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BioCarbon Fund
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Project Name | Country | Technology/Activity | Objective |
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Albania: Assisted Natural Regeneration Project | Albania | Land management | Prevention of land degradation and biodiversity preservation |
China: Facilitating Reforestation for Guangxi Watershed Management Project in Pearl River Basin | China | Reforestation | Forest restoration, biodiversity conservation and soil and water conservation |
Costa Rica: FONAFIFO COOPEAGRI Project | Costa Rica | Reforestation and land management | Biodiversity conservation, prevention of land degradation and improved greenhouse gas (GHG) removals |
Ethiopia: Humbo Assisted Regeneration Project | Ethiopia | Afforestation/ reforestation | Restoration of indigenous tree species, promotion of native vegetation and biodiversity and reduction in soil erosion and flooding |
India: Improving Rural Livelihoods | India | Forestation of farmlands | Implementation of best practices in plantation and agro-forestry |
Moldova: Soil Conservation Project | Moldova | Management of degraded land | Prevention of soil erosion and landslides |
Nicaragua: Precious Woods Project | Nicaragua | Reforestation of former pasture land | Alleviation of poverty in one of the poorest countries of Central America |
Niger: Acacia Senegal Plantation Project | Niger | Restoration of deforested and degraded land | Establishment of Acacia Senegal plantations on a large scale in regions where dry forests are unable to regenerate by natural means |
Uganda: Nile Basin Reforestation Project | Uganda | Establishment of timber plantations in Uganda | Reforestation of the Nile basin |
Project Name | Country | Technology/Activity | Objective |
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Brazil: BioCF Plantar Pig Iron Project | Brazil | Production of iron and steel | Innovative production of iron and steel |
Brazil: NovaGerar Landfill Gas to Energy Project | Brazil | Gas collection, leachate drainage and power generation | Improving ground and surface water quality and increasing local employment |
Chile: Quilleco Hydroelectric Project | Chile | Hydropower | Clean energy production and increased commercial activity |
Mexico: La Venta | Mexico | Wind power | Renewable electricity generation |
Project Name | Country | Technology/Activity | Objective |
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Madagascar: The Ankeniheny - Mantadia - Zahamena Biodiversity Conservation Project | Madagascar | Reforestation, water protection and erosion control | Conservation of the biodiversity in the Ankeniheny-Zahamena Corridor (CAZ) |
Zambia: COMACO Landscape Management Project | Zambia | Sustainable agriculture and forest conservation | Sustainable increase of smallholder farmer crop yields, income and welfare; and the reduction of uncontrolled forest loss and degradation |
Project Name | Country | Technology/Activity | Objective |
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China: Guangxi II Reforestation on Degraded Land | China | Reforestation of degraded land | Repair negative effects of vegetation degradation and soil erosion along the Pearl River in Guangxi Zhuang Autonomous Region |
Colombia: Commercial Reforestation on Lands Dedicated to Extensive Cattle Grazing Activities in the Region of Magdalena Bajo Seco | Colombia | Reforestation of land traditionally devoted to extensive cattle grazing |
Prevention of deforestation |
DR Congo: Bateke Fuelwood and Timber Plantation | Democratic Republic of Congo | Degraded savannah afforestation | Carbon dioxide sequestration, sustainable fuelwood production and reduction of soil erosion and water loss |
India: Himachal Pradesh Watershed Management | India | Reforestation and watershed management | Improve the productive potential of the degraded land or watershed catchment areas and improve the livelihoods and incomes of rural households |
Moldova: Community Forestry Development Project | Moldova | Reforestation of degraded lands and application of agro-forestry practices | Reforestation and restoration of the productivity of several categories of degraded lands |
Project Name | Country | Technology/Activity | Objective |
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Kenya: Agricultural Carbon Project | Kenya | Sustainable agricultural land management | Increase productivity of smallholder farmers and enhance their resilience to climate change |
Zambia: COMACO Landscape Management Project | Zambia | Sustainable agriculture and forest conservation | Sustainably increase smallholder farmer crop yields, income and welfare and reduce uncontrolled forest loss and degradation to increase net forest cover |
Carbon Fund for Europe
Project Name | Country | Technology/Activity | Objective |
