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8/7/2019 ENTERPRISE MODEL FOR BIOMASS SUPPLY_REZ_Datia_INDEX.
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AlternativesENTERPRISE MODEL FOR BIOMASS SUPPLY
A PROJECT PROPOSAL
ON
Community based enterprise model for biomass supply
A sustainable approach to enhance rural economy
Project location: Datia, (M.P)
Submitted to
Punjab National Bank (PNB), Datia, (M.P)
Submitted by-
Development Alternatives,Orchha, (M.P)
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INDEX
Executive summery
SR NO. PARTICULARS PAGE
NO.Executive summery iii
1. Introduction iv-v2. Problem statement vi3. Project background, goal and
objectives
vii-viii
4. Project location, climate and
soil
ix-x
5. Project implementation
activities
xi-xii
6. Expected benefits xiii7. Financials x i v8. Roles of stakeholders x v
9. Annexure x v i
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India faces severe problems in the power sector resulting in energy shortages. In 2001 this was 8% and
peak demand exceeding supply by about 13%. The industrial sector today consumes approximately 35%
of total electricity generated in the country. At the same time, high quality stable power is required to
attain the higher growth rate projected for this sector. Majority of industries in India require both
electrical and thermal energy. Today, they either buy power from the State Electricity Boards, or generate
their own power largely through diesel generators and meet their thermal energy requirements through
captive means mostly utilizing fossil fuels such as coal, oil or natural gas. As fossil fuels are limited, and
have adverse environmental impact, it would be appropriate to use non-conventional energy sources
including biomass resources such as crop residues and agro-industrial wastes for generation of energy in
the industries mainly through biomass gasification technology for meeting their total
requirements for both electrical and thermal energy.
India, being a tropical country, has tremendous potential for energy generation through biomass and its
residues.
Development Alternatives has taken initiatives to generate electricity through biomass which will further
be a source of electricity generation for micro and small enterprise hub, run by community people.
Promotion of micro and small enterprise will boost the rural economy.
The project involves supply of biomass to the biomass-based power generation plants with a total
capacity of 40 kW for uninterrupted electricity supply to the micro and small enterprise hub. The fuel
used is primarily Ipomea weed, which is abundantly available in the surrounding area of the site. Ipomea,
having calorific value of 3800 kcal per kg and bulk density of 160 kg per cubic meter is a cost-
effective way to generate electricity.
1. Project introduction
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Access to quality, reliable and affordable energy is critical for promoting economic and social
development in rural areas. The energy situation in rural India is characterized by low quality of fuel, low
efficiency of use, un/semi reliability electricity supply and limited access leading to lower productivity of
land, water and human effort, ultimately leading to less development and environmental degradation.
Dependence on centralized grid electricity supply to low-load rural situations is characterized by
fluctuating voltage, unreliable supply and shortage of power in most parts of rural India. Dependence on
coal-based electric power plants (accounting for 70% of power generation) is leading to environmental
degradation; local (land degradation), regional (air, water and soil pollution) and global (greenhouse gas
build-up leading to climate change).There is a realization on the need to search for decentralized and
renewable energy-based options to meet the rural energy needs in a sustainable way. Among all the
renewable energy sources, biomass is the largest, most diverse and readily exploitable resource.
Government of India strongly encourages the utilization of biomass energy.
Biomass Potential
India is a tropical country blessed with abundant sunshine and rains, thus offering an ideal environment
for Biomass production. Further, the vast agricultural produce also makes available large quantities of
agro-residues which can be used to meet energy needs. With an estimated production of about 350 million
tonnes of agricultural waste every year, residual biomass is capable of mitigation of GHG emissions to
the extent of 300 million tonnes / annum.
MNES estimated the biomass power potential in the entire country as 19,500 MW. The estimated
potential of Biomass based renewable energy options in India are as follows:
Biomass Energy 16, 000 MW
Bagasse Co-Generation 3, 500 MW
Total 19, 500 MW
Biomass for electricity generation can be available in various forms like agricultural residues, biomass
from animal waste, forest biomass and municipal wastes. Other sources of biomass are weeds like
Ipomea, cholla,prosopis julifora, lantana camera etc which grow on waste lands and have no or very little
use. Of these weeds, Ipomea is found in abundance in the Datia region, which grows in marshy areas.
