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8/13/2019 Bio-Energy and Environmental Sustainability AERF India BW Delegation
1/20
Bio-energy and Environmentalsustainabilitya case of India
Jayant Sarnaik
Applied Environmental Research Foundation,India
www.aerfindia.org
http://www.aerfindia.org/http://www.aerfindia.org/8/13/2019 Bio-Energy and Environmental Sustainability AERF India BW Delegation
2/20
OutlineIntroduction
Major drivers influencing bio-energy development
Availability and sources of biomass
Biomass based power generation
Biomass utilization by different sectors
Biomass as a traditional source of energy
Liquid bio-fuels and energy security
Environmental sustainability
Environmental impacts of bio-energy production
Bio-fuels and biodiversity
Transition to sustainable energy futures
Renewable Energy and Climate changeWorkshop, Mumbai. 07-12-2012
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Introduction
AERF is registered NGO working in India , in the field ofParticipatory Conservation for last 15 years. A member of IUCN
and Roundtable on Sustainable Bio fuels , AERF is working for
mainstreaming biodiversity conservation in development and
business sector through five thematic programs:
Sacred Groves conservation
Applied Biodiversity Research
Communities, Conservation and climate change.
Energy and Biodiversity
Business and Biodiversity
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Favorable agro-climatic conditions and rich natural resource base
Leading producer of various agro-commodities with substantial bio-energy potential( sugar, rice , wheat, cotton, fruits and vegetables)
Contribution of Agriculture to Indias GDP- 15%
Long term support to bio-energy at policy level
Fourth largest economy and fifth largest GHG emitter
Easy access to carbon funding
(Source : Pewclimate.org, ibef.org )
Major drivers influencing bio-energy
development
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Availability and sources of biomass
Categories Biomass Availability in Million
Tonnes
Coal equivalent in
Million tonnes
Agriculture residues
A Rice straw 9 58.4
Rice husk 19.9 15.7
Jute Sticks 2.5 2.3
Wheat straw 50.5 37.5
Cattle dung 1335.00 128
Agro-industrial by products
B Bagasse 28.1 22.4
Molasses 2.1 0.8
Oil-seed cakes 6.7 0.9
Saw dust 2 3.4
C Forest products
Mahua flowers 1 0.4
Leaves , top etc. 3.3 3
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Continued
Biomass availability estimates
Year Biomass estimates ( in Million tonnes )
Ravindranath Biomass Atlas IISC
Production Surplus**1996-97 626.5
1998-99 653.4* 546.4 139.4
2004-05 741.0* 619.0* 157.9*
2010-11 840.6 701.2* 178.8*
2024-25 1127.3* 938.0* 239.2*Notes: * Projections based on 2.12% annual growth (same as Ravindranaths two year values) ** Surplus biomass fraction
assumed constant as given in biomass atlas of IISc.
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Biomass based power generationSr.no
.
State Up to
31.03.2003
2003-04 2004-05 2005-06 2006-07 2007-08 2008-09 Total
(MW)
1 Andhra 160.05 37.7 69.5 12 22 33 9 343.25
2 Chhattisgarh 11 -- -- 16.5 85.8 33.5 9.88 156.1
3 Gujarat 0.5 -- -- -- -- -- -- 0.5
4 Haryana 4 -- 2 -- -- -- -- 6
5 Karnataka 109.38 26 16.6 72.5 29.8 8 12 274.28
6 Madhya Pradesh 0 1 -- -- -- -- -- 1
7 Maharashtra 24.5 -- 11.5 -- 40 38.5 41.5 155.5
8 Punjab 22 -- -- 6 -- -- -- 28
9 Rajasthan 0 7.8 -- 7.5 8 -- 8 31.3
10 Tamil 106 44.5 22.5 -- 42.5 75 18.2 308.7
11 Uttar Pradesh 46.5 12.5 14 48.5 -- 79 172 372.5
Total 381.3 129.5 136.1 163 228.1 266 270.5 1677.13
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Continued
Potential for energy production from industrial wastes- Total1800 MW (2009)
Actual power generation from industrial waste including under
development- 180 MW.
Potential for power generation from Municipal solid waste3650MW
Potential for Combined Heat and Power generation in Indian
industry- 8000 MW
Contribution of Sugar industry to CHP potential- 5000 MW.
