Handling of CO₂e emissions in banking operations

• EcoParque Sergipe Landfill Gas Project
• Project 12205
• Standard: Gold Standard

The project includes the following measures at the landfill, which lead to an annual reduction of greenhouse gas emissions of around 290,000 tonnes of CO₂e:

• The collection of landfill gas (LFG), which contains a high proportion of methane
• The combustion of the gas in enclosed high-temperature flares
• The use of the gas as fuel in engine-generator sets for electricity generation
• The upgrading of the gas and the delivery of the upgraded landfill gas to consumers.

• Delta Blue Carbon-1
• Project 2250
• Standard: VCS

The Delta Blue Carbon-1 (DBC-1) project enables the reforestation and planting of approximately 226,000 hectares of a degraded tidal wetland in one of the 40 biologically richest ecoregions in the world. The mangrove ecosystem is located in an endangered dry area that is home to 11 globally threatened species. The aim of the project is to prevent the imminent loss of biodiversity in habitats and coasts through the successful regeneration of mangroves. In addition, the project contributes to improving the financial security and well-being of communities around the project area by using mangrove management agreements to work in partnership with local forest-dependent communities. In total, the project will reduce emissions by 127 million tonnes of CO₂ over a period of 60 years.

• Project Reignite: Turning Farm Waste to Climate Action
• Project 4679
• Standard: VCS

The agricultural sector in India faces challenges due to traditional waste disposal methods of open field burning and decay of biomass, leading to greenhouse gas emissions and environmental degradation. Project Reignite aimes at transforming agricultural waste into biochar for soil enrichment with an initial cohort of 5,000 farmers in the state of Odisha. The project employs flame curtain pyrolysis in steel-shield soil pits, producing biochar that is mixed with manure and applied to soil. Estimated to remove 110,760 tCO2e annually and 775,320 tCO2e over a seven-year crediting period, the project offers multiple beneficial outcomes: removing carbon, enhancing soil fertility, and uplifting marginalised local communities.

• Restoration of tropical rainforest in Tongod and Kinabatangan
• Project 2609
• Standard: VCS

The Kuamut Rainforest Conservation Project (Kuamut Project) is a public-private partnership that is working to protect and restore 83,381 ha of tropical rainforest in Tongod and Kinabatangan district, Sabah. . Through the project’s intervention, the forest area was reclassified to Class I Protection Forest, which was contingent on the conservation being commercially viable as a carbon project. Emission reductions will be generated by the project through the avoided logging programme (AFOLU project category Improved Forest Management of VERRA Programme). These actions are expected to generate a reduction of 16,291,488.57 t CO2e in the period 2016 - 2045. In addition to its contribution to preventing the release of greenhouse gas emissions, the project is protecting an important biodiverse habitat.

• Reducing Gas Leakages within the Jalalabad Gas Distribution Network in Bangladesh
• Project 2737
• Standard: VCS

The project activity will reduce natural gas leakage in the transmission and distribution network of Jalalabad through the implementation of advanced leak detection and repairs (LDAR) procedures. The project activities will include inspection and leak measurements, as well as repair works at components in the natural gas above ground distribution system. In addition, selected staff will be trained in advanced leak detection, measurement, and repair techniques. The estimated annual average GHG reduction is 447,367 tCO2e.

• CTL Landfill Gas Project
• Project 12062
• Standard: Gold Standard

The project activity has the objective to capture and to flare/combustion the landfill gas produced in the landfill called “Central de Tratamento de Resíduos Leste – CTL”, located in the city of São Paulo (in the state of São Paulo), Brazil. The project activity will result in greenhouse gas (GHG) emission reduction from the CTL landfill through the following ways:

1. 1.Burning methane in flares or group generators
2. 2.Supply consumers through a dedicated pipeline
3. 3.The amount of electricity generated in the project activity will be part used for self-consumption at CTL landfill facilities and the surplus part will be exported to the Brazilian national grid, avoiding the dispatch of an equal amount of energy produced by fossil fueled thermal plants to that grid.

• Delta Blue Carbon-1
• Project 2250
• Standard: VCS

The Delta Blue Carbon-1 (DBC-1) project enables the reforestation and planting of approximately 226,000 hectares of a degraded tidal wetland in one of the 40 biologically richest ecoregions in the world. The mangrove ecosystem is located in an endangered dry area that is home to 11 globally threatened species. The aim of the project is to prevent the imminent loss of biodiversity in habitats and coasts through the successful regeneration of mangroves. In addition, the project contributes to improving the financial security and well-being of communities around the project area by using mangrove management agreements to work in partnership with local forest-dependent communities. In total, the project will reduce emissions by 127 million tonnes of CO₂ over a period of 60 years.

• Reducing Gas Leakages within the Titas Gas Distribution Network in Bangladesh
• Project 2930
• Standard: VCS

The Reducing Gas Leakages within the Titas Gas Distribution Network in Bangladesh project activity will reduce natural gas leakage in the distribution network of Titas Gas through the implementation of advanced leak detection and repairs (LDAR) procedures. The project activities will include inspection and leak measurements, as well as repair works at components in the natural gas above ground distribution system. Using advanced leak detection and measurement technology including HiFlow Samplers. Leak Measurement Devices and Gas Surveyors as well as advanced repair materials. In addition, selected staff of Titas Gas will be trained in advanced leak detection, measurement, and repair techniques. The Estimated Annual Average GHG Reductions is 3,289,487 tCO2e.

