Overview
GTU Ishimbay is a 10 MW gas power plant in Russia, operated by Bashkir distribution heat networks. The facility provides electricity generation using natural gas as its primary fuel.
GTU Ishimbay is a gas-fired power plant located in Russia, with coordinates 53.437400 N, 56.030500 E. The facility has a capacity of 10 megawatts and is owned by LLC "Bashkir distribution heat networks". It is currently operational and contributes to the regional power grid. The plant operates on natural gas, a cleaner fossil fuel compared to coal, resulting in lower emissions of sulfur dioxide and particulates. In Russia, gas power plants are subject to national emission standards and environmental regulations. The 10 MW capacity places GTU Ishimbay in the small-scale category for power generation, suitable for local or district-level supply. As a gas-fired facility, GTU Ishimbay plays a role in balancing the energy mix in its region. Its operation supports the local distribution network, providing reliable electricity. The use of natural gas aligns with efforts to reduce the carbon footprint compared to coal-based generation, though it still contributes to CO2 emissions.
Environmental context
The plant's gas fuel type results in lower SOx and NOx emissions compared to coal plants, but CO2 emissions are still significant. Its location in Russia, a country with vast natural gas reserves, means the plant benefits from fuel availability. The 10 MW capacity suggests a relatively small environmental footprint per unit of electricity, but proximity to populated areas could influence local air quality.
Frequently asked questions
GTU Ishimbay is located in Russia at coordinates 53.437400 N, 56.030500 E.
GTU Ishimbay has a capacity of 10 megawatts, making it a small-scale gas power plant.
GTU Ishimbay is owned by LLC "Bashkir distribution heat networks".
Gas power plants in Russia must comply with national emission standards and environmental regulations, including limits on NOx and CO2 emissions.
Gas power plants produce lower SOx and NOx emissions than coal plants but still emit CO2. The 10 MW capacity indicates a relatively small environmental footprint.