Green Power Technology Supports the Low-Carbon Transformation in the Chemical Industry

In the context of carbon peaking and carbon neutrality, green power-based chemical industry has become crucial for the low - carbon transformation of the chemical industry. This paper expounds on the strategic value of green power chemistry, including its basic processes such as synthetic ammonia and methanol production, and core technologies like power energy storage, water electrolysis for hydrogen production, and carbon dioxide capture and utilization. It also analyzes three key scientific issues: sustainable green power supply technology suitable for chemical process requirements, flexible control technology of chemical processes with variable load adjustment characteristics, and in - depth integration and whole - process optimization methods of green power chemical combined systems. China and other countries have carried out many demonstration projects in this field, but there are still technical bottlenecks and development risks. Finally, the paper proposes future development ideas for green power chemical technology in China, focusing on intelligence, low - carbonization, and internationalization, and puts forward corresponding policy support requirements to promote the development of green power chemistry and achieve sustainable development goals.