• CTL Landfill Gas Project
• Project 12062
• Standard: Gold Standard

The project activity has the objective to capture and to flare/combustion the landfill gas produced in the landfill called “Central de Tratamento de Resíduos Leste – CTL”, located in the city of São Paulo (in the state of São Paulo), Brazil. The project activity will result in greenhouse gas (GHG) emission reduction from the CTL landfill through the following ways:

1. 1.Burning methane in flares or group generators
2. 2.Supply consumers through a dedicated pipeline
3. 3.The amount of electricity generated in the project activity will be part used for self-consumption at CTL landfill facilities and the surplus part will be exported to the Brazilian national grid, avoiding the dispatch of an equal amount of energy produced by fossil fueled thermal plants to that grid.

• Reducing Gas Leakages within the Jalalabad Gas Distribution Network in Bangladesh
• Project 2737
• Standard: VCS

The project activity will reduce natural gas leakage in the transmission and distribution network of Jalalabad through the implementation of advanced leak detection and repairs (LDAR) procedures. The project activities will include inspection and leak measurements, as well as repair works at components in the natural gas above ground distribution system. In addition, selected staff will be trained in advanced leak detection, measurement, and repair techniques. The estimated annual average GHG reduction is 447,367 tCO2e.

• Restoration of tropical rainforest in Tongod and Kinabatangan
• Project 2609
• Standard: VCS

The Kuamut Rainforest Conservation Project (Kuamut Project) is a public-private partnership that is working to protect and restore 83,381 ha of tropical rainforest in Tongod and Kinabatangan district, Sabah. . Through the project’s intervention, the forest area was reclassified to Class I Protection Forest, which was contingent on the conservation being commercially viable as a carbon project. Emission reductions will be generated by the project through the avoided logging programme (AFOLU project category Improved Forest Management of VERRA Programme). These actions are expected to generate a reduction of 16,291,488.57 t CO2e in the period 2016 - 2045. In addition to its contribution to preventing the release of greenhouse gas emissions, the project is protecting an important biodiverse habitat.

• Project Reignite: Turning Farm Waste to Climate Action
• Project 4679
• Standard: VCS

The agricultural sector in India faces challenges due to traditional waste disposal methods of open field burning and decay of biomass, leading to greenhouse gas emissions and environmental degradation. Project Reignite aimes at transforming agricultural waste into biochar for soil enrichment with an initial cohort of 5,000 farmers in the state of Odisha. The project employs flame curtain pyrolysis in steel-shield soil pits, producing biochar that is mixed with manure and applied to soil. Estimated to remove 110,760 tCO2e annually and 775,320 tCO2e over a seven-year crediting period, the project offers multiple beneficial outcomes: removing carbon, enhancing soil fertility, and uplifting marginalised local communities.

• Delta Blue Carbon-1
• Project 2250
• Standard: VCS

The Delta Blue Carbon-1 (DBC-1) project enables the reforestation and planting of approximately 226,000 hectares of a degraded tidal wetland in one of the 40 biologically richest ecoregions in the world. The mangrove ecosystem is located in an endangered dry area that is home to 11 globally threatened species. The aim of the project is to prevent the imminent loss of biodiversity in habitats and coasts through the successful regeneration of mangroves. In addition, the project contributes to improving the financial security and well-being of communities around the project area by using mangrove management agreements to work in partnership with local forest-dependent communities. In total, the project will reduce emissions by 127 million tonnes of CO₂ over a period of 60 years.

Compensation Projects 2024

• CTL Landfill Gas Project
• Projekt 12062
• Standard: Gold Standard

The project activity has the objective to capture and to flare/combustion the landfill gas produced in the landfill called “Central de Tratamento de Resíduos Leste – CTL”, located in the city of São Paulo (in the state of São Paulo), Brazil. The project activity will result in greenhouse gas (GHG) emission reduction from the CTL landfill through two ways:

1. 1.Burning methane in group generators leads to less GHG emissions.
2. 2.The amount of electricity generated in the project activity will be part used for self-consumption at CTL landfill facilities and the surplus part will be exported to the Brazilian national grid, avoiding the dispatch of an equal amount of energy produced by fossil fuels to that grid.

• Nouakchott 30 MW Wind Power plant
• Project: 1733
• Standard: VCS

Installed on the coast of Mauritania, the wind power plant with a total capacity of 30 MW makes a decisive contribution to the diversification and sustainability of domestic energy supply, through the annual emission reduction of 66,000 tons of CO₂. The project demonstrates the use of advanced technologies to exploit renewable energy resources in less developed countries. By providing electricity for around 140,000 inhabitants and covering around 14 % of the electricity needs of the capital Nouakchott, the wind power plant marks a significant step forward in reducing dependence on fossil fuels.

Compensation Projects 2023

• Delta Blue Carbon-1
• Project 2250
• Standard: VCS

The Delta Blue Carbon-1 (DBC-1) project enables the reforestation and planting of approximately 226,000 hectares of a degraded tidal wetland in one of the 40 biologically richest ecoregions in the world. The mangrove ecosystem is located in an endangered dry area that is home to 11 globally threatened species. The aim of the project is to prevent the imminent loss of biodiversity in habitats and coasts through the successful regeneration of mangroves. In addition, the project contributes to improving the financial security and well-being of communities around the project area by using mangrove management agreements to work in partnership with local forest-dependent communities. In total, the project will reduce emissions by 127 million tonnes of CO₂ over a period of 60 years.

