Lower Mississippi Alluvial Valley Reforestation Initiative
Location: USA
Project type: Reforestation Project
Standard: American Carbon Registry
Verification/Validation: Environmental Services, Inc.
Environmental Benefits
- Mitigates climate change
- Restores watershed alongside Mississippi River
- Reduces soil erosion
- Restores wildlife habitat
Community Benefits
- Local employment
- Improved area for recreational activities and tourism
Project Description
The Lower Mississippi Alluvial Valley Reforestation Initiative aims to reforest at least one million acres throughout Louisiana, Mississippi, Arkansas, Tennessee, Kentucky, Missouri and Illinois. Considered North America's rainforest, this region is a vital habitat for migratory birds and numerous plant and animal species. The project will also sequester CO2 emissions. Previously encompassing 22 million acres of temperate forest, the region now holds only four million acres of unfarmed forestland.
New Zealand Compact Fluorescent Lightbulb Project
Location: New Zealand
Project type: Energy Efficiency
Standard: Verified Carbon Standard
Verification/Validation: Det Norske Veritas (DNV)
Environmental Benefits
- Mitigates climate change
- Reduces localized air pollution
- Reduces fuel usage and the environmental harm caused by fossil fuel extraction
Community Benefits
- Expansion of new technologies
- Reduced consumer electricity bills
- Consumer cost savings from CFLs' longer lifetime
Project Description
Carbonfund.org supports this project because it offers public education and financial incentives to household consumers for the adoption of Compact Fluorescent Lightbulbs (CFLs). CFLs have a longer life and are more efficient when compared to traditional incandescent bulbs. CFLs also generate excellent light output.
The New Zealand Compact Fluorescent Lightbulb Project began in 2005 by following a Clean Development Mechanism methodology to distribute an initial 62,000 CFLs. Between 2005 and 2007, the Project reduced nearly 75,000 tonnes of carbon dioxide equivalent emissions and now has the goal of expanding its distribution to 3 million CFLs to reduce an estimated 1 million tonnes of CO2.
Nez Perce Reforestation Project
Location: North Central Idaho
Project type: Reforestation Project
Standard: Chicago Climate Exchange
Verification/Validation: Bureau Veritas Certification, Forecon, Inc.
Environmental Benefits
- Mitigates climate change
- Restores watershed protection for Chinook Salmon and Steelhead Trout
- Reduces soil erosion and use of pesticides
- Restores wildlife habitat
Community Benefits
- Improved area for recreational activities
- Forestry employment opportunities for local Nez Perce Tribe
Project Description
This project replants Ponderosa Pine and Douglas Fir on lands which were originally cleared for agriculture or destroyed by forest fire. These lands do not naturally regenerate and require funds to replant trees using locally sourced seeds, control vegetation, and provide protection for newly planted seedlings.
Reforestation is beneficial not only for the local Nez Perce community and the variety of ecosystem services that tree planting provides, but also to sequester significant amounts of carbon dioxide from the atmosphere. Since the project’s inception, an estimated 20,000 tonnes of CO2 have been sequestered from 2,205 acres of the Nez Perce Project.
New Hope View Dairy Methane Project
Location: Homer, New York
Project type: Methane Destruction
Standard: Chicago Climate Exchange
Verification/Validation: SES, Inc
Environmental Benefits
- Mitigates climate change
- Waste and nutrient management
- Controls odor and reduces local air pollution
- Reduces local water pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies
- Alternative source of income for local farmers
Project Description
Carbonfund.org supports the New Hope View Dairy Methane Project because it helps to reduce heat-trapping methane emissions which in turn, lessen the impact of global climate change. Biodigesters essentially capture methane generated by manure and transform it into a clean, renewable energy source. The flared methane is used to heat the farm. Plans to utilize captured methane to produce electricity are currently under development.
The New Hope View Dairy Methane Farm has installed an anaerobic digester to treat manure from about 950 cows to reduce more than 40,000 tonnes of CO2 over the project’s lifetime.
