Overview
Kazan CHP-1 is a 220 MW gas-fired combined heat and power plant in Kazan, Russia, operated by JSC Tatenergo. It supplies electricity and heat to the local grid.
Kazan CHP-1 is a gas-fired combined heat and power plant located in Kazan, Russia, with a capacity of 220 MW. It is owned and operated by JSC Tatenergo (JSC Generation Company) and is currently operational. The plant plays a key role in the region's energy infrastructure, providing both electricity and district heating. The facility operates on natural gas, a cleaner fossil fuel compared to coal, resulting in lower emissions of sulfur dioxide and particulates. However, it still produces CO2 and nitrogen oxides. The plant's technology is typical for combined heat and power plants in Russia, which often use steam turbines for cogeneration. Regulatory oversight falls under Russian federal environmental laws and emission standards. As a combined heat and power plant, Kazan CHP-1 achieves higher overall efficiency by capturing waste heat for district heating. This reduces the environmental footprint per unit of energy delivered. The plant serves the city of Kazan, a major industrial and cultural center, supporting both residential and industrial energy needs.
Environmental context
Kazan CHP-1's gas-fired operation results in lower SOx and particulate emissions compared to coal plants, but it still contributes to CO2 and NOx emissions. The plant's location in an urban area means its emissions affect local air quality. Combined heat and power technology improves efficiency and reduces overall fuel consumption, mitigating some environmental impact. Typical Russian gas plants operate under national emission standards.
Frequently asked questions
Kazan CHP-1 is located in Kazan, Russia, at coordinates 55.7606 N, 49.1255 E.
Kazan CHP-1 has a capacity of 220 megawatts (MW).
Kazan CHP-1 is owned and operated by JSC Tatenergo (JSC Generation Company).
Kazan CHP-1 uses natural gas as its primary fuel.
Gas power plants in Russia must comply with federal environmental laws, including emission limits for pollutants such as NOx and CO2. The plants are subject to state environmental oversight and may require permits for emissions.