In 2013, Farmers RECC secured a $1 million USDA loan to capture landfill methane in Glasgow, Kentucky. 7 years later, the plant reached full capacity, powering 547 homes

In 2013, Farmers Rural Electric Cooperative Corporation (RECC) helped secure a $1 million, zero-interest, 10-year Rural Economic Development Loan through the U.S. Department of Agriculture (USDA) Rural Development program for the City of Glasgow. The financing helped build a methane collection system at the Glasgow Regional Landfill and laid the foundation for a landfill-gas-to-electricity project. The plant was completed in 2016 and reached its full generating capacity in 2020, turning a waste-management challenge into a renewable-energy resource for the local community.

The story begins with a problem familiar to communities operating landfills: organic waste naturally decomposes without oxygen and produces methane. Landfill gas typically contains methane along with carbon dioxide and smaller quantities of other compounds. Because methane is a potent greenhouse gas, managing it is an important environmental concern. Landfills may use collection systems to capture the gas, while some facilities flare it to reduce methane emissions. Glasgow pursued another option—collecting the methane and using it as fuel to generate electricity. The USDA describes the project as a partnership involving Farmers RECC, the City of Glasgow and East Kentucky Power Cooperative (EKPC), demonstrating how local institutions can collaborate on practical clean-energy projects.

USDA financing was an important piece of the project because methane collection infrastructure can be expensive for a local government to develop. The City of Glasgow contributed $200,000 in cash, while the $1 million zero-interest Rural Economic Development Loan, awarded through Farmers RECC, helped finance the methane capture system. According to USDA Rural Development, the funding substantially reduced the cost of constructing the collection infrastructure. That system also helped the city meet state and federal requirements governing landfill methane management. In this sense, the investment served two purposes at once: it helped address an environmental obligation while creating the infrastructure needed to turn landfill gas into useful energy.


The technology behind the Glasgow project is straightforward in principle but valuable in practice. As waste decomposes, methane accumulates inside the landfill. An extensive collection system draws the gas from the landfill and delivers it to equipment capable of converting its energy into electricity. At Glasgow's landfill-gas-to-electricity facility, the captured methane fuels power generation equipment. The electricity is then distributed by Farmers RECC to its members. Rather than treating methane as an unavoidable byproduct of waste disposal, the project gives the gas an economic purpose while reducing uncontrolled emissions. This type of landfill-gas energy recovery has been used in different forms for decades, including systems that generate electricity with internal-combustion engines or turbines.

The project's timeline makes its achievement especially notable. The methane collection and energy project was completed in 2016, but reaching full generating capacity took several more years. By 2020—seven years after the USDA loan obligation—the plant was operating at its full capacity of 1 megawatt. USDA reports that the facility produces about 16,320 kilowatt-hours of electricity each day. The power is not an abstract environmental benefit; it enters the local electricity system and serves Farmers RECC members. The project therefore illustrates how relatively modest renewable-energy facilities can provide a continuing contribution to a rural power network when they are matched with a dependable local resource.

The environmental benefits extend beyond electricity generation. USDA estimates that the Glasgow facility's annual energy production can offset greenhouse-gas emissions associated with more than 1 million miles driven by an average passenger vehicle. It also equates the potential emissions benefit to avoiding the carbon dioxide emissions from more than 50,000 gallons of gasoline or more than 1,000 barrels of oil. These comparisons help put a small 1-megawatt facility into perspective. The plant is not replacing a major power station, but its ability to recover energy from an existing waste stream means the community gains an energy resource while also addressing methane emissions from the landfill.

Perhaps the most striking figure is the number of homes that the project can support. USDA's account says the landfill generates approximately 16,320 kilowatt-hours of electricity each day and describes that output as roughly equivalent to the annual electricity use of 547 homes. That figure provides a tangible way to understand the scale of the project. What began as methane produced by discarded material can ultimately become electricity supporting hundreds of households. The project also demonstrates why partnerships matter in rural infrastructure: the city provided funding, Farmers RECC helped secure federal financing and distribute electricity, and EKPC participated in the landfill-gas-to-electricity operation.

The Glasgow landfill project ultimately offers a compelling lesson in how communities can rethink waste, energy and environmental responsibility at the same time. The $1 million USDA loan helped make methane capture infrastructure affordable, while the completed facility transformed landfill gas into a useful source of local electricity. Reaching full capacity in 2020 showed that the project's value extended well beyond its initial construction. With a 1-megawatt generating capacity and output equivalent to the electricity needs of about 547 homes, Glasgow demonstrated that rural communities can find innovative ways to turn an environmental challenge into an economic and energy opportunity. The broader message is equally important: when public agencies, cooperatives and local governments combine resources, even a landfill can become part of a community's clean-energy future.