using ethanol for domestic energy supply in nigeria
TRANSCRIPT
ANGA, SIMEON BOMA CHAIRMAN CASSAVA AGRO INDUSTRIES – 03-2012
Ethanol as fuel for stoves, generators cars, buses and lamps will be available everywhere (as telephone handsets now are, yet much cheaper…
Imagine a soon coming Africa where…
Our cars will run on GASOHOL: A cleaner fuel made from a blend of Ethanol & Gasoline:
Why the use of ethanol for Cooking? The rationale (Statement of Problems)
The costs of fossil fuels are rising and so are the budgets of most African Countries who spend an average of 55-60% of national budget on importation and subsidization of liquid petroleum fuels for their domestic economies.
African countries cannot cope with this rising cost. Most African economies may experience stagnation & worsen the poverty trap except alternative bio fuels are produced to substitute the unsustainable imports of petroleum.
Nigerian Goverment to commence Deregulation in the 1st quarter of 2011
WHY USE ETHANOL FOR COOKING?
Blackened pots, walls and ceiling
Health: eye irritation, coughing
Long distances for gathering 6-8 hours or more
Rape, beatings, intimidation, threat of murder, theft
Falls and injuries, dehydration, injuries to back, legs and kidneys
Lack of wood
Lack of time for education, income generation, or access to services
Long lines await delivery of kerosene in a fuel station.
Replacing kerosene with ethanol is financially more rewarding than replacing gasoline, since Nigeria pays more for kerosene.
The retail fuel market in Nigeria has been plagued by high prices, scarcities, and quality problems. Purchasing fuels from abroad creates a FOREX problem.
Mother and child in a smoky Kitchen cooking in Nigeria
Extremely high particulate matter and CO. kills
360,000 women and children every year in Sub
Saharan Africa (WHO 2006)
The Main Sources of cooking Fuel in Nigeria Source National Bayelsa Delta Rivers
Firewood 69.98 65.3 70.2 67.6
Charcoal 0.84 – 0.6 0.4
Kerosene 26.55 33.1 26.4 28.1
LPG 1.11 0.3 1.4 1.8
Electricity 0.52 0.3 1.4 1.8
Crop
residue
0.9 – – –
Animal
waste
0.07 – 0.3 0.4
Others 0.84 1.11 0.3 1.4
Total 100 100 100 100
Source: FOS: Nigeria Poverty Profile 2004
0
5
10
15
20
25
30
35
40
0
5
10
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Dung Crop Wood Kerosene Gas Alcohol Electricity
PM
10
(g
/me
al)
CO
(g
/me
al)
Emissions Along the Energy Ladder
CO (g/meal)
PM10
Our tests show that alcohol fuels used in the CleanCook stove are
the cleanest and safest alternative for the 80%+ of homes in the developing world that do not have adequate or reliable access to electricity.
PM10 are small soot particles 10 μ in size or less. PM10
indicates that even smaller, more dangerous particles are present.
The Cassakero VISION
“To provide Nigeria with a locally made bio- ethanol Cooking fuel and appliances for household use that will be available, affordable and accessible, creating new jobs and reducing poverty while enhancing food and energy security in the nation without harming the environment.”
PROJECT MISSION
“To establish a dedicated national bio-ethanol output of 4 million liters per day produced from small scale-bio ethanol refineries to provide the household Cooking fuel requirement of 4 million families in four years (2011-2015).”
The Project To establish an integrated pilot project to
demonstrate the feasibility and economic viability of ethanol production from farm gate base refineries using energy crops and its use as clean low cost cooking and household fuel.
