Biodiesel feedstock production and role of Panchayat Raj Institution - PowerPoint PPT Presentation

1 / 33
About This Presentation
Title:

Biodiesel feedstock production and role of Panchayat Raj Institution

Description:

Biodiesel feedstock production and role of Panchayat Raj Institution – PowerPoint PPT presentation

Number of Views:205
Avg rating:3.0/5.0
Slides: 34
Provided by: ith49
Category:

less

Transcript and Presenter's Notes

Title: Biodiesel feedstock production and role of Panchayat Raj Institution


1
Biodiesel feedstock production and role of
Panchayat Raj Institution
  • Alok Adholeya
  • Director,
  • Biotechnology Management of Bioresources
    Division, TERI

2
TERIs Initiatives
  • Morphologically superior germplasm collected
    through clonal as well as seed based material
    from various agro-climatic regions
  • Test plantation for long term evaluation are
    raised between 2002-2004

3
Identification of Elite Jatropha Trees
Survey and collection
( NOVODB DBT Network)
Cryopreservation NBPGR
Chemical evaluation TERI, New Delhi Central
facility
Germplasm Gardens Participating Centers
Accessions have been identified having
  • Low oil content
  • lt30 seed oil/ lt 50 kernel oil content
  • Moderate oil content
  • 30-35 seed oil content/50-55 kernel oil content
  • High oil content
  • gt35 seed oil/ gt55 kernel oil content

Fatty Acid Methyl Esters
4
What is Mycorrhiza?
Myco Fungus Rhiza Roots Term coined by A B
Frank (1889) Mycorrhiza is a name for beneficial
fungal group and plant root association,
providing an array of benefits in nutrient
uptake and general plant productivity.
5
MYCORRHIZA
6
Advantages of mycorrhized Jatropha
  • 95 seed germination success
  • Early fruition and flowering- 7 months onwards as
    against a year with conventional clonal
    plantations two years from seed raised
    plantations
  • Higher yields (20-30) with mycorrhiza
    inoculations than non-mycorrhizal plantations

7
Contd.
  • Package of practices and better establishment of
    plantation achieved using mycorrhiza technology
    in
  • Ash dumps
  • Alkali Chlore sludge dumps
  • Land affected due to distillery effluent
  • Land affected due to paper and pulp mills
    effluent
  • Tannery sludge overburdens and effluent affected
    soil
  • Arid land
  • Specific high altitude sites in Uttaranchal and
    North Bengal

8
Nursery of Jatropha in fly ash
9
Revenues from polluting chimney s at Korba
10
Jatropha plantation at Andhra Pradesh, supported
by NOVOD Board
11
Jatropha plantation at VTPS
12
Plantation at Alkali Chlore sludge dumps
13
Reclamation of Lagoon
14
(No Transcript)
15
(No Transcript)
16
(No Transcript)
17
Farmers field plantation in Jodhpur, Rajasthan,
supported by NOVOD Board
18
The Time Period In Our Consideration
30 conversion to raw oil from seed and 90 to
Biodiesel from raw oil
Seed Yield
Seed yield after 2 years
6th year
YEAR 0
YEAR 3
TIME
19
Movement of Oil cake
Movement of Oilseeds
Movement of Oil
Movement of Bio Diesel
Movement of Glycerol
The Supply Chain
For Local consumption
FARM
Expeller Unit
Seed Collection Centre
Transesterification Unit
Oil Depot
To Glycerol Wholesalers
To Final Customer
To User Industries (Pharma, Soap Making, Wax
making etc)
20
Farm
Panchayat Raj Institutions
Seed Collection Centre
Seed Storage
The value chain
Panchayat Raj Institutions
Expeller Unit
Oil Storage
Producer Companies
Trans-esterification Unit
21
From the farm
Village 4
Village 5
Village 6
Village 3
Village 2
Village 1
Seeds/ fruit
Possible Structure Panchayat Raj Institutions
Seed Collection Centre
  • Possible Structure Institutional Producer
    Company/ State level cooperative marketing
  • federation/ Private sector participation
  • Function
  • Oil extraction
  • Production phasing
  • Transportation to trans- esterification
    centres
  • Maintenance

Seed Storage
Oil Expelling Unit
  • Collection
  • Transportation
  • Payments
  • Sale of oil cake
  • Provision of agriculture inputs
  • and sapling/ seeds
  • Grading/ Quality control

Transport to trans-esterfication unit
Jatropha Oil
For local consumption
22
Cash Flow For Oil cake
Cash Flow for Oilseeds
Cash Flow for Oil
Cash Flow for Bio Diesel
Cash Flow for Glycerol
Cash Flow along the value chain
From Local consumption
FARM
Expeller Unit
Seed Collection Centre
Transesterification Unit
Oil Depot
To Glycerol Wholesalers
To Final Customer
To User Industries (Pharma, Soap Making, Wax
making etc)
23
Objectives for Institutional linkages
  • Need to generate awareness about Jatropha
  • Build confidence among stakeholders
  • Provide an Institutional model for
    operationalizing the feedstock production at
    Panchayat Raj institutions level
  • Define roles and responsibilities of different
    stakeholders
  • Increase capacities of pivotal players
  • Provide a foundation for private sector
    participation
  • Provide mechanisms for sustainability

24
Specific project possibilities
25
Area Under Agro-forestry (Including Farm
Forestry) over 6 Million Hectares
  • Existing plantation with agriculture crops
  • Acacia nilotica
  • Dalbergia sissoo
  • Acacia catechu
  • Ziziphus spp.
  • Populus deltoides
  • Eucalyptus spp
  • Albizia lebbeck
  • (SourceReport of the task force on Greening
    India for livelihood security and sustainable
    development-Planning commission-July-2001)

26
Financial Benefit Jatropha Vs Poplar
  • No. of plants
  • Jatropha 900 (Including boundary)
  • Poplar 500
  • Crop rotation 8 Years
  • Food grain crop Wheat and Bajra
  • Area 1 Hectare
  • Sum of Net Profit (Rupees)
  • Poplar 2.02 Lakhs
  • Jatropha 2.25 Lakhs

27
Potential From 6 Million Hectares Area
  • Rotation 8 Years
  • Food Grain crop Wheat/Bajra
  • Net Benefit (Thousand Crore)
  • Jatropha Based AFM 135.00
  • Poplar Based AFM 121.00

28
Benefit From Jatropha in Agro-forestry
  • Energy security
  • One time investment for plantation
  • Long duration crop (40 Years)
  • Rural employment generation
  • Regular income from planted area with least
    gestation period
  • Bio-fencing

29
Govt. Initiatives for Future Promotion of
Agro-forestry in
  • 10 million hectare irrigated land
  • suffering from
  • water logging,
  • soil erosion
  • salinity.  
  • 18 million hectare rain-fed area
  • suffering from
  • Low crops
  • soil erosion due to inadequate vegetation cover.
  • SourceReport of the task force on Greening India
    For Livelihood Security And Sustainable
    Development
  • Planning Commission Government Of India-July2001
  •  

30
Potential From 10 Million Hectares proposed Area
31
Potential for additional 18 Million Hectares
proposed Area
Years
32
  • Conclusions
  • Panchyats can be central player for feedstock
    production.
  • Knowledge lies with farming community that needs
    streamlining.
  • Focused programme driven approach is necessary to
    make this mission successful.

33
  • Thank You
Write a Comment
User Comments (0)
About PowerShow.com