOW 2011. $ 100.
2011 and is forecast to reach 22.5 million tones
• NEED TO BE ESTIMATED AS ACTUAL AS POSSIBLE by 2016.
FOREIGN
• THE MORE IS THE CIVILIZATION THE MORE IS THE The global consumer flexible packaging market
OPPORTUNITIES is worth $58.3 billion in 2011 and is forecast to
LAMINATED PACKAGING
reach $71.3 billion by 2016
• EXPECTED IMMENSE POTENTIALITY ARE IN MULTIPLE
: Leatherhead UK, 30 August 2011.
FOLDS
• TAKING INTO CONSIDERATION THAT OVER 65 % OF
PACKAGING IS DESIGNED FOR FOOD INDUSTRY THE
WORLD DEMAND FOR FOOD PACKAGING WILL GROW IN
2013 TO AMOUNT TO $115 BILLION!

LET CONSIDER FIRST WHAT WE DO:
• Literally in no way we effect the Earth and Environment neither fake contain instead we
resolve the problem permanently as a coveted repose.

• We recover the involved materials, now in a mechanized way, in a sellable form ready to go
for respective recycle to earn deserved revenue direct to impact concern National Economy
• IN W2E THE GHG-SAVINGS PER TON ARE LET CONSIDER NOW WHAT OTHERS DO:
BIGGER WHEN RECOVERING PLASTICS AS
MATERIAL THAN AS ENERGY

• ROAD-FILL (!!) (NO-COMMENT)

• LAMINATED BOARDS /BLOCKS (FROM FRYING PAN TO FIRE?)
• ALTERNATE FUEL (P2F BESIDES DUE TECHNOLOGICAL
CHALLENGES SUBJECT TO SURVIVE OVER FREE
PROCUREMENT OF RAW MATERIALS TO STAND THE
TEST OF COMMERCE)

• MICROWAVE PYROLYSIS (DESTROY THE
95% NON-METALS AND EARN {?!} )

A VIRTUAL ZERO COMPETITION!

Business / Revenue Model COMMERCIALIZATION POTENTIALS

• The technology in consideration can be used in three
ways to generate revenue : The Indian packaging industry is currently
– Build and Operate US $ 18.8 billion with a growth rate of 15%
– Build and sell p.a. The growth rate is expected to be
– Technology Licensing ( royalty revenue ) doubled within coming two years.
– A hybrid approach of the three business models
will be considered too. India's flexible packaging market
SAVE represents a $3 billion/yr market growing
at a 15%/yr clip through 2015. “The
ENVIRONMENT flexible packaging market in India is
AND SPEND
EARN MONEY !!
X currently worth about Rs. 14,000 crore
($3bn)and is likely to reach Rs.
22,950($5bn) crore by 2015,”
• The large and fast growing Indian middle class • The unique point is
population and the growth of organized retail whatsoever the entire volume
sector are the catalysts to growth in packaging. that packaging industry
The Indian middle class population is expected produce in India or say across
the world are subject of
to reach 583 million by 2025. ultimate wastage!

WITH CONCERN FROM NOW FOREVER
PROFESSIONAL TOGETHER LET WE
TEAMS WE ARE MOVE TO MAINTAIN
READY TO LEVERAGE THE BRILLIANCE OF
THE DE-LAMINATION LAMINATED
TECHNOLOGY WITH PACKAGING WITH NO
NECESSARY EVENTUATED
MECHANIZATION TO ADVERSITIES TO OUR
DEAL WITH ANY OWN EARTH AND
CUSTOMIZED NEED! ENVIRONMENT!

E-WASTE AND PACKAGING WASTE:
JUST ONE FACT THAT SPEAKS FOR ITSELF!

53millionmt E-waste generated worldwide in 2009.
77millionmt Container and Packaging waste generated in 2009 in USA alone!
: American Institution for Packaging and the Environment (Ameripen).

Summary
• With the mechanized technology the "Gordian knot” of
laminated packaging waste management is solved and the
concern Pollution to Earth and Environment can be
diminished, can save the plastics involved in lamination
that also enrich National Economy and also can earn
money for our own pockets in a handsome look.
• With the mechanized technology we can recover all the
plastics from lamination along-with the other constituents
as Aluminium. Over-more no wastage to Earth and
Environment is going to generate in any manner.

• With the mechanized technology there
is no discharge as Pollution to Earth and
Environment in any manner.
• With the mechanized technology we
are entitled to earn carbon credit.

•
Summary
Whatsoever be the nature of lamination metallic or
non-metallic we have the perfect Patented solution.

• The prototype is ready and according to customized need be that for a 2mt/day
capacity or 200mt/day capacity we can make for you if you want. Further if you
like you can make your own device and we will provide you the concern design.
You can enjoy the technology with or without taking the device from us by
procuring non-exclusive license against necessary one-time royalty.
• We have faith over your conscience sensitive to our Earth and Environment.

E-MAIL: ashutoshem@gmail.com
ARS AUTOMAT .… :Website: http://arsautomat.com

ARS AUTOMAT 1

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ARS AUTOMAT 1