Small Scale Indian Wind Projects
Location: Tamil Nadu and Gujarat, India
Project type: Wind Energy
Standard: Verified Carbon Standard
Verification/Validation: TÜV Rheinland Japan Ltd
Environmental Benefits
- Mitigates climate change
- Limits impact of energy production on local environment
- No localized water or air pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies and additional jobs created
- Additional revenue for communities
- Tax base for local governments
Project Description
The Small Scale Indian Wind Projects consist of six turbines, each with a capacity between 225 kilowatts and 750 kilowatts, which collectively produce about 5,800 megawatts of electricity each year. In addition to providing renewable electricity, Carbonfund.org supports the Small Scale Indian Wind Projects because they support local communities and are a leading example of how wind energy can significantly contribute to India’s increasing energy demands. Furthermore, these projects allow for the development of local infrastructure and promotes the decentralization of India’s renewable energy solutions.
Hilarides Dairy Project
Location: Lindsay, California
Project type: Waste-to-Energy Biodigester
Standard: Chicago Climate Exchange
Verification/Validation: SES, Inc.
Environmental Benefits
- Mitigates climate change
- Waste management
- Controls odor & reduces local air pollution
- Reduces local water pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies
- Alternative source of income for local farmers
Project Description
Carbonfund.org supports the Hilarides Dairy Project because it helps to reduce heat-trapping methane emissions which in turn, lessen the impact of global climate change. Biodigesters capture this methane generated by manure and transform it into a clean, renewable energy source. The Hilarides Farm is home to 6,000 cows and each year and the project reduces approximately 18,500 tonnes of CO2 emissions. Additionally, the project hosts six 125-kilowatt hour generators for a maximum production of approximately 540,000 total kilowatts per month.
Bajaj Finserv Wind Project
Location: Maharastra, India
Project type: Wind Energy
Standard: Chicago Climate Exchange
Verification/Validation: TUV NORD CERT GmbH
Environmental Benefits
- Mitigates climate change
- Limits impact of energy production on local environment
- No localized water or air pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies and additional jobs created
- Diversification of energy resources
Project Description
Carbonfund.org supports the Bajaj Finserv Wind Project because it provides renewable electricity, supports local businesses and is a prime example of how wind projects can significantly contribute to a nation’s energy portfolio.
The Bajaj Finserv Wind Project consists of 138 wind turbines with a total installed capacity of approximately 65.2 megawatts. In addition to supplying local manufacturers and the regional grid with clean, renewable electricity this project has also mitigated the release of nearly 150,000 tonnes of greenhouse gasses between 2003 and 2007.
Gujarat Wind Projects
Location: Gujarat, India
Project type: Wind Energy
Standard: Chicago Climate Exchange
Verification/Validation: Agri-Waste Technologies
Environmental Benefits
- Mitigates climate change
- Limits impact of energy production on local environment
- No localized water or air pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies and additional jobs created
- Additional revenue for communities
- Knowledge transfer
Project Description
The Aggregated Wind Projects of Gujarat have made it possible for 52 owners to combine their 65 wind turbines into a single project. Each of the turbines has a capacity between 0.35 megawatts and 1.5 megawatts and collectively, they produce 59 megawatts of renewable electricity. Since 2005, the project has contributed to the mitigation of nearly 200,000 tonnes of carbon dioxide equivalent emissions.
In addition to providing renewable electricity, Carbonfund.org supports the Aggregated Wind Projects of Gujarat because they support local communities and is a leading example of how small-scale wind projects can obtain carbon finance. Furthermore, this Project has assisted in the transfer of knowledge throughout Gujarat communities and the Project has also provided employment opportunities.
Kalani Wind Farm
Location: Rajasthan, India
Project type: Wind Energy
Standard: Chicago Climate Exchange
Verification/Validation: E-Square Verification Pvt. Limited
Environmental Benefits
- Mitigates climate change
- Limits impact of energy production on local environment
- No localized water or air pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies
- Improved road network
- More consistent electricity output
- Local employment opportunities
Project Description
The Kalani Wind Farm was the first private wind turbine project to be constructed in the state of Rajasthan. This project consists of 12 turbines, each with a capacity of 0.23 megawatts, for a total output of 2.76 megawatts. Since 2005, the project has directly contributed to the mitigation of nearly 20,000 tonnes of carbon dioxide equivalent emissions.
In addition to providing renewable electricity, Carbonfund.org supports the Kalani Wind Farm because it is a prime example of how private sector investments can drive the transition to a clean energy future. Furthermore, this project has assisted in the alleviation of local poverty and strengthened the region’s infrastructure.

