The Chancay Hydroelectric Power Plant is a run-of river reservoir hydroelectric power plant located in Peru, in the district of San Miguel de Acos, province of Huaral, and department of Lima. The purpose of HPP Chancay is to generate electricity using renewable energy sources to be supplied to Peru’s National Interconnected Electric Grid (SEIN). The HPP Chancay generates electricity without emitting GHGs. It reduces anthropogenic GHG emissions by displacing GHGs that would have been emitted if fossil fuels were burned to generate power.
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The Burgos Wind Project is the largest wind farm in the Philippines. At the time it was built in 2014, it was also considered to be one of the largest wind farms in South East Asia. It is located in one of the best areas in the country to generate clean energy from wind. The 150-MW facility has fifty (50) Vestas V90 wind turbines, each with a rated capacity of 3 MWs.
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Korea Western Power Co., Ltd (KOWEPO), a leading electric power company in the Republic of Korea, has developed a 5.5MW Bundled Photovoltaic Power Generation Project. This grid-connected solar photovoltaic (PV) initiative comprises four PV power plants with a total installed capacity of approximately 5.559MW (1,875.5kW, 1,500.0kW, 1,628.0kW, and 555.5kW). The project is designed to supply 7,563MWh of clean electricity annually to the Korea Power Grid (KEPCO grid).
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24MW DONG YANG ENERGY PV (photovoltaic) power plant located in Jeollanam-Do, Republic of Korea, generates electricity based on solar energy. It contributes to the national renewable energy promotion policy and the global effort of GHG emission reduction. The project contributes to lowering the dependence of power generation from fossil fuels and has the effect of reducing greenhouse gas emissions.
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Taebaek Wind Park (Hasami Samcheok) CDM Project is located in Gangwon-do, Republic of Korea. The project generates electricity based on wind energy. It contributes to the national renewable energy promotion policy and the global effort of GHG emission reduction.
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The project activity involves implementation and operation of a new natural gas fired grid-connected Combined Cycle Power Plant (CCPP) of 2*371 MW capacity at Kondapalli near Vijayawada, Andhra Pradesh, India. It is run by Lanco Kondapalli Power Limited (LKPL).
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The Fujian Jiangle Gaotang Hydropower Project is located in Jiangle County, Fujian Province, along the Jiangle segment of the Jinxi River. This river segment has been recognized as one of the second batch of excellent cases of beautiful rivers and lakes by China’s Ministry of Ecology and Environment.
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Hebei ChengAn Biomass Cogeneration Project is located in ChengAn County, Hebei Province, China. Its purpose is to use local straw from cotton to generate electricity. The electricity generated from the project is sold to the Hebei Provincial Power Grid which is a part of the North China Power Grid in order to replace the capacity of coal-fired power plants. The on-grid coal-fired power plant dominates the North China Power Grid.
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The Gancheng Wind Power Project, located along the scenic coastline of Dongfang City in Hainan Province, China, is a major renewable energy project designed to harness wind energy and reduce reliance on coal-fired power plants. This initiative involves the installation of 33 state-of-the-art wind turbines, generating a total capacity of 49.5 MW. This renewable energy is connected to the Hainan Power Grid, delivering about 103,857 MWh of clean energy every year.
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The Hunan Sanjiangkou 50MW Hydropower Expansion Project is located on the Lishui River, at Shimen County, Changde City of Hunan Province, China. The project is constructed and operated by Hunan Zhaoheng Hydro-electric Power Co., Ltd. The existing station (Sanjiangkou Hydropower Station) has the installed capacity of 62.5 MW. The project is designed to generate power to make full use of abandoned water resources.
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Sichuan Da County Jiujietan Hydropower Project is located upstream of Shiti Town Da County Dazhou City, Sichuan province. The project is a run-of-river hydropower plant which uses hydro potential available in the Ba River to generate electricity.
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Zhejiang Tangcun 32MW Hydropower Project is a replacement project (from 9.12MW to 32MW) with the utilization of water flow from the existing reservoir to improve the efficiency and without negative social and environmental impacts from relocation and land submerge as compared with similar scale hydropower project with new reservoir.
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The objective of the project is the generation of zero carbon emission electricity from hydropower and the displacement of the same amount of electricity from the Northwest China Power Grid (NWPG) that is mainly dominated by electricity derived from coal-fired power plants.