• Cururos Wind Farm Project
• Project 3567
• Standard: Gold Standard

The Cururos Wind Farm Project includes two wind farms (“El Pacifico" and “La Cebada") with a total installed capacity of 109.6 MW and an average generation of 290 GWh per year. By replacing fossil-fuel based power in the grid, it has the capacity to reduce greenhouse gas emissions by around 173,819 tCO₂e per year. The project will also contribute to the sustainable development of the country and region by decreasing the dependency on limited non-renewable resources, generate employment opportunities, contribute to the transfer of clean technology, and create new direct and indirect income sources.

• Nouakchott 30 MW Wind Power plant
• Project: 1733
• Standard: VCS

Installed on the coast of Mauritania, the wind power plant with a total capacity of 30 MW makes a decisive contribution to the diversification and sustainability of domestic energy supply, through the annual emission reduction of 66,000 tons of CO₂. The project demonstrates the use of advanced technologies to exploit renewable energy resources in less developed countries. By providing electricity for around 140,000 inhabitants and covering around 14 % of the electricity needs of the capital Nouakchott, the wind power plant marks a significant step forward in reducing dependence on fossil fuels.

• ASC CLEAN COOKING POA - VPA 1
• Project 11145
• Standard: Gold Standard

The goal of the project is to distribute improved cooking stoves (ICS) to households in Zambia where firewood is the primary energy source for cooking and mostly open 3-stone fireplaces are used. The ICSs use biomass fuels more efficiently, reduce greenhouse gas emissions as well as particulate emissions, and thus improve indoor air quality in the households. Due to the higher thermal efficiency of the ICS compared to the 3-stone fireplaces, the ICS reduces the amount of non-renewable biomass fuel required to achieve similar thermal energy demand.

• San Antonio El Sitio Wind Power Project
• Project 6973
• Standard: CER

The project consists of 16 wind turbines with a total capacity of 55.2 MW. San Antonio El Sitio is expected to generate 135,654.59 GWh annually, as well as 81,392 tCO₂e of emission reductions. The project helps reduce energy costs as well as increase employment opportunities, and also includes investment flows into the country to promote the use of replicable clean energy technologies.

Compensation projects 2022

• Nouakchott 30 MW Wind Power plant
• Project 1733
• Standard: VCS

The project includes a new 30 MW wind power plant near Nouakchott, the capital of Mauritania. It consists of 15 wind turbines with a capacity of 2 MW that capture kinetic wind energy and convert it into electrical energy. The project is the first large-scale wind power plant in the country and replaces the fossil-intensive electricity of Mauritania's grid with clean and renewable energy. The project is expected to generate approximately 105,000 MWh and 75,316 tCO2e of emission reductions per year.

• Longyuan Mulilo De Aar 2 North Wind Energy Facility
• Project 1950
• Standard: VCS

The wind farm in the Northern Cape province of South Africa consists of 96 wind turbines and produces 144 MW of electricity, which is fed into the South African grid. South Africa meets most of its electricity needs from coal, so the wind farm will result in a total annual reduction of 433,929t CO2e. The project thus contributes to the promotion and development of wind energy technology in South Africa.

• Bamako Clean Cookstoves
• Project 301896
• Standard: Gold Standard

The project "Bamako Cookstoves" produces locally efficient cooking stoves of the model "Sewa", which require 30-40% less coal or firewood compared to the traditional open fireplace. Reduced consumption alleviates pressure on local forests and removes financial burden from families caused by rising fuel costs. In addition, people breathe in less smoke that is harmful to their health than from open fireplaces.

• Renewable Solar Power Project
• Project 2059
• Standard: VCS

The construction of solar power plants in the Indian state of Madhya Pradesh with an installed capacity of 250MW will feed green electricity into the local grid and thus replace fossil fuels. This is expected to save approximately 389,911 tons of CO2 equivalents annually. In addition to promoting solar technology in India, this project will support temporary and permanent jobs for the local population in the construction and operation of the plants.

• Nam Mang 1 Hydropower Project
• Project 10399
• Standard: CDM

The Nam Mang 1 hydropower project is located in Bolikhamsai province in central Laos. The installed capacity of the project is 64 MW and a resulting annual export of approximately 224,800 MWh to the regional power grid. The hydropower plant is expected to be responsible for an annual saving of approximately 125,775 tons of CO2 equivalent. The electricity generated is expected to benefit local residents and industry.

Compensation projects 2021

• Oaxaca II Wind Energy Project
• Project 5894
• Standard: CDM

The wind farm, which consists of 68 turbines, is located in the Mexican state of Oaxaca. The plant increases the share of renewable energies in the region's electricity mix and thus reduces the use of fossil energy sources. With a capacity of 102 megawatts, the wind energy project saves around 240,160 metric tons of CO2 equivalents annually. The wind farm also improves the electricity supply in isolated regions of the country and meets the growing demand for electricity in a climate-friendly way.