Major features of ipomea are given below-
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On direct combustion, this gives a very pungent odor and hence is not generally used as fuel
wood for cooking purpose.
For the purpose of gasification, ipomea needs to be harvested from the marshy areas and near
water body.
It further needs to be chopped in to small pieces of about 2 inches. The chopping is done in the
green condition. It is then sun-dried from an original moisture content of about 85% to 34-38%,
before it can be fed in to the gasifier.
One hectare yields approximately 160 tonnes of green biomass, which is equivalent to 64
tonnes of useful feed stock for gasifier.
The calorific value of ipomoea is 3800 kcal per kg and bulk density is 160 kg per cubic
metre.
Biomass power is an important alternative for providing energy in the rural sector. The inherent
advantages in utilization of biomass are that employment opportunities are created even for
cultivation, collection, transportation and storage of biomass.
2. Problem statement
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Indias energy development programme has been put to severe pressure with the ever increasing demand
supply gap (8 to 10%) and mismatch of resources coupled with non-uniform growth curve.
ENERGY SOURCE DEMAND SUPPLY GAP/SHORTAGE
Electricity(Jan 2006) (In million KWh) 5,21,872 4,80,242 (41,630)
Though, SMEs are not a priority sector for State Electricity Boards. Consequently, lack of
quality power and poor voltage conditions compel rural enterprises to look for alternative
sources (captive diesel generator sets) which is very costly.To fill this gap, Development
Alternatives, has demonstrated new Renewable Energy technology (Desi Power) at TARA gram
Datia that can be a source of assured power supply for clusters of new industries manufacturing
building materials based products(bricks, Micro-concrete roofing, Paving blocks,Fly-ash bricks
and Pre-cast door/window frames). Development Alternatives has set-up gasifier of 32 kW
(biomass based renewable energy generation and distribution system)and currently
supplying electricity to these industries. Energy demand for these industries is 3735.78 units
(kWh) per month. To provide assured and uninterrupted power supply to these industries,
700kg/day ipomea is needed as feedstock to the biomass gasifier to run it for at least 10 hrs.
This huge demand of biomass will give rise to another line of business which will be a biomass
based enterprise. In this way biomass sourcing can be treated as an opportunity to create an
alternative source of income generation.
Although it seems to be a remarkable idea, but in this process of supplying dry biomass, there are
certain issues which may reduce the profit of entrepreneur
a) Efficiency of labor to cut biomass due to which quantity of biomass sourced /day is reduced
b) The cost of transportation of biomass from field to the chopping place and from the chopping
place to the endpoint is 32 % of the total cost.
c) Use of motorized gini-cutter will increase the pace of operation. Hence the volume of the
business can be increased.
To make biomass sourcing a convenient and quick process, group of entrepreneurs involved in it
require proper equipments to meet the demand supply gap of biomass.
3. Project background, goals and objectives
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To develop community based enterprise for supplying dry biomass to the
gasification plant to ensure regular electricity supply of SMEs .and rural
development.
3.3. Project Objective
To establish biomass supply chain mechanism and demonstrate its socio-commercial and
institutional (SHG run) viability.
To create an alternative source of livelihood for the rural women of Datia region by
preserving and harvesting natural resources and agro waste
To ensure sustainable supply of biomass to run the power plant as well as SMEs so as to
ensuring sustainability proposed first REZ in India
3.4. Biomass Supply chain and
4 labors (@ 4
quintals/day)
=400/- Labor cost = 100
Biomass harvesting
Cost oftransportation=Rs
200/-
Transportation of wet
biomass
Labor cost = 100/-
Chopping of wet
biomass
Drying up to 50% of
moisture content
Cost of
transportation=Rs
350/-
Transportation of dry
biomass
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4. Project location,climate and soil
4.1 Background
Datia had formerly been a state in the Bundelkhand region. The state was administered as part of the
Bundelkhand agency ofCentral India.The state suffered from famine in 1896-97, and again to a lesser
extent in 1899-1900.
