Study on the Synergistic Approach to Pollution and Carbon Emissions Reduction of Power Generation Industry in Anhui Province, China

The power generation sector is a significant contributor to secondary energy production, and as such, it is an important source of air pollutants and greenhouse gas emissions. Consequently, the sector is a key target for environmental protection. This study is focused on the power generation industry in Anhui Province, China. The LMDI decomposition model and the LEAP model are employed to establish five emission reduction scenarios, which were used to forecast future trends in carbon dioxide and air pollutant emissions in the power generation sector from 2022 to 2035. The results indicate that the implementation of comprehensive measures for the promotion of washed coal technology, improvements in coal-fired power generation efficiency, and the substitution of clean energy, carbon dioxide, and atmospheric pollutants will reach their peak in 2027, achieving the most optimal emission reduction effects. The analysis of the synergistic emission reduction effects demonstrates that the implementation of comprehensive measures yields optimal reduction in carbon dioxide and atmospheric pollutants. Furthermore, the comprehensive scenario exhibits a considerable emission reduction contribution rate. For the power generation industry in Anhui Province, the simultaneous implementation of three emission reduction measures represents the optimal path for synergistic improvement in pollution reduction and carbon reduction. These measures provide policy recommendations for the power generation industry in other regions seeking to achieve pollution and carbon reduction.