Haubenschild Dairy Methane Project
Location: Princeton, Minnesota
Project type: Waste-to-Energy Biodigester
Standard: Chicago Climate Exchange
Verification/Validation: SES, Inc.
Environmental Benefits
- Mitigates climate change
- Waste and nutrient management
- Controls odor and reduces local air pollution
- Reduces local water pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies
- Alternative source of income for local farmers
Project Description
Carbonfund.org supports the Haubenschild Dairy Methane Project because it helps to reduce heat-trapping methane emissions which in turn, lessen the impact of global climate change. Biodigesters capture methane generated by manure and transform it into a clean, renewable energy source.
The Haubenschild Farm installed an anaerobic biodigester to treat manure from up to 1,000 cows and this process reduces approx. 4,300 tonnes of carbon dioxide equivalent emissions yearly.
Methane is a greenhouse gas that is 23 times more harmful to the environment than carbon dioxide. In the United States, the largest methane emissions come from the decomposition of wastes in landfills; ruminant digestion and manure management associated with domestic livestock; natural gas and oil systems; and coal mining.
Unlike other greenhouse gases, methane can be used to produce energy as it is the major component (95 percent) of natural gas. Consequently, for many methane sources, opportunities exist to reduce emissions cost-effectively or at low cost by capturing the methane and using it as fuel.
Freund’s Farm Dairy Methane Project
Location: East Cannan, Connecticut
Project type: Waste-to-Energy Biodigester
Standard: Chicago Climate Exchange
Verification/Validation: Agri-Waste Technology
Environmental Benefits
- Mitigates climate change
- Waste and nutrient management
- Controls odor and reduces local air pollution
- Reduces local water pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies
- Alternative source of income for local farmers
Project Description
Carbonfund.org supports the Freund’s Farm Dairy Methane Project because it helps to reduce heat-trapping methane emissions which in turn, lessen the impact of global climate change. Freund’s Farm installed a 62-foot anaerobic biodigester that receives approx 3,600 gallons of manure each day from 240 cows and reduces up to 1,200 tonnes of carbon dioxide equivalent emissions each year. Biodigesters capture methane generated by manure and transform it into a clean, renewable energy source. In addition to mitigating impact on climate change and generating clean, renewable energy, the fibrous waste is used the main material to produce biodegradeable planting pots.
Methane is a greenhouse gas that is 23 times more harmful to the environment than carbon dioxide. In the United States, the largest methane emissions come from the decomposition of wastes in landfills, ruminant digestion and manure management associated with domestic livestock, natural gas and oil systems, and coal mining.
Unlike other greenhouse gases, methane can be used to produce energy as it is the major component (95 percent) of natural gas. Consequently, for many methane sources, opportunities exist to reduce emissions cost-effectively or at low cost by capturing the methane and using it as fuel.
Amazon Forest Conservation Project
Location: Brazil
Project type: Forest Conservation and Avoided Deforestation
Standard: Verified Carbon Standard or Climate Action Reserve will be used. The Climate, Community and Biodiversity Alliance standard is also under consideration.
Verification/Validation: tbd. The project is in the initial development phases.
Environmental Benefits
- Reduce carbon dioxide emissions
- Mitigate climate change
- Conserve habitat for endangered and threatened species
- Improve local water quality
- Retain top soil and control erosion
Community Benefits
- Establish alternative sources of income and employment opportunities
- Potential for local ecotourism benefiting the area population
Project Description
In the world’s largest rainforest, the Amazon Forest Conservation Project established by Carbonfund.org and numerous local and international partners will protect up to millions of acres from slash-and-burn forest clearing and prevent tens of millions of tonnes of greenhouse gas emissions. This project will also provide essential ecosystem services such as erosion control, water cycling, filtration and storage, nutrient recycling, and habitat for thousands of native Amazonian animal and plant species.
Avoided deforestation projects are critical because about 20 percent of global warming is attributed to deforestation, which reduces the Earth’s capacity to absorb carbon dioxide. Moreover, fallen trees decompose and release methane, a heat-trapping gas about 23 times more potent than CO2.