4.2. Project Location
Datia district in the state ofMadhya Pradesh, India, is situated nearGwaliorand on the border
with Uttar Pradesh (U.P); the town ofJhansi in U.P. is only about 25 km away.
State: Madhya PradeshDistrict: Datia
Coordinates: 2540N7828E/ 25.67, 78.47
Time zone IST (UTC+5:30)
Area Elevation 302 m (991 ft)
Population 627,818 (2001)
The district has an area of 2,038 km, and a population 627,818 (2001 census). The population of
Datia District increased by 26% from 1981 to 1991, and by 22% from 1991 to 2001. The districthas 445 villages and 3 towns, Datia, Seondha, and Bhander. Datia is bounded by the Madhya
Pradesh districts ofBhind to the north, Gwaliorto the west, and Shivpuri to the south, and by
Jhansi District ofUttar Pradesh state to the east. The district is part ofGwalior Division.
The project area covers barren and degraded lands and lands such as roadside, canal side and
railway lines, covered with weeds like Ipomea, Cholla, Lantana Camera in geographic regions of
District Datia especially. The project proposes to harvest weeds like Ipomea for green energy
supply. These weeds can be called as green energy plants.
4.3. Soil Type
http://en.wikipedia.org/wiki/Bundelkhandhttp://en.wikipedia.org/wiki/Central_India_Agencyhttp://en.wikipedia.org/wiki/Datia_districthttp://en.wikipedia.org/wiki/Madhya_Pradeshhttp://en.wikipedia.org/wiki/Indiahttp://en.wikipedia.org/wiki/Gwaliorhttp://en.wikipedia.org/wiki/Uttar_Pradeshhttp://en.wikipedia.org/wiki/Jhansihttp://en.wikipedia.org/wiki/Madhya_Pradeshhttp://en.wikipedia.org/wiki/Geographic_coordinate_systemhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://en.wikipedia.org/wiki/Time_zonehttp://en.wikipedia.org/wiki/Indian_Standard_Timehttp://en.wikipedia.org/wiki/UTC%2B5:30http://en.wikipedia.org/wiki/Geography_of_Indiahttp://en.wikipedia.org/wiki/Elevationhttp://en.wikipedia.org/wiki/Populationhttp://en.wikipedia.org/wiki/Seondhahttp://en.wikipedia.org/wiki/Bhanderhttp://en.wikipedia.org/wiki/Bhind_Districthttp://en.wikipedia.org/wiki/Gwalior_Districthttp://en.wikipedia.org/wiki/Shivpuri_Districthttp://en.wikipedia.org/wiki/Jhansi_Districthttp://en.wikipedia.org/wiki/Uttar_Pradeshhttp://en.wikipedia.org/wiki/Gwalior_Divisionhttp://en.wikipedia.org/wiki/Bundelkhandhttp://en.wikipedia.org/wiki/Central_India_Agencyhttp://en.wikipedia.org/wiki/Datia_districthttp://en.wikipedia.org/wiki/Madhya_Pradeshhttp://en.wikipedia.org/wiki/Indiahttp://en.wikipedia.org/wiki/Gwaliorhttp://en.wikipedia.org/wiki/Uttar_Pradeshhttp://en.wikipedia.org/wiki/Jhansihttp://en.wikipedia.org/wiki/Madhya_Pradeshhttp://en.wikipedia.org/wiki/Geographic_coordinate_systemhttp://stable.toolserver.org/geohack/geohack.php?pagename=Datia¶ms=25.67_N_78.47_E_region:IN_type:cityhttp://en.wikipedia.org/wiki/Time_zonehttp://en.wikipedia.org/wiki/Indian_Standard_Timehttp://en.wikipedia.org/wiki/UTC%2B5:30http://en.wikipedia.org/wiki/Geography_of_Indiahttp://en.wikipedia.org/wiki/Elevationhttp://en.wikipedia.org/wiki/Populationhttp://en.wikipedia.org/wiki/Seondhahttp://en.wikipedia.org/wiki/Bhanderhttp://en.wikipedia.org/wiki/Bhind_Districthttp://en.wikipedia.org/wiki/Gwalior_Districthttp://en.wikipedia.org/wiki/Shivpuri_Districthttp://en.wikipedia.org/wiki/Jhansi_Districthttp://en.wikipedia.org/wiki/Uttar_Pradeshhttp://en.wikipedia.org/wiki/Gwalior_Division8/7/2019 ENTERPRISE MODEL FOR BIOMASS SUPPLY_REZ_Datia_INDEX.