• Nam Mang 1 Hydropower Project
• Project 10399
• Standard: CDM

The Nam Mang 1 hydropower project is located in Bolikhamsai province in central Laos. The installed capacity of the project is 64 MW and a resulting annual export of approximately 224,800 MWh to the regional power grid. The hydropower plant is expected to be responsible for an annual saving of approximately 125,775 tons of CO2 equivalent. The electricity generated is expected to benefit local residents and industry.

• Power Plant Project
• Project 4273
• Standard: Gold Standard

The project activity includes the installation of ten photovoltaic (PV) power plants developed by Siam Solar Energy 1 CO., Ltd (SSE1) in Kanchanaburi and Suphanburi province in Thailand. The total installed capacity of ten solar power plants is 104.7 MW, which can export electricity to the grid at about 148,477 MWh per year. Each plant has an individual grid connection subject to individual Power Purchase Agreements (PPAs) with the Provincial Electric Authority (PEA) of Thailand.

• Jepirachi Wind Power
• Project 0194
• Standard: CDM

The project involves the development of a wind power plant with a nominal capacity of 19.5 MW in the Wayuu indigenous territory in the northeastern region of Colombia's Atlantic coast, in the municipality of Uribia in the department of Guajira. The electricity supplied to the grid by the project would otherwise have been generated by the operation of grid-connected power plants and by the addition of new generation sources, as shown by the combined margin (CM) calculations.

• Heqing Solar Cooker
• Project 5106
• Standard: CDM

49,000 solar thermal stoves avoid the emission of 143,762 tons of CO2 equivalent per year in China's Gansu province by replacing the usual fuel, coal, with solar energy. The rural population saves the cost of fuel and benefits from better air quality in the shelters. At the same time, the local economy is supported, receiving more than five million US dollars for the production of the solar thermal stoves.

• Xekaman Hydropower
• Project 5583
• Standard: CDM

The hydropower plant with collection basin is located on the Nam Pagnou River, a tributary of the Xekaman, in southern Laos near the Vietnamese border. The project serves the growing demand for electricity in Vietnam and is part of a Vietnamese-Laotian partnership for energy development. The hydropower plant produces nearly 980 GWh per year with an installed capacity of 250 MW. The Xekaman 3 hydropower plant helps reduce greenhouse gas emissions of about 499,500 tCO2 annually by replacing electricity generated largely by fossil means in Vietnam. For Laos, this project is of great importance. It was the first registered CDM project to promote renewable energy.

Compensation projects 2020

• Bac Lieu Province Wind
• Project 7250
• Standard: Gold Standard

The Gold Standard project in the Vietnamese province of Bac Lieu is the first wind power plant off the coasts of Vietnam. Its 62 turbines with a capacity of 99.2 MW cover an area of 540 hectares in the Mekong Delta and save around 144,000 tons of CO2 annually. The electricity generated is fed into the national grid, reducing both the need for fossil fuels and dependence on energy imports. At the same time, it helps meet the steadily growing demand of the emerging country. The neighboring population also benefits from the project through newly created jobs in construction, maintenance and tourism.

• Guanacaste Wind Farm
• Project 4147
• Standard: CDM

The wind farm in Costa Rica consists of 55 wind turbines and, with a total output of 49.5 megawatts, generates an annual energy yield of 245 gigawatt hours. Costa Rica and its population benefit in many ways from the project, which was realized together with German partners. Until now, electricity during the dry season (December to May) had to be produced mainly with diesel generators or imported at high cost. The project thus promotes a climate-friendly energy supply, creates jobs and contributes to the independence of the Central American country from expensive electricity imports.

• Luangwa Community Forests Project
• Project 1775
• Standard: VCS

Luangwa Community Forests Project (LCFP) in Zambia protects almost 1 million hectares of forest from deforestation. They thus continue to be available as CO2 reservoirs, so that around 700,000 metric tons less CO2 are emitted each year. At the same time, biodiversity is preserved as the forest continues to serve as a habitat for wildlife. To this end, the LCFP is working closely with local communities to develop projects that create alternative and at the same time sustainable sources of income, such as honey production. In addition, the LCFP attaches importance to actively involving the population and letting them take responsibility for environmental protection themselves. For this purpose, it trains local employees for the protection of the forests and thus offers them permanent employment.

• Foundation Wind-Energy-II
• Project 9314
• Standard: CDM

The wind farm project is building wind turbines with a total production capacity of 50 MW in Karachi, Pakistan. The Pakistani operator, the Fauji Foundation, feeds the electricity generated into the WAPDA (Water and Power Development) power grid. WAPDA is the only power producer in the region and has largely used fossil fuels. The new wind farm displaces 143,700 MWh with "zero-emissions" electricity, which means an annual emissions reduction of 88,720 tons of CO2.

• El Platanal Hydropower Plant
• Project 2426
• Standard: CDM

El Platanal is a hydroelectric power plant located in the basin of Peru's Cañete River, 150 km south of the capital Lima. The renewable electricity generated by the power plant is fed into the Peruvian national electricity grid (SEIN). The installed capacity of El Platanal is 220 MW, and the expected average electricity generation is 1,063 GWh per year.