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The Qinghai Maqin Gequ Level 2 hydropower station generates zero-green gas emission electricity through the application of hydropower and displaces the same amount of electricity from the Northwest China Power Grid (NWPG) that is mainly dominated by electricity derived from coal-fired power plants.
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The Salkhit Wind Farm is the first grid connected wind farm in Mongolia. The project generates renewable electricity using wind power resources and supplies it to the Mongolian central electricity system grid to meet the growing electricity demand.
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Chacayes run of river hydro project is a 111 MW power plant located in the Cachapoal Valley of Chile. Operating since 2011, it has played an important role meeting country’s increasing demand of electricity, reducing CO2 emissions and contributing to the economic growth and sustainable development of local communities.
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MH Bio-Energy Co., LTD, bio-ethanol distillery Cambodia, has taken the initiative for the implementation of the project activity in Duong village, Preak Phnouv Commune, Pornhear Leu District, Phnom Penh Province in Cambodia.
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According to the expectations of the International Energy Agency (IEA), hydropower is expected to remain the world’s largest source of renewable energy. The reason? It is simple: when it comes to renewables, hydroelectricity is one of the most mature technologies globally. It is a reliable, versatile, and low-cost generation source that is helping the world to overcome the problems arising from global warming, accelerating the transition of the world energy matrix, and helping humanity to decarbonize the planet.
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N₂O Abatement at Fatima Fertilizer’s Nitric Acid Plant in Pakistan: A Benchmark for High-Quality Carbon Offsetting (BeZero Carbon Rating: A) This outstanding project reduces nitrous oxide (N₂O) emissions at the nitric acid plant of Fatima Fertilizer Ltd. in Pakistan and sets a new benchmark in emission reduction. By installing a cutting-edge tertiary N₂O abatement system, the facility eliminates up to 98% of this potent greenhouse gas right at the source, preventing its release into the atmosphere.
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Wind turbines generate electricity using the power of the wind, reducing the amount of fossil fuels that we need to use to generate our power, and therefore reducing the amount of greenhouse gases that we release to our atmosphere. Project benefits: preserving natural resources; promoting renewable energy; reducing dependency on non-renewable resources; and helping spread green technology worldwide.
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This Programme of Activities (PoA) generates solar power which is supplied to the grid system of India. The PoA’s objective is to develop a carbon platform for overcoming hurdles encountered during implementation of small-scale solar power projects in India. The project activities under this PoA are the first of their kind because they were commissioned when solar power was nascent in the country and its capital costs highly prohibitive.
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The Grid-Connected Solar PV Power Project in Bhagwanpura, located in the Javad tehsil of Neemach district, Madhya Pradesh, India a visionary initiative, implemented by Welspun Solar Madhya Pradesh Private Limited (WSMPPL), signifies a monumental step towards sustainability and environmental stewardship.
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The Caixa Econômica Federal Solid Waste Management and Carbon Finance Project aims to reduce methane emissions from municipal landfills in Brazil. Led by Caixa Econômica Federal, a Brazilian public bank with a mission to “be the public financial institution that fosters inclusion and sustainable development, transforming people’s lives,” this project embodies the bank’s commitment to sustainability.
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The project activity is developed by Goel International Pvt. Ltd (hereafter refereed as Goel International) which is one of the leading producers and exporter of rice in India. The project utilizes locally available biomass (rice husks) for simultaneous generation of thermal and electrical energy in a cogeneration unit. Generated power is in turn used for the in-house requirement of Goel International.
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The Corredor dos Senandes CDM Project, located in Rio Grande do Sul, in southern Brazil, involves the development and operation of the Corredor dos Senandes wind power complex, comprising four wind power plants (WPPs) on the same site. The project has a total installed capacity of 108 MW. Each wind turbine has a unitary installed capacity of 2.7 MW, ranking among the highest for wind power plants in the country. This high-capacity design reduces the land space required for implementation, thereby minimizing environmental impact.
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This bundled wind power project has an installed capacity of 10.9 MW in the states of Maharashtra and Rajasthan, India. The annual estimated amount of greenhouse gases reductions obtained from the project activity is 17,321 t CO2e. Its developer is Gangamai Industries and Construction Limited.
