Overview
Langley Gulch Power Plant is a 318.5 MW gas-fired power station in Idaho, United States, operated by Idaho Power Co. It supplies electricity to the regional grid.
Langley Gulch Power Plant is a gas-fired power generation facility located in Idaho, United States, with a capacity of 318.5 MW. The plant is owned and operated by Idaho Power Co and is currently operational. It plays a role in meeting the electricity demands of the region. The plant operates on natural gas, a fuel that produces lower CO2 emissions compared to coal but still contributes to greenhouse gas emissions. As a gas power plant, it falls under the regulatory framework of the US Clean Air Act, including NAAQS and other emission standards. The technology is typical for modern gas plants, likely using combined cycle or simple cycle turbines. Environmental considerations include the plant's proximity to populated areas and its emissions of NOx and CO2. The facility's capacity places it in the medium-to-large scale for gas plants in the US. Its operational status ensures continued contribution to the local power grid, supporting residential and industrial users.
Environmental context
The plant's gas fuel type results in lower SOx and particulate emissions compared to coal, but NOx and CO2 emissions remain significant. Its location in Idaho, a state with growing energy demand, means the plant supports grid reliability. The facility's age and technology (likely modern) influence its efficiency and emission profile.
Frequently asked questions
Langley Gulch Power Plant is located in Idaho, United States, near coordinates 43.9044 N, -116.8197 W.
The plant has a capacity of 318.5 megawatts (MW), making it a medium-to-large gas power plant.
The plant is owned and operated by Idaho Power Co, a utility serving the region.
Gas power plants like Langley Gulch are subject to the US Clean Air Act, including NAAQS for criteria pollutants and emission standards for NOx and CO2.
As a gas plant, it produces lower SOx and particulate emissions than coal but emits CO2 and NOx. Its environmental impact depends on technology and local air quality.