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Czech Republic: New Green Investment Scheme | Czech Republic | Energy-saving construction and renovation of housing | Improve the state of the environment by reducing the production caused by pollutants and greenhouse gas emissions (in particular, carbon dioxide emissions) |
Poland: Green Investment Scheme | Poland | Energy saving and energy efficiency investments in the country’s public sector | Improve the energy efficiency of the public sector |
Russia: Rosneft Associated Gas Recovery | Russia | Processing of recovered Associated Petroleum Gas (APG) | Generate and sell greenhouse gas (GHG) emission reductions (ERs) and transfer ERs as Emission Reduction Units (ERUs) to buyers under the Joint Implementation (JI) mechanism by using flare gas that would have been otherwise flared; and support investment in technology having environmental performance, that will reduce local air pollution |
Community Development Carbon Fund
Project Name | Country | Technology/Activity | Objective |
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Argentina: Salta Landfill Gas Capture Project | Argentina | Capturing the LFG generated at Salta’s municipal landfill and destroying the methane contained in the LFG in a flare | Reduce the greenhouse gas (GHG) emissions from the sanitary landfill of the city of Salta |
Bangladesh: HHK Kiln Efficiency Project | Bangladesh | Sustainable brick-making technology | Modernize and improve the energy efficiency of brick making |
Bangladesh: Solar Home System (SHS) Project | Bangladesh | Electricity from Solar Home Systems (SHS) | Promote the electrification of rural Bangladesh |
China: Guangrun Hydropower Development Project | China | Hydropower stations | Offset power and greenhouse gas (GHG) emissions generated by regional coal power plants |
China: Hubei Eco-Farming Biogas Project | China | Biogas digesters | Reduce the methane emissions overall and pioneer biogas projects as a source of credits for future carbon markets |
China: Shandong Poultry Manure Biogas | China | Animal Manure Management System (AMMS) | Reduce greenhouse has (GHG) emissions from chicken manure and utilize a biogas co-generation system to supply electricity |
Honduras: La Esperanza Hydroelectric Project | Honduras | Hydropower generators | Improve electricity service in the town of La Esperanza |
India - FaL-G Brick and blocks Project | India | Energy efficient brick making technology to manufacture FaL-G (fly ash-lime-gypsum) bricks and blocks | Reduce greenhouse has (GHG) emissions, reduce air pollution by avoiding the use of fossil fuels and enhance the use of fly ash as an ingredient of building material |
India: AEL Street Lighting Energy Efficiency Project | India | Energy efficient T5 fittings | Implement energy efficient T5 street lighting for nine Municipal Corporations (MCs) in India |
India: Vertical Shaft Brick Kiln Cluster Project | India | Vertical Shaft Brick Kiln (VSBK) technology | Improve the thermal performance of the brick manufacturing units in selected clusters of the country |
Kenya: Olkaria II Geothermal Expansion | Kenya | Geothermal power plants | Generate electricity in the Kenyan grid by replacing fossil-fuels with renewable geothermal power, thus reducing greenhouse gas (GHG) emissions |
Kenya: Optimization of Kiambere Hydro Project | Kenya | Hydropower plant | Upgrade the Kiambere Power Plant’s turbines with new ones consisting of efficient runners |
Kenya: Redevelopment of Tana Hydro Project | Kenya | Hydropower generation plant | Rehabilitate the Tana Power Station, a run-of-river hydropower generation plant |
Moldova: Biomass Heating and Energy Conservation Project | Moldova | Switching from coal and mazut to natural gas | Generate added value for the participants of the Moldova Social Investment Fund (SIF) II Project through greenhouse gas (GHG) emissions reduction benefits |
Moldova: Biomass Heating in Rural Communities | Moldova | Fuel switching from coal to natural gas, energy efficiency improvements of local heating systems and energy conservation measures in buildings | Reduce greenhouse gas (GHG) emissions |
Moldova: Biomass Heating in Rural Communities II | Moldova | Energy efficiency improvements and fuel switching measures for a number of public buildings | Reduce greenhouse gas (GHG) emissions |
Moldova: Energy Conservation and Greenhouse Gases Emissions Reduction | Moldova | Energy efficiency improvements and fuel switching measures for a number of public buildings | Reduce greenhouse gas (GHG) emissions |
Nepal: Biogas Program | Nepal | Biogas plants | Displace conventionally used fuel sources for cooking, such as fuel wood, kerosene, dung cakes and agricultural residue |
Nepal: Biogas Support Program (BSP-Nepal) Activity 1 | Nepal | Biogas digesters | Reduce greenhouse gas (GHG) emissions by displacing conventionally used fuel sources for cooking |
