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POWER OF
SCRAP
BY : SHUBHAM
SRIVASTAVA
Energy in waste
National Data and Facts
Cattle Dung based biogas and bio-fertilizer
Potential:
 Dung collected: 1445 million ton/day
(@ 5kg per cattle per day)
 Estimated Biogas Generation: 57.8 million m3/day
 Bio-fertilizer: 1083.75 million ton/ day
Surplus crop residue/ biomass based potential:
 Surplus crop residue/ biomass: 38.52 million ton/yr
 Estimated biogas generation: 3.852 million m3/yr.
 Bio-fertilizer: 30 million ton/yr
Considerable amount of
Kitchen waste , Poultry Litter , De-oiled cake based biogas
potential(4,00,000 ha of Jatropha plantation)
Biogas-fertilizer plant based Energy
Infrastructure Initiative (BGFP)
 To make ‘Biogas-fertilizer plant based Energy
Infrastructure Initiative’ more economical, it would be
useful for corporate bodies and entrepreneurs to bunch
BGFPs in group of villages/ areas to avail of CDM
benefits.
 It is proposed to implement the proposed BGFP
demonstration projects through private and public sector
companies, and leasing companies, rural entrepreneurs,
cooperatives through IREDA, Banks and other financial
institutions.
Vision of employment
Biogas based Distributed/ Grid Power
Generation Programme (BDPGP).
Launched in January, 2006.
Projects completed: 20 Nos.(567.50 kW)
Projects under Installation: 68 Nos. (549 kW)
Total no. of projects sanctioned: 88 Nos.
Total/ Aggregated capacity: About 1.16 MW
TOTAL Employment Generated
10,000 people with current running units.
HOW POS will increase this
number ?
o Optimizing the waste collection process
- Urban waste collection tuning (UWCT)
- City green clean (CGC)
o Training Rural Program (TRP)
- Simple waste collection techniques and using equipment's
- Plant functioning and maintenance
- Making schemes for urban people
UWCT
 Managing 50,000 million tons/day of urban kitchen
waste
A systematic process of :
- Promoting urban population for organic waste separation
( schemes such as free G-poly , Organic rating and etc)
- Supply chain management
- Co-ordination with Nagar Nigam
CGC
 CGC is basically cleaning the waste social
organic matter
- Garden cleaning
- wild grass and weed grass cutting and
cleaning
- Lawn maintenance
- the second phase also include the solid
waste collection from public toilets
Financial Support for BGFP
Projects
 Proposed financial support:
Organization Percentage of Project Cost
 MNRE support: 50%
 IREDA/ Bank Loan: 30%
 Promoter/ user agency
contribution: 20%
POS mission
 To make waste collection and supply system
 Under TRP training rural people for the skills required to work
in bio gas plant
 Implanting more small distributed units of bio-gas in every
village
 Making high quality bio manures for better crop yield
Our POS structure
Distributing digester throughout the villages and planting
a single compression and purification unit
Waste collection by UWCT ,CGC, cattle
dung ,Crop residue
BDS
1
BDS
2
BDS
3
BDS
4
CPC unit
Advantages
 Less costing per biogas plant
 Easy installation
 Less complexity
 Less transportation of raw materials
 Refined and safer medium gas supply
What do we achieve ?
 Simple Math's
20 ppl *6,80,000ville/city(censusindia.gov.in)
1.36cr people employed
o Clean society
o Energy can be efficiently used
o India can fulfill its energy need by waste and
its management (30000MW as per MNRE)
THANK YOU
Power of Scrap: How POS Can Increase Employment in Waste-to-Energy Projects

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Power of Scrap: How POS Can Increase Employment in Waste-to-Energy Projects

  • 1. POWER OF SCRAP BY : SHUBHAM SRIVASTAVA
  • 3. National Data and Facts Cattle Dung based biogas and bio-fertilizer Potential:  Dung collected: 1445 million ton/day (@ 5kg per cattle per day)  Estimated Biogas Generation: 57.8 million m3/day  Bio-fertilizer: 1083.75 million ton/ day
  • 4. Surplus crop residue/ biomass based potential:  Surplus crop residue/ biomass: 38.52 million ton/yr  Estimated biogas generation: 3.852 million m3/yr.  Bio-fertilizer: 30 million ton/yr Considerable amount of Kitchen waste , Poultry Litter , De-oiled cake based biogas potential(4,00,000 ha of Jatropha plantation)
  • 5. Biogas-fertilizer plant based Energy Infrastructure Initiative (BGFP)  To make ‘Biogas-fertilizer plant based Energy Infrastructure Initiative’ more economical, it would be useful for corporate bodies and entrepreneurs to bunch BGFPs in group of villages/ areas to avail of CDM benefits.  It is proposed to implement the proposed BGFP demonstration projects through private and public sector companies, and leasing companies, rural entrepreneurs, cooperatives through IREDA, Banks and other financial institutions.
  • 6. Vision of employment Biogas based Distributed/ Grid Power Generation Programme (BDPGP). Launched in January, 2006. Projects completed: 20 Nos.(567.50 kW) Projects under Installation: 68 Nos. (549 kW) Total no. of projects sanctioned: 88 Nos. Total/ Aggregated capacity: About 1.16 MW TOTAL Employment Generated 10,000 people with current running units.
  • 7. HOW POS will increase this number ? o Optimizing the waste collection process - Urban waste collection tuning (UWCT) - City green clean (CGC) o Training Rural Program (TRP) - Simple waste collection techniques and using equipment's - Plant functioning and maintenance - Making schemes for urban people
  • 8. UWCT  Managing 50,000 million tons/day of urban kitchen waste A systematic process of : - Promoting urban population for organic waste separation ( schemes such as free G-poly , Organic rating and etc) - Supply chain management - Co-ordination with Nagar Nigam
  • 9. CGC  CGC is basically cleaning the waste social organic matter - Garden cleaning - wild grass and weed grass cutting and cleaning - Lawn maintenance - the second phase also include the solid waste collection from public toilets
  • 10. Financial Support for BGFP Projects  Proposed financial support: Organization Percentage of Project Cost  MNRE support: 50%  IREDA/ Bank Loan: 30%  Promoter/ user agency contribution: 20%
  • 11. POS mission  To make waste collection and supply system  Under TRP training rural people for the skills required to work in bio gas plant  Implanting more small distributed units of bio-gas in every village  Making high quality bio manures for better crop yield
  • 12. Our POS structure Distributing digester throughout the villages and planting a single compression and purification unit
  • 13. Waste collection by UWCT ,CGC, cattle dung ,Crop residue BDS 1 BDS 2 BDS 3 BDS 4 CPC unit
  • 14. Advantages  Less costing per biogas plant  Easy installation  Less complexity  Less transportation of raw materials  Refined and safer medium gas supply
  • 15. What do we achieve ?  Simple Math's 20 ppl *6,80,000ville/city(censusindia.gov.in) 1.36cr people employed o Clean society o Energy can be efficiently used o India can fulfill its energy need by waste and its management (30000MW as per MNRE)