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CARBON CREDIT Of JUTE CARBON CREDIT Of JUTE CARBON CREDIT Of JUTE
6TH MAY, IJIRA, KOLKATA
Dr. S. K. ChakrabartiDr. S. K. ChakrabartiDr. S. K. Chakrabarti
Indian Jute Industries’ Research Association
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Burning of fossil fuel is the major source of Industrial Green House gases ( GHG)- e.g. CO2, CH4, N2O, Sulphur hexafluoride, hydro–fluoro carbons, per-fluorocarbons
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fossil fuels produces CO2
(Combustion)
C + O2 CO2
CO2: The Most Significant Greenhouse Pollutant
CO2: The Most Significant Greenhouse Pollutant
Green House Gases % Contribution
Carbon Dioxide ( CO2) 99.438
Methane ( CH4) 0.471Nitrous Oxide ( N2O) 0.084
Misc. Gases( CFCs etc.) 0.007
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Increase in Population & GHGs Increase in Population & GHGs EmissionEmission
Significant changes in key climate variables
Temperature
Precipitation of toxic gases
Snow cover
Sea level
Patterns in atmospheric & oceanic circulation
Extreme weather and climatic events
280 PPM of CO2Pre industry era Pre industry era
380 PPM CO2
Currently
1.40-5.8 0C at 2100
(expected)
Emission of CO2 Atm. Temp.
Human induced climate change
192 countries agreed to cut
emission by 2020
Rio Summit 1992
March,1994
Kyoto Protocol1997
Copenhagen summit
2009
UNFCCC came into effect
Adopted the concepts of Carbon Emission Trading
Emission Reduction TargetJoint Implementation
CDM project
Formation of UNFCCC
Montreal Protocol1987
IPCC was established
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United Nations Framework Convention on United Nations Framework Convention on Climate Change (UNFCCC)Climate Change (UNFCCC)
A global legal instrument (International agreement) to protect the climate system and stabilize GHG emissionsAdopted in 1992, entered into force in 1994
– Developed countries: with obligations to take measures to mitigate the effects of climate change e.g. UK, USA, Australia, Germany
Rio
Ear
th S
umm
it
1992
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KYOTO PROTOCOL, 1997KYOTO PROTOCOL, 1997
The Most Significant Constrictive Framework Against Global Warming
The Most Significant Constrictive Framework The Most Significant Constrictive Framework Against Global WarmingAgainst Global Warming
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Kyoto Protocol Kyoto Protocol –– key pointskey points
International Emission Trading
Set GHG emission reduction target for selected countries
Carbon Emissions – ‘Outsourced’ to Developing Countries either by financial exchange or projects that reduce emissions
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to P
roto
col
1997
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Limitations of CO2 emissions in Developed countries
4 options for companies
1/ Pay expensive fines.
2/ Carry out carbon reduction through
Process development
3/ Buy emissions credits on the
CO2 market (ETS)
4/ Carbon reduction through technology transfers in CDM or JI project.
What Developed countries can doWhat Developed countries can do
1. CC traded in the International market at current price through five International Exchanges
2. Carbon Credit has been listed in Indian MCX 3. Countries like USA, Germany, Japan and China are likely to be the
biggest buyers of Carbon Credit
CER Trading
JIJI
Emission Emission TradingTrading
Clean Clean DevelopmentDevelopmentMechanismMechanism
(CDM)(CDM)
Joint Implementation
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CDM Project ValidationCDM Project Validation
CDM Project Proponent CDM Project Proponent
$$$
ApprovalFeasibility
Registration
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orpo
rate
A
ssis
tanc
eCarbon Credit Carbon Credit –– Technology Technology
Validators & FinancersValidators & Financers
World BankIDFC
IDBIICICI
FinancersFinancers
ValidatorsValidators
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Advantage of India in Carbon Advantage of India in Carbon CreditCredit
Out of 391 sanctioned CDM projects Out of 391 sanctioned CDM projects UNFCCC registered 114 from India the UNFCCC registered 114 from India the Highest from any country. Highest from any country.
India through CDM projects can create 500 India through CDM projects can create 500 Million CERs per Year.Million CERs per Year.
Estimated benefit out of Carbon Credit is Estimated benefit out of Carbon Credit is $100$100--300 Billion by 2012 300 Billion by 2012
Last one year, number of industries received carbon credit Last one year, number of industries received carbon credit nod by Ministry of Environment and Forests , Govt. of nod by Ministry of Environment and Forests , Govt. of India.India.
Torrent Power, ESSAR Power, Reliance Industries, Apollo Torrent Power, ESSAR Power, Reliance Industries, Apollo Tyres , ONGCTyres , ONGC’’s Hazira refinery, Indian Farmers Hazira refinery, Indian Farmer’’s s Fertilizer CoFertilizer Co--operative Ltd. ( IFFCO) etc. operative Ltd. ( IFFCO) etc.