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The Small Hydroelectric Power Plant (PCH) Rondinha, located on the banks of the Chapecó River in the Uruguay River Basin, in Passos Maia, Santa Catarina, Brazil, is an example of clean and renewable electricity generation. With an installed capacity of 9.6 MW and a physical guarantee of 5.48 MW granted by ANEEL, PCH Rondinha sustainably serves approximately 18,500 consumer units, benefiting around 70,000 inhabitants.
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MSP Steel & Power Limited (MSPSPL) is a greenfield integrated steel complex involved in the manufacture of sponge iron, billet castings and TMT bars in the state of Chhattisgarh, India. The traditional pollution control method of dealing with the waste gas stream is through installation of a wet scrubbing system which has many environmental and economic impacts associated with it.
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The project activity is designed to provide reliable, renewable energy to the Karnataka state electricity grid, a part of the Indian electricity grid. By displacing electricity from fossil fuel-based generation plants, the project aims to significantly reduce greenhouse gas emissions, mitigating an estimated 71,400 tonnes of carbon dioxide equivalent (tCO2e) annually. This initiative not only supports India's renewable energy objectives but also contributes to sustainable development by offering a cleaner, greener alternative to traditional energy sources. Join us in making a substantial impact on India's environmental goals and fostering a sustainable future.
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The Project harnesses renewable resources in the region and thereby displacing non-renewable natural resources thereby ultimately leading to sustainable economic and environmental development. The objective is development, design, engineering, procurement, finance, construction, operation and maintenance of Tungabhadra 22.8 MW wind power project (“Project”) in the Indian state of Karnataka to provide reliable, renewable power to the Karnataka state electricity grid which is part of the Southern regional electricity grid. The Project will lead to reduced greenhouse gas emissions because it displaces electricity from fossil fuel-based electricity generation plants.
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The purpose of the project activity is to set up a natural gas based combined cycle power plant (CCPP) through a special purpose vehicle Bhander Power Limited (BPL). The project activity is to set up a 500 MW natural gas based combined cycle power plant. The combined cycle power plant has been set up in two phases. Phase 1 is 155 MW. The power plant receives Natural Gas in pipelines from Essar Steel Limited (ESTL) and water is pumped from the Tapi river. BPL and ESTL have entered into a Power Purchase Agreement under which BPL would supply power to ESTL.
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The objective of the project is the generation of zero carbon emission electricity from a renewable source - hydropower.
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This project is a biomass power generation initiative located in Sheyang County, Jiangsu Province, China. The plant uses local biomass residues, such as wood, cotton straw, maize straw, rice straw, and other agricultural wastes, as fuel. It has an installed capacity of 30 MW. The project was officially commissioned on September 3, 2007, and is expected to deliver annually 188,488.80 MWh electricity to East China Power Grid (ECPG) of China.
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The Project is developed in a hydroelectric power plant located in Peru, in the North-western Department of Piura and has an installed capacity and projected yearly average generation of 15.2 MW and 57,740 MWh. The Project is expected to displace 31,463 tCO2e per year.
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The purpose of the project activity is to generate electricity by using the renewable hydraulic resources to meet the ever-increasing demand for energy in the region.
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With over 50 years of experience, Transport Corporation of India Limited is the largest integrated supply chain and logistics solutions provider in India. In 2003, the company entered the energy sector looking to promote non-conventional energy means. Currently, it holds 11.50 MW windmills in Rajasthan and Maharashtra.
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Polaris Renewable Energy Inc. ("Polaris") is dedicated to the acquisition, development, and operation of renewable energy projects in Latin America. As a high-performing and financially sound company, we are a key contributor to the energy transition. Our commitment to sustainability is deeply embedded in our business strategy and corporate values. Polaris operates the San Jacinto-Tizate Geothermal Power Plant (72MW) in the municipality of Telica, department of León, Nicaragua. The project includes two modular condensing turbines of 38.5MW each.
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This exceptional project for reducing nitrous oxide (N2O) in the tail gas of the nitric acid plant at Pakarab Fertilizer Ltd. in Multan, Pakistan, sets new standards in emission reduction. The facility has been retrofitted with a state-of-the-art tertiary N2O abatement unit that eliminates up to 90% of this potent greenhouse gas directly at the source, before it can be released into the atmosphere.
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