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Biomass utilization by different sectorsStates Rajasthan Maharashtra Chattisgarh Punjab
Different uses of
Biomass
% % % %
Fodder 59.88 44.15 64.27 56.51
Domestic fuel 11.43 8.64 0 3.68
Biomass based power
plants 3.2 8.42 18.41 5.64
Brick kilns 3.04 1.79 1.24 0
Mulching 5 0.41 4.2 1.79
Thatching 2.35 0.28 3.5 0.89
Cement 0 1.25 1.06 0
Oil mills 6.86 20.02 0 0
Left in the field 4.57 0 0 12.5
Other local industries
using biomass 4.64 0 1.72 1.96
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Biomass as a traditional source of energy
Per capitaconsumptionof biomass as
source of
energy- 380Kgs ( 1991).
Share ofbiomass in
total primaryenergy
consumption ofcountry45%
Share of fuelwood in
traditionalenergy use-
53%
Householdlevel
consumption ofbiomass as
source ofenergy- 83%
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Liquid bio-fuels and energy security
India is the fifth largestand one of the fastestgrowing petroleum oil
consumers in the world.
72% of Indias
requirement of Oil ismet through imports.
Indias oil importexpenditure has grown3 folds since 2004-05
due to increase inprices.
Annual growth in Indias
carbon emissions/year-3.2%
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Policy and development of Bio-fuels
Major trigger for adoption of bio-fuels- GOIs transport policy forstricter environmental norms - Euro III/Euro IV.
Ethanol blended petrol production started in 2003.
Requirement of Ethanol production for 5% blending- 2.3 billionliters. Target for blending is 20% for 2017.
Main raw material for ethanol production- molasses.
Estimated bio-diesel processing capacity -200,000 Metrictons/year, however plants are non-operational.
Reasons for lack luster performance of bio-diesel sector- singlespecies based production policy.(2003)
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Production of Ethanol( Million Liters)
Item\Year 2006/07 2007/08 20008/09 2009/10
Total Molasses
Production (Million
tons)
13.11 11.31 6.88 8.60
Total Alcohol Production 2280 1890 1,032 1,420
Opening Stocks 700 1269 1,254 706
Imports 39 5 200 200
Total Supply 3019 3164 2,486 2,326
Industrial Use 650 700 700 720
Potable Liquor 800 850 880 950
Ethanol for Blended
Gasoline
200 280 100 50
Other Use 100 110 100 110Renewable Energy and Climate change
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Environmental sustainability
Ensuring that the overall productivity ofaccumulated human and physical capital resultingfrom development actions more than
compensates for the direct or indirect loss ordegradation of the environment.
The World Bank
To ensure environmental sustainability whileachieving development- MillenniumDevelopment Goal- 7
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Environmental impacts of bio-energy
production and use
Land useconversion
Degradation of and threats to eco-sensitive regions
Loss of biodiversity and threats from invasive species.
Indoor air pollution
Water stress and pollution
Reduction in ecosystem resilience to climate change
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Molasses based Ethanol production
Waste water generation ethanol produced per liter- 8-12liters.
Characteristics of wastewater- COD-35000-70,000 mg/l,BOD-20,000-40,000 mg/l, TDS- 40,000-60,000 mg/l
Inadequate and energy intensive treatment methodsleading to severe pollution of surface and ground water.
Energy required for treatment of wastewater balances outenergy generated from Ethanol. Detailed LCA necessary.
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Bio-fuels and Bio-diversity
India is one17 mega-diverse
countries in
the world.
There aremore than300 native
oilseedbearing tree
species inIndia.
Significantpotential to
tapunderutilized
species for bio-fuel production
and conservenative speciesdiversity
Pongamia
pinnata,Madhuca indica
and Calophyllum
innophyllum ,
Azdirachta indica
are some of the
high yielding bio-diesel feedstock
species.
Jatropha
curcas is anexotic and
toxic specieswhich has
failed as a crop
in variousstates of India.
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Transition to sustainable energy
futures
Resource assessment key to energy planning
and environmental sustainability.
Decentralized energy solutions are economically viable and
environmentally sustainable.( AERF projects)
Research and development in underutilized bio-energyfeedstock( Calophyllum innophyllum) needs to be promoted.
Advanced technologies to improve efficiency
and reduce resource consumption.
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Opportunities for low carbon bio-fuel
production
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Harnessing theexisting potential ofcashew on 1 million
hectares acrossvarious states of
India- avoiding landuse change
Converting wasteinto energy- no
competition withfood
Potentialsolution at
industrial scale
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Thank you!
www.aerfindia.org
http://www.aerfindia.org/http://www.aerfindia.org/