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- ENVIRONMENT POLLUTION CONTROL PROGRAM
- 2001-2007
- BLACK SEA CATCHMENT AREA
OF GEORGIA
- Dr. Nıno Inasarıdze, Head of EPCP
- Ankara 2007
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- Overall Goal
- Improve management of the land and water resources that will ultimately
lead to the decreased nutrient pollution of the Black Sea.
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- Implementation area: Black Sea
coastal zone, West of Georgia.
- 292 farms in 64 villages; total
area – 163ha,
- In 2002 - 2006 -
272 units of 6M3 volume BGDs constructed.
- In 2007 - 10M3 volume
BGDs constructed and already operational.
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- Improved Environmental Situation:
- Significantly reduced deforestation and decreased nutrient pollution.
- Improved Socio-economic Conditions of farmers:
- - 700-800 m3 of methane produced annually per farm to
substitute 7 m3 of firewood;
- - 14-20 tones of organic
fertilizer produced annually per farm to substitute brand mineral
fertilizers;
- - 1000 GEL annual savings per household from reduced use of mineral
fertilizers, firewood and liquid gas;
- - Cash/in-kind exchange of processed manure initiated.
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- - Increased awareness of Georgian farmers on benefits of BGDs;
- Increased demand on BGDs among farmers throughout the Georgia;
- Farmers investing in BGDs without a leverage of donor
assistance (about 30 individuals);
- Fabrication capacity increased at local level and employment generated
(10 construction companies, more than 2000 local employees);
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- Local Government support gained. The Adjarian government financed 10% of
construction 80 biogas digesters in 2002-2007;
- Political Support strengthened: The Presidential National Program
envisages implementation of activities for support of introduction of
biogas digesters;
- International Development Agencies support leveraged (GTZ, UMCOR, MERCY
CORPS, CARE).
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- Renewable Energy/Energy Efficiency Program implemented by WINROCK
Georgia – USAID contractor.
- Construction of 10 BGDs in 5 villages in different parts of Georgia
started;
- Ministry of Economic Development of Georgia cooperates with USAID to
pilot the BGDs new design with polymeric construction materials.
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- Optimization of design of BGDs to make it more suitable for specific
conditions and to avoid the difficulties during construction and
operation;
- Reduction of self-cost of BGDs through replacing its expensive
construction materials (concrete)
by cheaper polymeric or other
materials;
- Enlargement of small – scale digesters to increase and diversify the
BGDs benefits: electricity, heating;
- Enhanced Political and
Institutional support resulted in sound governmental subsidies, donor
assistance, private sector Investments.
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