• Community-Based Renewable Energy Development
• Project 1713
• Standard: CDM

Located in northern Pakistan, the project invests in micro and mini hydropower projects. The expansion of this renewable energy generation makes it possible to replace diesel generators and ensure the supply of remote rural communities. This both reduces global CO2 emissions and introduces a modern energy supply. In addition, these investments lead to an improvement in the living standards of approximately 150,000 people, who benefit from reduced air pollution and improved economic opportunities. The hydropower plants, which range in capacity from 30kW to 800kW, can collectively save up to 87,477 tons of CO2 annually.

• Delhi Metro
• Project 4463
• Standard: CDM

The expansion of the metro system in India's capital New Delhi is enabling a shift in commuting from private vehicles to public transport. This is more environmentally friendly, safer and faster. This contributes to reducing the carbon footprint per passenger kilometre transported and reduces the volume of traffic on the roads, leading to additional savings in CO2 emissions through more fluid traffic. This will save a total of around 516,300 tons of CO2 annually. The project includes the purchase of new trains, upgrading of the line, advance ticket sales with rechargeable electronic cards, new turnstiles at the entrance to each station, and centralized, coordinated train control.

Compensation projects 2019

• Xekaman Hydropower
• Project 5583
• Standard: CDM

The hydropower plant with collection basin is located on the Nam Pagnou River, a tributary of the Xekaman, in southern Laos near the Vietnamese border. The project serves the growing demand for electricity in Vietnam and is part of a Vietnamese-Laotian partnership for energy development. The hydropower plant produces nearly 980 GWh per year with an installed capacity of 250 MW. The Xekaman 3 hydropower plant helps reduce greenhouse gas emissions of about 499,500 tCO2 annually by replacing electricity generated largely by fossil means in Vietnam. For Laos, this project is of great importance. It was the first registered CDM project to promote renewable energy.

• Small-Scale Renewable Energy Program
• Project 6222
• Standard: CDM

The aim of the program is to increase the share of renewable energies in the Thai power grid and thus reduce CO2 emissions. To this end, the widespread introduction of small-scale systems for generating electricity from renewable energy sources is being promoted. Possible technologies include wind power, photovoltaic and concentrated solar power, run-of-river hydropower, biomass-based power, and biogas-based power generation. The overarching and long-term purpose is to strengthen renewable power generation by providing a platform to facilitate the transition to a low-carbon economy by providing additional financial support for renewable energy through international carbon markets.

• Mampuri Wind Power Project 2
• Project 7374
• Standard: CDM

The wind farm on the windy coastal belt of Sri Lanka's northwest coast generates 10.5 MW of wind-based electricity, saving 16,255 tons of CO2 emissions annually. The project is the first of its kind in this rural region, where electricity would otherwise be generated mostly from fossil fuels. It thus closes a supply gap in an environmentally friendly way. There are also positive socio-economic and technical spin-offs: The investments help the development of the region and provide job opportunities for the inhabitants of Mapur village. In addition, the modern turbine technology helps with the infrastructural development of the country.

• Godawari Solar Thermal Power India
• Project 7379
• Standard: Gold Standard

Located in northern India (Jaisalmer district), the solar thermal power plant project generates clean electricity using parabolic trough technology. The rapidly growing population of the state of Rajasthan, where the project is located, not only benefits from an alternative to energy generation from burning fossil fuels. The plant, which has a capacity of 50 MW, is calculated to save 113,000 tons per year in carbon dioxide emissions and can provide 119,000 MWh annually to the power grid. These aspects ensure cleaner air, sustainable development of India and also contribute to other social benefits for the population: 2% of the revenue from the sale of CO2 certificates goes to non-profit development projects in the region, alleviating poverty and improving infrastructure.

• Micro hydro power plants
• Project 3653
• Standard: CDM

The micro hydropower plants in Nepal make it possible to supply the local, predominantly rural population with electricity, thus combating dependence on firewood and diesel energy. The project consists of micro power plants with an output of 5 to 500 kW and has a total capacity of up to 15 MW. It thus saves around 40,500 tons of CO2 annually. In addition, the project contributes to poverty reduction in rural areas, as the hydropower plants are managed by the local population. Furthermore, access to the power grid reduces the use of lead-acid batteries and accumulators, which generate chemical pollution and health problems.

• Tra Xom Hydropower Vietnam
• Project 6103
• Standard: CDM

The Tra Xom hydropower plant in the Vietnamese province of Binh Dinh is connected to the national power grid and replaces traditional fossil energy sources in it. The power plant has two units with a total capacity of 20 MW. It contributes to a more stable power supply with renewable energy and saves about 41,161 tons of CO2 annually. The project also promotes the social and economic development of the region by improving the local infrastructure. This benefits the Bana minority living there in particular.

Compensation projects 2018

• Lopburi Solar Power Plant
• Project: TH 5082
• Standard: CDM

The solar energy plant in Thailand, with an output of 73 megawatts, saves around 68,000 metric tons of CO2 equivalents per year. Located in Lopburi province, the photovoltaic plant helps reduce the use of fossil fuels and thus greenhouse gas emissions in Thailand. The project makes the country independent of fluctuating oil and coal prices and supports the trend towards renewable energy. It meets the rising demand for electricity and creates jobs. In addition, a cooperation with the Japanese Sharp Corporation promotes the transfer of technology and know-how.