Nepal: Biogas Support Program (BSP-Nepal) Activity 2 | Nepal | Biogas digesters | Reduce greenhouse gas (GHG) emissions by displacing conventionally used fuel sources for cooking |
Nepal: Village Micro Hydro | Nepal | Micro-hydro plants (MHPs) of different capacities and replacing diesel fuel used for lighting and milling | Reduce greenhouse gas (GHG) emissions |
Pakistan: Community-Based Hydropower Development | Pakistan | Micro and mini hydropower projects (MHP) | Produce electricity for rural communities in Gilgit-Baltistan and Chitral province in Pakistan |
Peru: Santa Rosa Hydroelectric Project | Peru | Small run-of-river hydropower plants | Generate renewable electricity to be supplied to the National Interconnected Electric Grid (“SEIN”) |
Philippines: Laguna De Bay Community Waste Management Project | Philippines | Small-scale waste management that incorporates wastewater treatment activities and solid waste composting activities | Reduce organic water pollution from piggeries, industries, slaughterhouses and municipalities in the watershed while reducing greenhouse gas emissions and reduce the waste disposed in landfills and the associated methane emissions in the region through composting of organic matter. |
Rwanda: CFL Energy Efficiency Project | Rwanda | High-quality Compact Fluorescent Lamps (CFL) | Improve lighting technology in Rwanda’s residential sector |
Senegal: Lighting Energy Efficiency in Rural Electrification | Senegal | Compact Fluorescent Light Bulbs | Promote energy-efficient lighting using Compact Fluorescent Light Bulbs in rural areas in Senegal |
Thailand: AEP Livestock Waste Management Project | Thailand | Conversion of open anaerobic lagoons to continuous flow closed anaerobic treatment digesters (Channel Digester Plus) with biogas capture and power generation | Upgrade livestock waste management and treatment practices in 10 swine farms |
Uganda: Municipal Waste Composting Program | Uganda | Aerobic windrow-based composting to accomplish waste management | Avoid methane emissions from open landfills in Uganda by composting organic municipal solid waste and using the organic matter as humus for soil conditioning and plant growth |
Danish Carbon Fund
Project Name | Country | Technology/Activity | Objective |
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China: Baotou Iron & Steel Coke Dry Quenching #3 and Waste Heat Utilization for Electricity Generation Project | China | Coke dry quenching (CDQ) technology | Produce electricity and reduce the greenhouse (GHG) emissions |
China: Baotou Iron & Steel Coke Dry Quenching and Waste Heat Utilization for Electricity Generation | China | Coke dry quenching (CDQ) and coke wet quenching process (CWQ) | Produce electricity and reduce the greenhouse (GHG) emissions |
China: Guangrun Hydropower Project in Hubei Province | China | Hydropower | Supply zero-emission renewable energy, thus decreasing environmental pollution caused by fossil-fuel fired plants |
Mexico – Monterrey I Landfill Gas to Energy Project | Mexico | Landfill gas extraction and collection system using wells connected to vacuum pumps, a gas cleaning system and gas engines | Maintain, expand and improve the landfill gas (LFG) collection system and electricity generation facilities |
Mexico: Monterrey II Landfill Gas to Energy Project | Mexico | Landfill gas collection system | Reduce GHG emission from a landfill in the city of Monterrey |
Italian Carbon Fund
Project Name | Country | Technology/Activity | Objective |
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China: Nanjing Steel Converter Gas Recovery | China | Generate electric power from exhausted waste gas | Generate electric power from waste gas exhausted from converters using an advanced Oxygen Converter Gas Cleaning and Recovery (OG) technology |
China: Yunnan Whitewaters Hydropower Development Project | China | Hydropower | Help satisfy increasing electricity demand in the China Southern Power Grid (CSPG) and introduce much-needed investment capital and employment to a poverty-stricken, remote mountainous region |
Czech Republic: New Green Investment Scheme | Czech Republic | Energy-saving construction and renovation of housing | Improve the state of the environment by reducing the production caused by pollutants and greenhouse gas emissions (in particular, carbon dioxide emissions) |
India: Allain Duhangan Hydroelectric Project | India | Hydropower | Generate electricity using renewable hydro energy and supply it to various consumers through NR grid |
Russia: Rosneft Associated Gas Recovery | Russia | Processing of recovered Associated Petroleum Gas (APG) | Generate and sell greenhouse gas (GHG) emission reductions (ERs) and transfer ERs as Emission Reduction Units (ERUs) to buyers under the Joint Implementation (JI) mechanism by using flare gas that would have been otherwise flared; and support investment in technology having environmental performance, that will reduce local air pollution |