Capacity: 1,000 Liters/day Providing fuel for: 1,000 household 50 Out growers: 100 hectares Feedstock: Non Edible Cassava, sweet
sorghum Clean Cook Stoves: 1,000
Phase/year Number
of
Plants
Cassava
requirement (tons
per day)
Output
(Liters) per
day
1 (March. 2011-
March. 2012)
400 2,300 400,000
2 (March. 2012-
March. 2013)
1,200 5,000 1,200,000
3 (March. 2013-
March. 2014)
1,200 5,000 1,200,000
4 (March. 2014-
March. 2015)
1,200 5,000 1,200,000
Total 4,000 4,000,000
Cassakero Implementing Program :
Commercialization phase 2011-2015
Project cost Project cost $230,000 (N34.5 Million)the
cost covers:
Project Land N1 Million
Building & Borehole: N2.5Million Naira
Complete small scale Ethanol refinery N18 Million
1,000 Stoves: N10 million
Working Capital: N3 Million
Typical cost breakdown for cassava-based ethanol
production –
Feedstock costs 49,91%
Electricity 3,96%
Fuels 16,33%
Waste management 0,25%
Water 0,12%
Enzymes 2,33%
Yeast 0,38%
Chemicals 1,90%
Denaturant 4,49%
Maintenance 3,33%
Labor 2,50%
Administrative costs 2,50%
Other costs
0.36%
Depreciation 11.65%
Cost Comparison and Viability Analysis
of Feedstock for Ethanol Production
Cassava
Sweet
Potato
Sweet
Sorghum
Crop yield (t/ha) 35 40 40
Ethanol yield(liters/t feedstock) 180 125 40
Ethanol yield (liters/ha) 6,300 5,000 1,600
Ethanol production cost
(N/liter) 54.7 59.3 56.5
Selling price (N/liter)* 80.0 80.5 80.0
Gross profit (N/liter) 34.7
*Mark up 40% production cost
All prices are indicative with specifics established only after a project feasibility study
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Liquefaction module
Fermentation module
Distillation module
Dehydration module
1 Million Liter Modular Biorefinery
We must
mechanize!!! Don’t use heavy
machinery in fragile soils
Promote use of light machinery such the rugged power tiller and accessories
1 ha/hour /3 persons
Planting
1 ha / hour / 3 persons
Manual planting
1 ha / day
(12 persons)
Single Line Planter
(India)
Transportation & Haulage
Capacity1.5 t
Type:Non Tipping & Tipping
Accessories Required Hitch Bracket Assy.
Handle Weight Assy.
Fuel Consumption1.0 - 1.25 ltr/hr
The Cassakero Cooking fuel Cassakero is safe and easy to handle and user friendly. it is less volatile and as a bio-fuel, it is easily absorbed into the environment with no known health hazard. The ethanol will be denatured with Bitrex, a bitter substance to render it undrinkable, and a colorant to give it a distinguishing color.
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EXPECTED PROFILE OF ETHANOL FUEL
Ethanol content (at 250) 98 – 99%
Methanol (g/100L) - 3 max
Ethyl Carbamate (g/100L) - 150 max
Ethyl Acetate (g/100L of ethanol) - 150 max
Toluene (g/100L) - Nil
Benzene (g/100L) - Nil
Cyclohexane - Nil
Zinc - 5mg/L max
Copper - 2mg/L max
Lead - 0.2mg/L max
Cadmium - 0.1mg/L max
Appearance - Clear, Colourless Liquid
Odour - Characteristic of Spirit
Taste - Bitter as a result of the Bitrex
Denaturant Bitrex 2.5ppm level
The Stove Technical Specifications Technical Specifications
-Width:596:mm
-Depth:326mm
-Height:137mm fuel tank:1,21
-Burn time: approximately 4.5hrs.
At maximum effect.
ORIGO C100,220-240V, electric & ethanol stove
The electric & ethanol stove Combination ORIGO C200,220-240V, electric & ethanol double stove
The CleanCook fueling
system: The fuel is
charged into the canister
as a liquid and adsorbed
onto a fiber filling. The
fuel will not spill and
cannot explode. The
result it is a very safe
stove.
The CleanCook stove will make it
possible for ethanol to enter into and
take command of the household
energy market—a new and important
opportunity for CAR.
Bio-electricity
4 liters hydrated
ethanol = 1 hour
electricity
110-220 v ; 8.5 kwa
400 light bulbs
Crops processing at
village level
Improved quality of
life in poor rural
households
Rural/Agro-Industrial Employment
“Energy Poverty” Reduction
Safe Usage for Women & Children (Non-Spill & Non-Explosive)
Clean Cooking Environment (No Smoke, Fumes or Smell)
Adaptable to Existing Wood fuel & Kerosene Stoves/Cooking Practices
Social Impacts & Benefits
Bio-fuels Initiative in Africa Key Stakeholders
1. Energy security & diversification
2. Higher convertible currency exports
3. New revenue stream for agro-industries & farmers
4. Carbon finance
5. Jobs
6. Local rural energy needs
Private sector
Commercial Banks
NGOs Civil
Society
Gov Development
Banks Development
Partners Sub-regional, Regional. &
International Institutions
Research
For Further Details Contact: THE PROJECT CONSULTANTS:
:
Mr. Boma Simeon Anga
Executive Chairman
Cassava Agro industries Services
Limited
House 32, 351 Road, off 3rd Avenue,
Gwarinpa Estate,
Abuja.
Tel: +234-(0)803-303-1097,
(9)290-7366
Fax: +234-(9)222-4046
WEBSITE:
www.cassavaagroindustries.com
e-mail: [email protected],