• Félou Regional Hydropower
• Project ML 3090
• Standard: CDM

The run-of-river power plant on the Senegal River in Mali generates around 330 gigawatt hours annually for the power grid in Mali, Mauritania and Senegal. The electricity generated saves around 191,800 tons of CO2 annually in the region's coal-intensive electricity mix. The project also creates jobs and promotes a more stable power supply in the tri-border region. In the future, neighbouring households that have so far been without electricity will also be connected to the power grid.

• 5MW Solar PV Power Plant
• Project IN 9610
• Standard: Gold Standard

The solar plant is located in northern India in the state of Rajasthan. The 5MW plant generates an average of 9.128 MWh of electricity per year and feeds it into the North-East-West-North East (NEWNE) grid, which depends mainly on fossil energy. As a result, the project helps close the gap on electricity shortages and increases the share of renewable energy in the electricity mix. The calculated reduction of greenhouse gases is about 8,700 tCO2e per year. In addition, the Gold Standard project creates jobs and infrastructure in the region.

• Guanacaste Wind Farm
• Project 4147
• Standard: CDM

The wind farm in Costa Rica consists of 55 wind turbines and, with a total output of 49.5 megawatts, generates an annual energy yield of 245 gigawatt hours. Costa Rica and its population benefit in many ways from the project, which was realized together with German partners. Until now, electricity during the dry season (December to May) had to be produced mainly with diesel generators or imported at high cost. The project thus promotes a climate-friendly energy supply, creates jobs and contributes to the independence of the Central American country from expensive electricity imports.

• Khe Bo Hydropower
• Project 9036
• Standard: CDM

The hydropower plant on the Ca River in the Vietnamese province of Nghe An is connected to the national power grid and replaces traditional, high-emission energy sources such as coal and gas. Located on a 9.6 km² reservoir, the power plant can generate 100 MW of power. It thus contributes to improving air quality and saves around 242,400 tons of CO2 annually. In addition, the project promotes the social and economic development of the region by driving the local economy and helping to supply remote areas with electricity.

• Micro hydro power plants
• Project 3653
• Standard: CDM

The micro hydropower plants in Nepal make it possible to supply the local, predominantly rural population with electricity, thus combating dependence on firewood and diesel energy. The project consists of micro power plants with an output of 5 to 500 kW and has a total capacity of up to 15 MW. It thus saves around 40,500 tons of CO2 annually. In addition, the project contributes to poverty reduction in rural areas, as the hydropower plants are managed by the local population. Furthermore, access to the power grid reduces the use of lead-acid batteries and accumulators, which generate chemical pollution and health problems.

• SASSA Low Pressure Solar Water Heater Programs
• Project 4302
• Standard: CDM

A project with environmental and social benefits: The Solar Academy of Sub Saharan Africa (SASSA) provides free solar water heaters to low-income households in South Africa. Each water heater has a daily heat capacity of 13,692 megajoules, which equates to an electricity savings of 1.38 MWh per year. Thus, each solar water heater avoids approximately 1.3 tons of CO2 annually - or the entire program 76,945 tons of CO2 per year. The project has created 800 new jobs and significantly improved the quality of life for over 80,000 households.

• Araputanga Centrais Elétricas S. A.
• Project BR 503
• Standard: CDM

The hydropower plant is located on the Jauru River, in Mato Grosso in Midwest Brazil. It consists of three smaller hydropower plants with a total capacity of 76.07 megawatt hours, which help to meet the constantly growing energy demand of the emerging country. The electricity generated in this way increases the share of renewable energy in Brazil and saves around 99,300 tons of CO2 per year.

Compensation projects 2017

• Araputanga Centrais Elétricas S. A.
• Project BR 503
• Standard: CDM

The hydropower plant is located on the Jauru River, in Mato Grosso in Midwest Brazil. It consists of three smaller hydropower plants with a total capacity of 76.07 megawatt hours, which help to meet the constantly growing energy demand of the emerging country. The electricity generated in this way increases the share of renewable energy in Brazil and saves around 99,300 tons of CO2 per year.

• Improved Cookstoves Program
• Project PoA 9176
• Standard: CDM

The "Vida Mejor con Ecofogones de Alto Rendimiento" project in Honduras provides newly developed, efficient stoves to the local population in Honduras. These stoves require less fuel such as charcoal or firewood - despite increased efficiency. This reduces deforestation and costs for heating material or the time needed to collect firewood. In addition, by improving the combustion process, fewer greenhouse gases and other harmful substances such as carbon monoxide are emitted. The project will save around 42,222 metric tons of CO2 equivalents per year.

• Félou Regional Hydropower
• Project ML 3090
• Standard: CDM

The run-of-river power plant on the Senegal River in Mali generates around 330 gigawatt hours annually for the power grid in Mali, Mauritania and Senegal. The electricity generated saves around 191,800 tons of CO2 annually in the region's coal-intensive electricity mix. The project also creates jobs and promotes a more stable power supply in the tri-border region. In the future, neighbouring households that have so far been without electricity will also be connected to the power grid.

• Guanacaste Wind Farm
• Project 4147
• Standard: CDM

The wind farm in Costa Rica consists of 55 wind turbines and, with a total output of 49.5 megawatts, generates an annual energy yield of 245 gigawatt hours. Costa Rica and its population benefit in many ways from the project, which was realized together with German partners. Until now, electricity during the dry season (December to May) had to be produced mainly with diesel generators or imported at high cost. The project thus promotes a climate-friendly energy supply, creates jobs and contributes to the independence of the Central American country from expensive electricity imports.