Tunisia: Djebel Chekir Landfill Gas Recovery and Flaring Project | Tunisia | Gas recovery and flaring facility | Generate greenhouse gas (GHG) emission reductions while serving sustainable development purposes and providing additional resources to environment protection in Tunisia |
Tunisia: Landfill Gas Recovery and Flaring for Nine Bundled Landfills in Tunisia | Tunisia | Gas recovery and flaring facility | Assist the Tunisian Government in strengthening the key elements of sustainability of municipal solid waste management |
Netherlands Clean Development Mechanism Facility
Project Name | Country | Technology/Activity | Objective |
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Chile: Hornitos Hydroelectric Project | Chile | Run-of river power plant | Provide clean energy to the Central Interconnected System of Chile, displacing thermal generation |
Columbia: Rio Amoya Run-of-River Hydro Project | Colombia | Run-of-river power generation facility | Protect the Paramo de Las Hermosas, a unique, high-mountain biotope and contribute to improvements in the welfare of the local community in the area of the project |
Ecuador: Abanico Hydroelectric Project | Ecuador | Hydroelectric power plant | Generate clean power, produce employment in an economically depressed zone, replace the use of current polluting form of energy, and improve the efficiency and competitiveness of some Ecuadorian industries |
Ecuador: Sibimbe Hydroelectric Project | Ecuador | 15-megawatt run-of-river hydroelectric plant | Stimulate and accelerate the commercialization of renewable energy technologies at the grid level |
Indonesia: Gikoko Bekasi - LFG Flaring Project | Indonesia | Landfill gas collection and flaring systems, as well as landfill management and waste collection improvements | Contribute to the global abatement of greenhouse gas emissions, improve MSW collection and disposal services within the city, improve the living and working environment for the landfill workers (government and scavengers) and the surrounding community, and contribute to an improved living environment for the population of the city |
Indonesia: Gikoko-Makassar - LFG Flaring Project | Indonesia | Landfill Gas (LFG) collection and flaring equipment | Reduce methane emissions from solid waste disposed in the city of Makassar's landfill, Tempat Pembuangan Akhir (TPA) Tamangapa |
Indonesia: Lahendong II-20 MW Geothermal Project | Indonesia | Geothermal generating facility | Assist in diversifying energy resources to include renewable energy; and reduce the consumption of diesel and coal (fossil fuels), thus providing beneficial health impacts |
Indonesia: Pontianak - GHG Emission Reduction through Improved MSW Management – LFG Capture, Flaring and Electricity Generation | Indonesia | Landfill gas facility | Contribute to the global abatement of greenhouse gas emissions, improve MSW collection and disposal services within the city, improve the living and working environment for the landfill workers (government and scavengers) and the surrounding community, and contribute to an improved living environmental for the population of the city |
Jincheng Sihe Coal Mine CMM Generation Project | China | Capture coal mine methane and utilize it for power generation | Improve the capacity of the Jincheng Power Network and mitigate its lack of electricity |
Peru: Huaycoloro Landfill Gas Capture and Combustion | Peru | Landfill gas capture and combustion | Reduce greenhouse gas emissions, in particular, reduce methane emissions through capture and flaring of Huaycoloro’s landfill gas (LFG) |
Peru: Poechos I Project | Peru | Hydroelectric power plant | Increase power generation |
Philippines: 20 MW Nasulo Geothermal Project | Philippines | 20 MW geothermal energy facility | Help mitigate global climate change by facilitating the use of market-based mechanisms sanctioned under the Kyoto Protocol |
Netherlands European Carbon Facility
Tranche 1
Tranche 2
Project Name | Country | Technology/Activity | Objective |
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Poland: Puck Wind Farm Project | Poland | Wind power generation | Reduce the emissions of carbon dioxide |
Poland: Walbrzych Oven Gas Combined Heat and Power | Poland | Coke oven gas | Reduce greenhouse gas (GHG) emissions through utilization of excess coke oven gas for electricity production |
Ukraine: Hydropower Rehabilitation | Ukraine | Rehabilitation of hydropower producing plants | Increase the electricity generation capacity and efficiency of the rehabilitated hydropower plants |
Project Name | Country | Technology/Activity | Objective |