The Amazon is also home to hundreds of indigenous communities, which face threats from deforestation and land conversion for cattle grazing, timber harvesting and resulting road construction.
This description will be updated as the project develops.
Neria Small Hydroelectric Project
Location: Karnataka State of India
Project type: Hydroelectric Energy
Standard: Verified Carbon Standard
Verification/Validation: Det Norske Veritas (DNV) International Climate Change Services
Environmental Benefits
- Mitigates climate change
- Run-of-river requires no dams to be built
- Reduces local air pollution
Community Benefits
- Locally sourced, renewable energy
- Additional employment opportunities
- Increased local investment in clean energy
Project Description
The Neria Small Hydroelectric Project is a 9 megawatt, grid-connected power project located near the famous Dharmasthala temple village on the River Neria. As a run-of-river hydroelectric project, it is a sustainable source of renewable energy that does not require the displacement of people nor a dam, which would impact the migration of marine species. While providing environmental and community benefits, the project – which has also been certified under the Clean Development Mechanism – will reduce nearly 200,000 metric tonnes of carbon dioxide over the project’s lifetime.
Fujian Nanridao Wind Project of China
Location: Nanri Island of Putian City, Fujian Province of China
Project type: Wind Energy
Standard: Verified Carbon Standard
Verification/Validation: Det Norske Veritas (DNV) International Climate Change Services
Environmental Benefits
- Mitigates climate change
- Limits environmental impact of energy production
- No localized water or air pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies
- Clean energy job opportunities
- Stimulates local tourism
Project Description
The Fujian Nanridao Wind Project of China consists of nineteen 850 kilowatt turbines which have a total generation capacity of approximately 16.15 megawatts. In addition to reducing approximately 38,000 metric tonnes of carbon dioxide annually, the Fujian Nanridao Wind Project promotes sustainable development by expanding local employment opportunities and increasing the local tourism industry. Furthermore, Carbonfund.org supports the Fujian Nanridao Wind Project, which is also certified under the Clean Development Mechanism, because it demonstrates the important role of renewable energy and its deployment potential in emerging countries such as China.
Gardner Sanitary Landfill Methane Project
Location: Gardner, Massachusetts
Project type: Methane Destruction
Standard: Chicago Climate Exchange
Verification/Validation: First Environment, Inc.
Environmental Benefits
- Mitigates climate change
- Waste management
- Odor control and less localized air pollution
- Reduction of local water pollution
Community Benefits
- Provides the City of Gardner with new source of revenue
- Development of new technologies and additional jobs created
Project Description
The Gardner Sanitary Landfill Methane Project is located in the city of Gardner, Mass. As landfills harbor methane from trash, the project destroys the landfill methane, which is approximately 23 times more potent as a greenhouse gas than carbon dioxide.
One of the real concerns about climate change is that as the frozen tundra of areas such as Northern Canada and Siberia melt, an enormous amount of methane - which was previously trapped in permafrost - will be released into our atmosphere, worsening global warming.
Clinton County Landfill Methane Project
Location: Near Plattsburgh, NY
Project type: Methane Destruction
Standard: US Environmental Protection Agency’s Climate Leaders Program
Verification/Validation: US Environmental Protection Agency
Environmental Benefits
- Mitigates climate change
- Prevents groundwater contamination
- Improves local air quality
Community Benefits
- Development of new technologies
- Job creation
- Controls landfill odor
- Promotes waste management in the surrounding area
Project Description
This landfill methane collection and destruction system project is the first-ever to be approved by the EPA Climate Leaders Program. The project covers nearly 70 acres & handles approximately 160,000 metric tons of waste each year.
Landfill gas comes from decomposing organic material such as paper and food in solid waste. A component of the gas is the greenhouse gas methane. The project can destroy the methane by flaring it or, as a result of a recent addition, convert the gas to electricity to provide a clean, renewable source of energy.
Climate Leaders is a partnership between EPA & companies to develop climate change strategies including emissions reductions. Partner companies commit to reducing their impact on the environment by completing an inventory of greenhouse gas emissions, setting reduction goals, and reporting to EPA on their progress.