• Bac Lieu Province Wind
• Project 7250
• Standard: Gold Standard

The Gold Standard project in the Vietnamese province of Bac Lieu is the first wind power plant off the coasts of Vietnam. Its 62 turbines with a capacity of 99.2 MW cover an area of 540 hectares in the Mekong Delta and save around 144,000 tons of CO2 annually. The electricity generated is fed into the national grid, reducing both the need for fossil fuels and dependence on energy imports. At the same time, it helps meet the steadily growing demand of the emerging country. The neighbouring population also benefits from the project through newly created jobs in construction, maintenance and tourism.

• Malagone SHP CDM
• Project: 4676
• Standard: CDM

With 19 MW of installed capacity, the "Malagone" hydropower plant in southeastern Brazil saves 27,552 metric tons of CO2 equivalents annually. The small plant uses hydropower from the Uberabinha River and feeds the electricity generated into the local power grid. As a result, the project increases the share of green energy in Brazil and helps meet the growing demand for electricity in a renewable way. With a reservoir of only 1.27 square kilometres, the plant has little impact on the environment.

Compensation projects 2016

• Chacabuquito Hydroelectric
• Project CL1052
• Standard: CDM

The Chaqabuquito run-of-river power plant northeast of the Chilean capital Santiago comprises four turbines with a total capacity of 26 megawatts. It supplies green electricity both for the neighbouring population and for the national power grid and saves around 54,100 tons of CO2 annually. In addition to its contribution to the energy transition in Chile, the project guarantees permanent jobs in construction and maintenance. In addition, 18 hectares of forest in the region were reforested during implementation and the connection of isolated villages was ensured through the construction of new bridges.

• DaKrong 2 Hydropower
• Project 8054
• Standard: CDM

The DaKrong 2 Hydropower Project in Vietnam's Quang Tri province generates electricity from renewable hydropower on the Dakrong River, contributing to the sustainability of the Vietnam Power Grid's electricity generation. DaKrong 2 reduces greenhouse gas emissions by 41,154 metric tons of CO2 equivalent annually by displacing predominantly fossil fuel-based power generation. The project has a total capacity of 18 MW and consists of two 9 MW turbines. It provides employment and contributes to the rural electrification program. In addition, access roads from the project development improve the local transportation network.

• Song Mien 5 Hydropower Project
• Project 6203
• Standard: CDM

The hydropower plant on the Song Mien River in Vietnam uses a new water turbine and generators to convert the river's energy potential into electricity. The project saves 37,852 tons of CO2 annually. It promotes the industrialization of the province and the local economy through tourism, trade and services. The jobs created for construction and operation contribute directly to poverty alleviation in the region.

• West Nile Electrification Project
• Project 0775
• Standard: CDM

The West Nile Electrification Project in Uganda aims to develop remote regions, fight poverty and protect the environment through CO2-neutral hydropower. The 3.5-megawatt hydropower plant on the Nyagak River will make it possible to save 14,885 tons of CO2 annually. The project also upgrades and expands transmission networks to neighbouring communities, connecting some 4,000 additional customers to the power grid. The project thus promotes the socio-economic development of the West Nile province.

• Los Santos Wind Farm
• Project CR6275
• Standard: CDM

The Los Santos wind farm is located in the windy mountains of Costa Rica, where the Pacific and Atlantic weather systems meet. The operator is "Coopesantos", a rural electrification cooperative that aims to supply the participating communities with electricity from wind power. Fifteen turbines generate a total rated capacity of 12.75 MWe, or 33% of the electricity needs of its approximately 37,000 members. The wind farm reduces around 15,000 tons of CO2 annually. The project is also characterized by a very high level of participation: Coopesantos organized workshops in more than a dozen communities around the wind farm to finance the project. A local participation program was established to return project revenues to local members of the cooperative. By creating jobs in this rural area, the rural exodus is reduced. In addition, revenues from the sale of carbon credits are used for several social and environmental education programs developed by the cooperative.

• NorthWind Bangui Bay Project
• Project 0453
• Standard: CDM

The North Wind Bangui Bay Project in the Philippines contributes to the country's sustainable economic development goals by providing environmentally sound electricity. The wind farm comprises 15 wind turbines, each with a rated output of 1,650 kW, for a total capacity of 24.75 MW. The annual energy production is estimated at 74.48 GWh. In addition, the project includes the construction of a 50-kilometer overhead transmission line to transmit power to the substation in Laoag City. The project will avoid 43,696 tons of CO2 annually.

• SASSA Low Pressure Solar Water Heater Programs
• Project 4302
• Standard: CDM

A project with environmental and social benefits: The Solar Academy of Sub Saharan Africa (SASSA) provides free solar water heaters to low-income households in South Africa. Each water heater has a daily heat capacity of 13,692 megajoules, which equates to an electricity savings of 1.38 MWh per year. Thus, each solar water heater avoids approximately 1.3 tons of CO2 annually - or the entire program 76,945 tons of CO2 per year. The project has created 800 new jobs and significantly improved the quality of life for over 80,000 households.