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Ukraine: Alchevsk Steel Mill Revamping and Modernization | Ukraine | Increases the energy efficiency of the steel plant at the Alchevsk Steel Mill | Modernize AISW through applying more efficient technology, improving environmental performance, increasing capacity and therefore competitiveness (reducing costs per ton of steel produced) |
Prototype Carbon Fund
Project Name | Country | Technology/Activity | Objective |
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Brazil: Alta Mogiana Bagasse Cogeneration Project | Brazil | Efficient boilers for bagasse burning | Increase the efficiency in the bagasse (a renewable fuel source, residue from sugarcane processing) cogeneration facility at Usina Alta Mogiana SA - Açúcar e Álcool (AltaMogiana), a Brazilian sugar mill. |
Brazil: Lages Methane Avoidance Project | Brazil | Cogeneration facility | Provide electric and thermal energy (process steam) from biomass comprising of wasted wood not used by local timber industries before the project implementation |
Brazil: Use of Charcoal from Renewable Biomass Plantations as Reducing Agent in Pig Iron Mill in Brazil | Brazil | Use of renewable charcoal as the reducing agent in the iron ore reduction process | Replace fossil fuel – coal coke and also restore degrading grassland ecosystems |
Bulgaria: Pernik District Heating Project | Bulgaria | Rehabilitation of 10 km of pipes (the total length of the DH system is 60 km), all 700 substations and installation of valves, compensators, heat exchanger and pumps | Rehabilitate the district heating (DH) system in the city of Pernik |
Bulgaria: Sofia District Heating Project | Bulgaria | Replacement of 60 km of pipelines (7%) and 7,000 substations | Rehabilitate the District Heating (DH) system in the city of Sofia |
Bulgaria: Svilosa Biomass Project | Bulgaria | Use the wood wastes produced at the biomass plant to replace coal | Substantially reduce the greenhouse gas emissions from coal burning and the methane emissions from decomposition of the waste material |
Chile: Chacabuquito Hydroelectric Power Project | Chile | Run-of-river power plant | Contribute to sustainable development in Chile using local renewable energy resources (small hydro) to displace coal and natural gas thermal power generation |
China: Huitengxile Windfarm Project | China | Wind power genertion | Stimulate and accelerate the commercialization of grid-connected renewable energy technologies and markets, and help reduce greenhouse gas (GHG) emissions |
China: Jincheng Sihe Coal Mine CMM Generation Project | China | Utilization of coal mine methane (CMM) that is otherwise vented to the atmosphere for grid-connected power generation | Utilize a clean energy resource, reduce local environmental pollution caused by coal combustion for power generation purpose, decrease coal usage and increase job opportunities in the coal mine area |
China: Xiaogushan Hydropower Project | China | Run-of-river hydropower plant | Reduce anthropogenic greenhouse gas (GHG) emissions |
Colombia: Jepirachi Wind Power Project | Colombia | 19.5 MW wind-based generation facility | Demonstrate commercial viability of wind-based generation in the region, increase the share of renewable energy in the national grid, contribute to the development of land belonging to a very poor indigenous community on which the project sits and finally, and enable an increase in economic activity |
Costa Rica: Cote Small-Scale Hydropower Plant | Costa Rica | Small-scale hydropower plant | Contribute to sustainable development, facilitate electricity access and help the country improve the hydrocarbons trade balance |
Guatemala: El Canadá Hydroelectric Project | Guatemala | 48.11 MW peaking run-of-river hydroelectric plant | Increase the supply of power to the local grid, improve stability and help reduce losses in the distribution system, and reduce greenhouse gas emissions as well as emissions of local pollutants from power generation |
Indonesia: Indocement Blended Cement Project | Indonesia | Blended cement | Replace fossil fuels with biomass and other alternative fuels, systematically monitor alternative fuel materials and emissions from water, soil and air, conserve genetic species and ecosystem diversity, help Lembar village adopt and become hamlet for biogas, and create local jobs |
Latvia: Liepaja Regional Solid Waste Management Project | Latvia | State-of-the-art waste management system | Capture and destroy greenhouse gas (GHG) with high global warming potential (methane) and reduce carbon dioxide emissions |
Philippines: NorthWind Bangui Bay Project | Philippines | 33 MW wind turbine power plant | Reduce the dependence of the Philippines on imported fossil fuels for electricity generation |
Romania: Afforestation of Degraded Agricultural Land Project | Romania | Afforestation (manual and mechanized) of degraded agricultural lands | Mitigate the degradation of agricultural lands |
