Risk: Low Gas Power Plant Operational

Shanxi Yangcheng Coal Mine Methane Gas Power Plant, Shanxi, China

China
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Overview

Shanxi Yangcheng Coal Mine Methane is a 16 MW gas power plant in Shanxi, China. It converts coal mine methane into electricity, supporting local energy needs.

Shanxi Yangcheng Coal Mine Methane is a gas-fired power plant located in Shanxi Province, China, with a capacity of 16 MW. The facility utilizes coal mine methane, a byproduct of coal mining, to generate electricity, contributing to the region's energy supply while mitigating methane emissions. The plant operates under China's national emission standards and regulatory framework for power generation. As a coal mine methane project, it aligns with China's policies promoting the utilization of mine gas for energy, reducing greenhouse gas emissions. The 16 MW capacity places it in the small-scale category for gas power plants, typical for such methane capture projects. By converting methane into electricity, the plant provides a dual benefit: generating power for local communities and reducing the environmental impact of methane release from coal mining. This supports Shanxi's energy transition and air quality improvement efforts, aligning with broader national goals for cleaner energy production.

Environmental context

The plant uses coal mine methane, a potent greenhouse gas, as fuel, which reduces methane emissions compared to venting. Located in Shanxi, a coal-rich province, it helps mitigate local air pollution from coal mining. The 16 MW capacity suggests a modest environmental footprint, but the plant's operation supports methane capture and utilization, a key strategy for China's climate goals.

Frequently asked questions

The plant is located in Shanxi Province, China, at coordinates 35.12° N, 112.37° E.

The plant has a capacity of 16 MW, making it a small-scale gas power facility.

It uses coal mine methane (gas) as its primary fuel, capturing methane from coal mining operations.

Gas power plants in China must comply with national emission standards, including limits on SO2, NOx, and particulates, as well as policies promoting methane utilization and energy efficiency.

It reduces methane emissions, a potent greenhouse gas, by capturing and using it for electricity, thereby mitigating climate impact and improving local air quality.
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