Delhi Metro Rail CorporationDelhi Metro Rail Corporation
Arvind Mills, JCT Mills, Velatal Spinning MillsArvind Mills, JCT Mills, Velatal Spinning Mills
15 Sugar Mills 15 Sugar Mills
JCT sets up Rice husk based captive power plant (6-8 MW )JCT sets up Rice husk based captive power plant (6-8 MW )
‘Humidification Towers’ of Jaya Shree Textiles under CDM ‘Humidification Towers’ of Jaya Shree Textiles under CDM
Arvind mills submitted two CDM projects to UNFCCC on agro-based steam generation (80,000 CER/ Year)Arvind mills submitted two CDM projects to UNFCCC on agro-based steam generation (80,000 CER/ Year)
Velatal spinning mills Pvt. Ltd. implemented 8.75 MW capacitywind energy based power plant (CER 67184)Velatal spinning mills Pvt. Ltd. implemented 8.75 MW capacitywind energy based power plant (CER 67184)
Carbon Credit in Textile Sector
Delhi Metro Rail CorporationDelhi Metro Rail Corporation
First rail project in the world to earn carbon First rail project in the world to earn carbon credit because of using regenerative breaking credit because of using regenerative breaking system in its trains system in its trains –– reduces 30 % electricity reduces 30 % electricity consumption.consumption.Generates 400,000 CER in the last 10 years Generates 400,000 CER in the last 10 years ––registered to UNFCCC.registered to UNFCCC.CER revenue earned initially Rs.1.2 Crores/yearCER revenue earned initially Rs.1.2 Crores/year
15 CER x 0.8 M Hectare = 12 M CER 15 CER x 0.8 M Hectare = 12 M CER 12 M CER x 15 Euro = 180 M Euro
12 M CER x 15 Euro = 180 M Euro
Credits
15 Tones of Carbon Dioxide per Hectare 15 Tones of Carbon Dioxide per Hectare
vegetative growth
In India Jute Plant is cultivated in 0.8 million hectareIn India Jute Plant is cultivated in 0.8 million hectare
Cultivation
Negative 40,000 CER for CH4emissionNegative 40,000 CER for CH4emission Negative incentivefor CH4 generationNegative incentivefor CH4 generation
1.6 M Tones of Jute/yr. in India1.6 M Tones of Jute/yr. in India
Jute production
2.573 g of Methane/Kg of extracted fibre 2.573 g of Methane/Kg of extracted fibre
Retting of Jute
Methane emission in Jute retting = ( 0.0034 TG / year) Global methane release = ( 500 TG/year)
Methane emission in Jute retting = ( 0.0034 TG / year) Global methane release = ( 500 TG/year)
Jute crops incorporate 3 Million tones of dry leaves per Jute crops incorporate 3 Million tones of dry leaves per year to the soil during defoliation stage prior to retting year to the soil during defoliation stage prior to retting
Through such Green maturing process soil is enriched Through such Green maturing process soil is enriched by an equivalent amount of 90,000 Tons of Nitrogen, by an equivalent amount of 90,000 Tons of Nitrogen, 30,000 Tons of Phosphorous and 80,000 Tons of 30,000 Tons of Phosphorous and 80,000 Tons of Potassium Potassium
Savings of the said Fertilizer cost may be considered as Savings of the said Fertilizer cost may be considered as CER revenue to Jute CultivationCER revenue to Jute Cultivation
Indian Industries adopting CDM Projects are having Indian Industries adopting CDM Projects are having good potential to earn out of Carbon Creditsgood potential to earn out of Carbon Credits
There is , however , lack of awareness and initiatives There is , however , lack of awareness and initiatives among SMEs including Jute sector to implement CDM among SMEs including Jute sector to implement CDM Projects and exploring the benefits of Carbon creditsProjects and exploring the benefits of Carbon credits
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Potential areas of Carbon Potential areas of Carbon Credit in Jute IndustryCredit in Jute Industry
Use of NonUse of Non--conventional Energy , adoption of conventional Energy , adoption of energy efficient Technology energy efficient Technology
Use of Carbon Neutral products/ agroUse of Carbon Neutral products/ agro--based based products in steam generation and Power products in steam generation and Power generationgeneration
Replacement of Fossil Fuel in Jute Processing Replacement of Fossil Fuel in Jute Processing by oils of Vegetable originby oils of Vegetable origin
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Howrah Jute Mill invested Rs. 38 Lakhs to buy a Jute caddis fired Boiler, replaced Fossil fuel in steam generation
Registered the project with UNFCCC and gained 4,112 CER Units in the first issuance
Kamarhaty Jute Mill set up Rice husk based 5 MW captive power plant
Registered for carbon credit