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The soil erosion and unsustainable land use practices contribute to severe degradation and loss of
soil and soil organic carbon each year and is a major factor contributing to about 50% loss of soil
productivity.
4.4. Socio Economic Profile
As of 2001 India census, Datia had a population of 82,742. Males constitute 53% of the
population and females 47%. Datia has an average literacy rate of 68%, higher than the national
average of 59.5%: male literacy is 75% and, female literacy is 60%. In Datia, 15% of the
population is under 6 years of age.
The project intends to initiate project implementation activities in the following villages of Datia
district
Estimation of available biomass-
Sr. no. Species Village
Bio-Mass ( in Tractor
Loads)
Biomass(dry) in
(Quintal/s)
1 Ipomea Shyamlal ka Dera 15 240
2 Ipomea Jhakhoria 10 160
3 Ipomea Sitapur 5 80
4 Ipomea Samroli 4 64
5 Ipomea Gari 4 64
6 Ipomea Borgaon 10 160
7 Ipomea Uprai 5 80
8 Ipomea Agora 3 48
9 Ipomea Durgapur 5 80
Ipomea Guliapura 10 160
8 Ipomea Cherula 20 320
Ipomea Rena 5 80
TOTAL 1536
http://en.wikipedia.org/wiki/Censushttp://en.wikipedia.org/wiki/Censushttp://en.wikipedia.org/wiki/Census8/7/2019 ENTERPRISE MODEL FOR BIOMASS SUPPLY_REZ_Datia_INDEX.
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5. Project implementation activities
Activity 1- Community Mobilization
Activity 2-Ensuring govt grants and subsidy
To purchase certain equipments for making biomass sourcing a lucrative process, villagers or
potential supplier groups need government grants and subsidy.
Activity 3- Identification of potential supplier group.
Potential supplier groups for biomass (ipomea) should be identified according
willingness to accept this business model.
Activity 4- MoU with the supplier group for the supply of demanded quantity and quality
of biomass.
To clear the roles and responsibility between demand and supplier group, MoU will be signed
between them.
Activity5 Purchasing equipments like biomass cutter and Gini-cutter.
Weed like ipomea, when used as biomass for electricity generation needs to be chopped up at
green stage. For this ipomea needs to be brought at chopping place as early as possible. Thus
certain equipments like wood cutter and gini cutter are required to make this process faster .
Activity 6- Assuring supply of biomass at pre-determined time and rate to the location
with a guarantee of substantial profit to biomass supply group.
After biomass chopping/slicing, it is being dried for two to three days. As soon as drying process
completes, biomass will be supplied to DA center, Datia. DA will fix the rate of dried biomass
and disburse the amount within two days to the supplier group.
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GANT CHART
Activities W1 W 2 W 3 W 4 W 5
Community Mobilization
Ensuring govt grants and subsidy
Identification of potential supplier group
MoU with the supplier group for the supply
of demanded quantity and quality of
biomass
Purchasing equipments like biomass cutter
and Gini-cutter.
Assuring supply of biomass at pre-determined time and rate to the location
with a guarantee of substantial profit to
biomass supply group
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6. Expected benefits
The aforesaid proposed enterprise model will lead to the following benefits to the suppliers -
Local employment:-This will create an alternative source of employment for the community
people (especially women) as well as fill the demand-supply gap of electricity generation to run
micro and small enterprises which will boost up the rural economy. Here community plays dual
role both as supplier (biomass supply for electricity generation) and consumer (purchase of
electricity to run enterprises).
Assured power supply:-This project will ensurecontinuous biomass supply for electricity
generation through gasifier which will assure regular electricity supply to micro and small
enterprise run by community people.