The Chicago Climate Exchange (CCX)
Location: Worldwide
Project type: Carbon Financial Instruments and Carbon Offsets
Standard: Chicago Climate Exchange
Verification/Validation: Various
Environmental Benefits
- Mitigates climate change
- Allowances and offsets have additional environmental benefits depending on the project sector
Community Benefits
- Similar to Environmental Benefits, the Community Benefits from CCX allowances and offsets depend on the specific activities
Project Description
Carbonfund.org is an Associate Member of the Chicago Climate Exchange (CCX) in order to purchase and permanently retire what are known as Carbon Financial Instruments (CFIs) from the exchange. The CCX is North America’s largest carbon trading market to reduce CO2 emissions. Carbonfund.org is buying and retiring these allowances which would otherwise be used by polluting, non-compliant companies as well as buying and retiring registered offsets.
CCX members calculate their emissions from a 1998-2001 baseline and are required to reduce their emissions 4% by 2006 and 6% by 2010. If members exceed their target CO2 reductions, they may sell their credits; if they fall short, they must buy credits. Essentially, by retiring our CCX purchases instead of continuing to trade them, this forces companies to increase and maintain their productivity while releasing less carbon—the definition of energy efficiency.
New York State Landfill Methane Project
Location: Rodman, New York
Project type: Methane Destruction
Standard: American Carbon Registry / Environmental Resources Trust’s Monitoring, Reporting & Verification Protocol
Verification/Validation: First Environment, Inc.
Environmental Benefits
- Mitigates climate change
- Waste management
- Odor control and less localized air pollution
- Reduction of local water pollution
Community Benefits
- Development of new technologies and additional jobs created
Project Description
The New York State Landfill Methane Project serves the counties of Jefferson, Lewis, St. Lawrence and Hamilton and in addition, destroys the methane emitted by a landfill by converting it into carbon dioxide and heat. Additional plans for the Project include capturing the waste heat and using it to warm a local greenhouse along with providing alternative energy.
The destruction of methane from such projects is important in the fight against global climate change because methane is approximately 23 times more efficient as a greenhouse gas than carbon dioxide. One of the real concerns about climate change is that as the frozen tundra of areas such as Siberia and Northern Canada melt, an enormous amount of methane- which was previously trapped in the permafrost- will be released into our atmosphere.
North Country Landfill Methane Project
Location: Bethlehem, New Hampshire
Project type: Methane Destruction
Standard: American Carbon Registry / Environmental Resources Trust’s Monitoring, Reporting & Verification Protocol and the Chicago Climate Exchange
Verification/Validation: First Environment, Inc.
Environmental Benefits
- Mitigates climate change
- Waste management
- Odor control and less localized air pollution
- Reduction of local water pollution
Community Benefits
- Development of new technologies and additional jobs created
Project Description
Carbonfund.org supports the North Country Landfill Methane project which safely and effectively disposes up to 7,200 gallons of landfill leachate a day from a municipal solid waste landfill in Northern New Hampshire. This project not only prevents methane, a potent greenhouse gas, from being released into the atmosphere, it also protects the area’s local groundwater from landfill leachate.
The destruction of methane from such projects is important in the fight against global climate change because methane is approximately 23 times more efficient as a greenhouse gas than carbon dioxide. One of the real concerns about climate change is that as the frozen tundra of areas such as Siberia and Northern Canada melt, an enormous amount of methane - which was previously trapped in the permafrost - will be released into our atmosphere.
New Bedford Landfill Gas-to-Energy Project
Location: Greater New Bedford, Massachusetts
Project type: Landfill Gas-to-Energy
Standard: American Carbon Registry / Environmental Resources Trust’s Monitoring, Reporting & Verification Protocol and the Chicago Climate Exchange
Verification/Validation: First Environment, Inc.
Environmental Benefits
- Mitigates climate change
- Waste management
- Odor control and less localized air pollution
- Reduction of local water pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies and additional jobs created
Project Description
The New Bedford Landfill Gas-to-Energy Project is a gas-to-energy plant which produces approx. 3.3 megawatt hours (MWh) of clean electricity. This landfill gas, which includes methane and carbon dioxide, is collected from the landfill to fuel four reciprocating internal combustion engine-generators. With support from Carbonfund.org, the project not only produces power for the regional electricity grid, but also reduces the amount of methane released into our atmosphere.