South Africa: Durban Landfill-gas-to-electricity Project – Mariannhill and La Mercy Landfills | South Africa | Collection of landfill gas and use of the recovered gas to produce electricity and flaring of the excess gas | Improve the local environment with positive effects on air and groundwater quality |
Uganda: West Nile Electrification Project | Uganda | 3.5 MW (2 units of 1.75 MW) hydroelectric power plant | Contribute to the development of Uganda’s indigenous renewable energy basis while meeting the growing demand for energy in the West Nile region |
Spanish Carbon Fund
Tranche 1
Tranche 2
Project Name | Country | Technology/Activity | Objective |
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Brazil: Nova Gerar Landfill Gas to Power Umbrella Project | Brazil | Closure of old dumps and construction of new sanitary landfills | Develop the landfill gas (LFG) collection and flaring potential of the Itaoca Dumpsite which is located in São Gonçalo – Rio de Janeiro to avoid emissions of methane to the atmosphere |
China: Dashiqiao District Heating Project | China | Replacement of numerous individual, inefficient small sized boilers with a more efficient central heating station | Develop a more efficient heating system |
China: Jiangxi Shihutang Hydro Project | China | Hydropower station with an installed capacity of 120 MW and an average annual power generation of 525 GW | Supply renewable electricity to the grid and contribute to sustainable development by reducing greenhouse gas emissions, diversifying power sources and mitigating the demand and supply contradiction |
China: Tianjin Landfill Gas Recovery and Utilization | China | Landfill gas (LFG) utilization system | Reduce greenhouse gas emissions generated from the landfill, including power generation offsets |
China: Yingkou EDZ District Heating Project | China | Replacement of numerous individual, inefficient small boilers with a more efficient central heating station | Improve the energy efficiency and cleanness of current building heating services in the city of Yingkou EDZ by introducing a new primary district heating system with cogeneration as main heat source to replace the coal-based heavily polluting, isolated small heating systems |
Egypt: Alexandria Onyx Landfill Gas Capture and Flaring | Egypt | New landfill gas collection system to collect and flare gas emissions | Maximize the capture of landfill gas (LFG) from the two new landfill sites and reduce the fugitive emissions of methane, a greenhouse gas which contributes to global warming and climate change |
India: 29.7 MW Karnataka Wind Power Project | India | Wind power facilities | Reduce greenhouse gas emissions through avoidance of fossil fuels |
Mexico: La Venta II | Mexico | 85 MW wind farm installation | Generate grid-connected electricity from renewable sources |
Mexico: Mexico City Transport | Mexico | Development of surface mass transport corridors and traffic management measures | Reduce emissions through reducing greenhouse gas (GHG) emissions per passenger/kilometer and improve the resource efficiency of transporting passengers in Mexico City |
Russia: Rosneft Associated Gas Recovery Project for the Komsomolskoye Oil Field | Russia | Recovery, treatment and marketing of low-pressure associated petroleum gases (APG) produced at the Komsomolskoye oil field | Recover and utilize gas from oil wells that would otherwise be flared to prepare the baseline |
Project Name | Country | Technology/Activity | Objective |
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Brazil: Rhodia N20 | Brazil | Dedicated facility to convert at high temperature the nitrous oxide (N2O) into nitrogen based on the process of thermal decomposition | Reduce N2O emission |
China: SGCC In-advance Distribution Transformer Replacement Clean Development Mechanism (CDM) Program | China | Replacement of low efficiency, in-service transformers with high efficiency, newly purchased transformers | Reduce electricity losses caused by no-load losses, and subsequently reduce carbon dioxide emissions |
Czech Republic: Green Investment Scheme (GIS) | Czech Republic | Savings of energy for space heating of residential buildings; reconstruction of residential buildings to reach passive energy standards; and heat production from renewable energy sources in residential buildings | Support the installation of selected measures (insulation, biomass boilers, heat-pumps, solar) leading to immediate reductions in carbon dioxide emissions and to the start of a long-term trend in sustainable housing |
Poland: Green Investment Scheme (GIS) | Poland | Energy efficiency measures in public buildings | Immediately reduce carbon dioxide emissions and initiate a long-term trend of sustainable energy management in public buildings |