Utilization of waste resources: - Utilization of weeds like weeds like ipomea and Cholla, which
are grown in marshy places, as biomass for electricity generation will increase their economic
value.
Demand-supply gap: - Total demand of biomass (ipomea) /year is 96000 kg (per hour biomass
consumption= 40 kg; working hours= 8 hrs; working days=300) in TARAgram. Available
biomass (ipomea) in the vicinity is 1536 quintals. Hence it can be inferred from the given figures
that biomass demand supply gap can be fulfilled easily, if the whole system operates in a
mechanized way.
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7. FINANCIALS
Project cost:-
ECONOMICS OF DRY BIOMASS
PARTICULARSRATE QTY
AMOUNT
Capital Expenditure
Hand cutter 300 5 1500
Chopping machine900
0 1 9000
Total cost (A) 10,500WORKING CAPITAL(for oneweek)
labors @ 3 qtls/day 100 20 2000
Loading of biomass (1 labor) 100 2 200
Transport from field to farm 300 2 600
Cutting 100 2 200
Transport from farm to firm 350 1 350Depreciation @ 5% perannum 525
Total cost (B) 3875
TOTAL PROJECT COST(A+B) 14,375
The total project cost is Rs. 14,375 (Fourteen thousand three hundred seventy five, only).
Projected profitability per supply (within 4 days in a week):-
PARTICULARSAMOUNT
AMOUNT
AMOUNT
WORKING CAPITAL Weak1Week
2Week
3
Labors @ 3 qtls/day 2000 2000 2000
Loading of biomass (1 labor) 200 200 200
Transport from field to farm 600 600 600Cutting 200 200 200
Transport from farm to firm 350 350 350Depreciation @ 5% perannum 525 525 525
Total cost (B) 3875 3875 3875
Revenue generated 4500 4500 4500
Revenue realized 625 625 625
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8. Roles of stakeholders
Role of supplier group
Supplier group will have a key role in this business as they have to cut, dry and supply
ipomeas according to the consumer (DA) demand.
Supplier group will ensure for the quality supply of biomass(At 50% or less moisture
content).
Role of DA-
DA will act as a consumer in this business.
DA will have the responsibility to measure the dried ipomea (Should not be more than
50%).
Full Payment to the supplier group will be made on time.
Role of Panchayat/ Other Govt players-
To provide fund to the biomass suppliers. This support will assist sup
establishing their business.
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Annexure-1
Comparison of the revenue realized by the supplier and the COST TO THE END USER
ECONOMICS OF DRY BIOMASS ECONOMICS OF WET BIOMASS
ARTICULARSRATE QTY AMOUNT PARTICULARS
RATE QTY
AMOUNT
Capital Expenditure Capital Expenditure
Hand cutter 300 5 1500 Hand cutter 300 4 120
Chopping machine900
0 1 9000 Total cost (A) 1
Total cost (A) 10500 WORKING CAPITAL
WORKING CAPITAL labors @ 4 qtls/day 100 4
abors @ 3 qtls/day 100 20 2000 Loading of biomass (1 labor) 100 1 10oading of biomass (1abor) 100 2 200 transport from farm to firm 400 1 40ransport from field toarm 300 2 600 depreciation @ 5% per annum
utting 100 2 200 Total cost (B) ransport from farm torm 350 1 350 Revenue generated 0.8
1440 115
epriciation @ 5% pernnum 525 Revenue realized by the suppliers
Total cost (B) 3875 COST TO THE END USER
Revenue generated 1.5300
0 4500 Amount paid to the supplier 0.8144
0 115Revenue realized by theuppliers 625 Cutting cost(1 labor for 2 days) 100 2
COST TO THE END USERLoss (5 % of the cost paid tosupplier) 5
Amount paid to theupplier 1.5
3000 4500 Storing 100 1 10
toring 100 2 200 TOTAL 150
TOTAL 4700 COST/KG
COST/KG 1.6 COST/KG After drying 7202.096
6
(1500kg/day)*4day
=60qtlwillbecutin
4daysby5labor