Overview
Xuzhou - GCL Coal is a 60 MW coal-fired power plant in Xuzhou, China, operated by Xuzhou Jinshanqiao Cogeneration Co Ltd. It is an operational facility contributing to the region's power generation.
Xuzhou - GCL Coal is a coal-fired power plant located in Xuzhou, Jiangsu Province, China. With a capacity of 60 MW, it is a relatively small-scale facility within China's vast coal power sector. The plant is owned and operated by Xuzhou Jinshanqiao Cogeneration Co Ltd and is currently operational. As a coal power plant, Xuzhou - GCL Coal operates under China's national emission standards, which include limits on SOx, NOx, and particulate matter. The plant's technology is likely subcritical, typical for smaller units in China. The facility may also be subject to China's carbon trading scheme, which covers the power sector. The plant serves the local grid in Xuzhou, a major industrial city. Its cogeneration capability suggests it provides both electricity and heat, improving overall efficiency. The plant's relatively small capacity means it has a lower environmental footprint compared to large-scale coal plants, but it still contributes to regional air quality concerns.
Environmental context
The plant's coal combustion produces CO2, SOx, NOx, and particulate matter. Its location in an industrial area may exacerbate local air pollution. The 60 MW capacity indicates moderate emissions, but as a coal plant, it has a higher carbon footprint per MWh compared to gas or renewable sources. Proximity to populated areas could pose health risks, though cogeneration improves efficiency.
Frequently asked questions
Xuzhou - GCL Coal is located in Xuzhou, Jiangsu Province, China.
The plant has a capacity of 60 MW.
The plant is owned and operated by Xuzhou Jinshanqiao Cogeneration Co Ltd.
Coal power plants in China must comply with national emission standards for SOx, NOx, and particulate matter, and are subject to the national carbon trading scheme.
Cogeneration allows the plant to produce both electricity and heat, improving overall efficiency and reducing fuel consumption compared to separate generation.