Overview
Muskogee is a 1,716 MW gas-fired power plant in Oklahoma, operated by Oklahoma Gas & Electric Co. It supplies electricity to the regional grid.
Muskogee is a gas-fired power plant located in Oklahoma, United States, with a capacity of 1,716 MW. It is owned and operated by Oklahoma Gas & Electric Co, a major utility in the region. The plant plays a significant role in meeting the electricity demands of Oklahoma and surrounding areas. 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-fired facility, it likely uses combined-cycle or simple-cycle technology, which is common for modern gas plants. The plant's capacity places it in the large-scale category for gas power generation in the US. Muskogee is subject to federal and state environmental regulations, including the US EPA's Clean Air Act standards for NOx, SO2, and other pollutants. Its operational status and capacity indicate it is a key asset for grid reliability and peak load management in the region.
Environmental context
The plant's gas fuel type results in lower SOx and particulate emissions compared to coal, but NOx and CO2 emissions remain a concern. Its location in Oklahoma, a state with growing energy demand, means the plant's emissions affect local air quality. Typical gas plants are sited near transmission infrastructure.
Frequently asked questions
The Muskogee power plant is located in Oklahoma, United States, at coordinates 35.7614, -95.2873.
The Muskogee gas power plant has a capacity of 1,716 megawatts (MW), making it a large-scale gas-fired facility.
The Muskogee power plant is owned by Oklahoma Gas & Electric Co, a major utility serving Oklahoma and western Arkansas.
Gas power plants in the US must comply with the Clean Air Act, including New Source Performance Standards (NSPS) for NOx and SO2, and may be subject to state-level emissions limits.
As a 1,716 MW gas plant, Muskogee provides baseload and peaking power to the regional grid, supporting reliability during high demand periods.