Overview
Cushing is a 24.6 MW diesel power plant in Cushing, Oklahoma, United States. Operated by the City of Cushing, it provides local grid support.
Cushing is a diesel power plant located in Cushing, Oklahoma, United States. With a capacity of 24.6 MW, it is a small-scale facility within the US power generation sector, serving the local community's electricity needs. The plant operates on oil as its primary fuel, a common choice for peaking or backup power due to diesel's reliability and quick start capabilities. As a diesel plant, it falls under US EPA regulations including the Clean Air Act, which sets emission standards for criteria pollutants like SOx and NOx. Diesel plants typically use reciprocating engines. Operated by the City of Cushing, this plant plays a role in local energy resilience. Its location in Oklahoma, a state with significant oil and gas infrastructure, aligns with regional energy resources. The plant's environmental impact is moderated by its small capacity and likely intermittent operation.
Environmental context
The Cushing diesel plant uses oil fuel, which has a higher CO2 footprint per MWh compared to natural gas. Its small capacity (24.6 MW) limits overall emissions, but proximity to populated areas may raise local air quality concerns. Under the US Clean Air Act, the facility must comply with emission limits for SOx, NOx, and particulate matter. Its age and technology are unspecified, but older diesel engines may have higher emission rates.
Frequently asked questions
The Cushing power plant is located in Cushing, Oklahoma, United States, at coordinates 35.982600, -96.775700.
Cushing is a diesel power plant with a capacity of 24.6 MW, using oil as its primary fuel.
The Cushing power plant is operated by the City of Cushing, Oklahoma.
Diesel power plants in the US must comply with the Clean Air Act, including emission standards for SOx, NOx, and particulate matter, as well as state-level regulations.
Small diesel power plants often serve as peaking units or backup power sources, providing grid stability during high demand or emergencies.