In the Beijing-Tianjin-Hebei (Jing-jin-ji, JJJ) Region, heavy haze pollution episodes are more serious during winter heating seasons, when pollution from low elevation, distributed residential coal combustion contributes significantly to the concentration of PM2.5.

The Air Quality Task Force of Energy Foundation China pursues world-class air quality and carbon neutrality for China by implementing a co-control strategy for air and climate pollutants. The task force supports cross-cutting research on air quality, climate change, health, energy, the economy, and urban-rural coordination topics.

The Air Quality Task Force of Energy Foundation China pursues world-class air quality and carbon neutrality for China by implementing a co-control strategy for air and climate pollutants. The task force supports cross-cutting research on air quality, climate change, health, energy, the economy, and urban-rural coordination topics.

The Air Quality Task Force of Energy Foundation China pursues world-class air quality and carbon neutrality for China by implementing a co-control strategy for air and climate pollutants. The task force supports cross-cutting research on air quality, climate change, health, energy, the economy, and urban-rural coordination topics.

In August 2022, with the support of Energy Foundation China, Tsinghua University released this research report presenting a strategy for developing more renewable energy in Shanxi Province’s rural areas and comparing technological solutions for eliminating scattered coal in the central urban cluster of the coal-dependent province.

From 2022 to 2023, Energy Foundation China supported a research team led by Lu Keding from Peking University to study how to cut ozone, fine particulate matter (PM2.5), and greenhouse gas emissions at the same time.

This research and survey on scattered coal reduction was a collaborative endeavor launched by the Society of Entrepreneurs and Ecology (SEE) in 2022, in partnership with Energy Foundation China.