• Solar Power Company 94 MW Solar PV
• Project 8625
• Standard: Gold Standard

The Solar Power Project operates twelve solar plants in the northeast of Thailand to feed into the local power grid. Currently, 90% of electricity in Thailand is still generated from fossil resources. The solar plants generate approximately 110,000 MWh of green electricity, saving fossil resources that would otherwise be used for power generation. In addition, the Gold Standard project creates jobs and promotes know-how transfer through cooperation with a Japanese PV manufacturer.

• Malagone SHP CDM
• Project: 4676
• Standard: CDM

With 19 MW of installed capacity, the "Malagone" hydropower plant in southeastern Brazil saves 27,552 metric tons of CO2 equivalents annually. The small plant uses hydropower from the Uberabinha River and feeds the electricity generated into the local power grid. As a result, the project increases the share of green energy in Brazil and helps meet the growing demand for electricity in a renewable way. With a reservoir of only 1.27 square kilometres, the plant has little impact on the environment.

• Guanacaste Wind Farm
• Project 4147
• Standard: CDM

The wind farm in Costa Rica consists of 55 wind turbines and, with a total output of 49.5 megawatts, generates an annual energy yield of 240 million kilowatt hours. Costa Rica and its population benefit in many ways from the project, which was realized together with German partners. Until now, electricity during the dry season (December to May) had to be produced mainly with diesel generators or imported at high cost. The project thus promotes a climate-friendly energy supply, creates jobs and contributes to the independence of the Central American country from expensive electricity imports.

Compensation projects 2015

• Improved Cook Stoves for East Africa
• Project UG7014
• Standard: Gold Standard

ICSEA is a Gold Standard certified project that aims to bring newly developed, efficient stoves to the people of East Africa. These stoves require less fuel such as charcoal or firewood. This reduces deforestation and the cost of heating fuel, as well as the emission of greenhouse gases associated with combustion. It also reduces the risk of respiratory illnesses triggered by traditional high-emission fireplaces. ICSEA received the 2014 Innovative Energy Project of the Year International Award from the US Association of Energy Engineers. It is the first multi-country CDM project, initially involving Rwanda, Uganda, Burundi, Kenya, South Africa and Lesotho. Other countries are expected to follow. The project currently saves approximately 40,600 tons of CO2e annually. A short information film by the UNCCCDM clearly explains the benefits of this excellent project.

• Amayo 40 MW Wind Power
• Project 2315
• Standard: Gold Standard

The Amayo wind farm in Nicaragua is a Gold Standard project, the strictest standard for climate protection projects in voluntary emissions trading. Consisting of 19 turbines, the wind farm near Managua saves approximately 120,800 metric tons of CO2 equivalents annually. The project is characterized by multiple benefits for the population and nature: The larger electricity supply meets the high energy demand with cheaper electricity. Numerous jobs were created from development to maintenance. In addition, the population benefits from a technology transfer in this area through the first-time use of wind as a resource.

• Oaxaca II Wind Energy Project
• Project 5894
• Standard: CDM

The wind farm, which consists of 68 turbines, is located in the Mexican state of Oaxaca. The plant increases the share of renewable energies in the region's electricity mix and thus reduces the use of fossil energy sources. With a capacity of 102 megawatts, the wind energy project saves around 240,160 metric tons of CO2 equivalents annually. The wind farm also improves the electricity supply in isolated regions of the country and meets the growing demand for electricity in a climate-friendly way.

• Lopburi Solar Power Plant
• Project 5082
• Standard: CDM

The solar energy plant in Thailand, with an output of 73 megawatts, saves around 68,000 metric tons of CO2 equivalents per year. Located in Lopburi province, the photovoltaic plant helps reduce the use of fossil fuels and thus greenhouse gas emissions in Thailand. The project makes the country independent of fluctuating oil and coal prices and supports the trend towards renewable energy. It meets the rising demand for electricity and creates jobs. In addition, a cooperation with the Japanese Sharp Corporation promotes the transfer of technology and know-how.

• Nam Mo 3 Hydro Power
• Project 6012
• Standard: CDM

The 10-megawatt hydropower plant in northern Vietnam achieves an energy yield of around 38 GWh and annual savings of almost 22,000 tons of CO2. The small power plant on the Nam Mo River is operated by a local company. In a country where the majority of electrical energy is generated using fossil fuels, the project contributes to reducing CO2 pollution. In addition, the hydropower plant provides added value for the local population through newly created infrastructure and the jobs that have been created.

• Guanacaste Wind Farm
• Project 4147
• Standard: CDM

The wind farm in Costa Rica consists of 55 wind turbines and, with a total output of 49.5 megawatts, generates an annual energy yield of 240 million kilowatt hours. Costa Rica and its population benefit in many ways from the project, which was realized together with German partners. Until now, electricity during the dry season (December to May) had to be produced mainly with diesel generators or imported at high cost. The project thus promotes a climate-friendly energy supply, creates jobs and contributes to the independence of the Central American country from expensive electricity imports.

• Heqing Solar Cooker
• Project 5106
• Standard: CDM

49,000 solar thermal stoves avoid the emission of 143,762 tons of CO2 equivalent per year in China's Gansu province by replacing the usual fuel, coal, with solar energy. The rural population saves the cost of fuel and benefits from better air quality in the shelters. At the same time, the local economy is supported, receiving more than five million US dollars for the production of the solar thermal stoves.