Tunisia: Sidi Daoud Wind Farm Project | Tunisia | 34.32 MW wind farm | Reduce greenhouse gas (GHG) emissions and contribute to the sustainable development of Tunisia |
Ukraine: Alchevsk Steel Mill Revamping and Modernization | Ukraine | Increases the energy efficiency of the steel plant at the Alchevsk Steel Mill | Modernize AISW through applying more efficient technology, improving environmental performance, increasing capacity and therefore competitiveness (reducing costs per ton of steel produced) |
Uruguay: UTE 10 MW Grid Connected Wind Power Farm at Caracoles Hill | Uruguay | Construction of a wind farm with an installed power of 10 to 10.5 MW | Reduce greenhouse gas (GHG) emission through displacement of fossil-fuel-based generation in the national electric system |
Umbrella Carbon Fund
Tranche 1
Tranche 2
Project Name | Country | Technology/Activity | Objective |
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China: Project for GHG Emission Reduction by Thermal Oxidation of HFC23in Jiangsu Meilan Chemical Co. Ltd., Jiangsu Province | China | Installation of an incineration system to collect and decompose the HFC23 | Support China’s efforts to mitigate climate change by reducing its HFC-23 emissions, and deepen its participation in market mechanisms for ERs |
China: Project for HFC23 Decomposition at Changshu 3F Zhonghao NewChemical Materials Co. Ltd, Changshu, Jiangsu Province | China | Installation of an incineration facility to decompose HFC23 | Reduce the HFC23 emissions into the atmosphere and attract foreign investment and advanced technology into China |
Project Name | Country | Technology/Activity | Objective |
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India: PSEB High Voltage Distribution System for Agricultural Consumers in the Rural Areas of the Punjab | India | The conversion of the Low Voltage Distribution System (LVDS) to High Voltage Distribution System (HVDS) | Reduce greenhouse gas emissions by reducing technical losses by upgrading the existing 3-phase 400 V Low Voltage Distribution System (LVDS) |
Mali: Félou Regional Hydropower Project | Mali | Hydroelectricity from a run-of-river hydroelectric installation | Stabilize the grid in the region and add a more reliable supply to the sub-regional grid, stabilize the price of electricity in the sub-region and create a platform for future extension of the electricity grid |
Mexico: Monterrey I Landfill Gas | Mexico | Landfill gas (LFG) collection and electricity generation | Maintain, expand and improve the landfill gas (LFG) collection system and electricity generation facilities |
Mexico: Monterrey II Landfill Gas | Mexico | Landfill gas collection | Reduce the greenhouse gas (GHG) emissions from a landfill in the city of Monterrey |
Nepal: Micro Hydro Plant Promotion | Nepal | Development and installation of micro-hydro plants (MHPs) | Improve energy services in rural areas |
Nigeria: EarthCare Solid Waste Composting Project | Nigeria | Advanced composting technology | Provide an environment-friendly waste disposal option and produce high quality compost for use in Nigerian farms |
Pakistan: Community-Based Renewable Energy Development in the Northern Areas and Chitral (NAC) | Pakistan | Micro and mini hydropower facilities | Provide much needed power for meeting community energy needs and substitute for the use of diesel fuel |
Pakistan: Composting of Organic Content of Municipal Solid Waste in Lahore | Pakistan | Disposal of solid waste in economically beneficial ways | Avoid generation of methane emission from biodegradable wastes and improve cultivated land by using compost as a natural soil conditioner |
Senegal: Promotion of Energy-Efficient Lighting Using Compact Fluorescent Light Bulbs in Rural Areas in Senegal | Senegal | Use of energy-efficient lighting in newly electrified households | Support the national agency responsible for rural electrification in Senegal in undertaking energy efficiency measures that will contribute to sustainable development in rural areas of Senegal by contributing to the reduction of carbon dioxide emissions |
Thailand: Small Scale Livestock Waste Management Program | Thailand | Use of anaerobic digester processes for treatment of livestock manure | Reduce methane emissions from improved livestock waste management practices through a carbon finance transaction between the World Bank and the project sponsor and serve as a demonstration for future programmatic Clean Development Mechanism (CDM) activities in Thailand |
Uruguay: Montevideo Landfill Gas Capture and Flare Project | Uruguay | Capture and flare the LFG generated at Montevideo’s landfill |
Reduce emissions of greenhouse gases (GHGs) from the landfill (mainly methane, CH4), which would, in the absence of the project’s collection and flaring system have been emitted into the atmosphere contributing to the damaging effects of climate change |