The destruction of methane from such projects is important in the fight against global climate change because methane is approximately 23 times more potent as a greenhouse gas than carbon dioxide. One of the real concerns about climate change is that as the frozen tundra of areas such as Siberia and Northern Canada melt, an enormous amount of methane - which was previously trapped in the permafrost - will be released into our atmosphere.
Tensas River National Wildlife Refuge Reforestation Project
Location: Tallulah, Louisiana (Northeastern Louisiana)
Project type: Reforestation Project
Standard: Verified Carbon Standard & Climate, Community and Biodiversity Standards with Gold Distinction
Verification/Validation: Rainforest Alliance
Environmental Benefits
- Mitigate climate change
- Restore habitat for estimated 400 species of mammals, birds, reptiles, amphibians and fish
- Revitalize endangered/threatened species such as the Louisiana Black Bear
- Improve water quality and erosion control
Community Benefits
- Improved area for hiking, biking, and other activities
- Nature photography
- Suitable destination for school groups
- Locally sourced seed, employment opportunities
Project Description
The Tensas River National Wildlife Refuge Reforestation Project is restoring native bottomland hardwood forests in the Lower Mississippi Alluvial Valley region of Northeastern Louisiana. While once covered in dense forests, this region now supports less than 20% of its original 22 million forested acres due to decades of land conversion for agriculture.
Forest-based projects are beneficial not only for the local area and the variety of ecosystem services they provide, but forests also sequester significant amounts of carbon dioxide. This project was the first reforestation project in North America to be validated to both the Verified Carbon Standard and the Climate, Community and Biodiversity Standards.
Over the project lifetime, the Tensas River National Wildlife Refuge Reforestation Project is expected to sequester more than 600,000 metric tons of carbon dioxide.
Truck Stop Electrification Project
Location: US: Arkansas, California, Georgia, New Jersey, North Carolina, Ohio, Oklahoma, South Carolina, Tennessee, Texas
Project type: Energy Efficiency
Standard: American Carbon Registry / Environmental Resources Trust’s Monitoring, Reporting and Verification Protocol
Verification/Validation: Environmental Resources Trust
Environmental Benefits
- Mitigate climate change
- Reduce localized air and noise pollution
- Reduce fuel usage and the environmental harm caused by fossil fuel extraction
Community Benefits
- Development of new technologies and additional jobs created
- Better resting conditions for drivers
- Provide alternative to idling in parking lots or road shoulders
Project Description
Carbonfund.org supports the Truck Stop Electrification Project which reduces tailpipe emissions from freight trucks that transport our consumer goods all across the country. Long-haul truck drivers idle their trucks to heat or cool their cab and to power on-board appliances during the federally mandated rest period. Engine idling creates poor resting conditions for the driver and fosters unhealthy conditions since a large number of trucks idle in close proximity. Idling also consumes fuel while moving no product, reduces engine life, and requires more frequent engine maintenance.
With this project, drivers can shut off their engines and utilize the advanced truck stop electrification technology. This system consists of an in-cab service module connected via a flexible hose to an efficient external unit that heats, cools, and powers the interior of the truck, and lets the driver run the radio and check email without forcing the engine to burn diesel while saving about a gallon of diesel per hour.
Chino Basin Dairy Farm Biodigester
Location: Chino Basin, California
Project type: Waste-to-Energy Biodigester
Standard: American Carbon Registry / Environmental Resources Trust’s Monitoring, Reporting & Verification Protocol
Verification/Validation: Environmental Resources Trust
Environmental Benefits
- Mitigates climate change
- Waste management
- Odor control and less localized air pollution
- Reduction of local water pollution
Community Benefits
- Locally sourced, renewable energy
- Development of new technologies and additional jobs created
Project Description
Carbonfund.org supports the Chino Basin Dairy Farm Biodigester Project because it helps to reduce methane emissions and lessens the impact of global climate change. Biodigesters capture the methane generated by manure and transform it into a clean, renewable energy source. This particular biodigester collects manure from ten local dairy farms and is responsible for reducing more than 8,000 tons of CO2 equivalent emissions from the atmosphere each year, while also supporting local farmers and protecting the quality of the region’s groundwater.
The Environmental Protection Agency (EPA) Climate Leaders Program notes that more than two billion livestock exist in the US and account for 7% of anthropogenic methane emissions.
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