The first 2MW hydrogen fuel cell cogeneration demonstration project was successfully put into trial operation

The first 2MW hydrogen fuel cell cogeneration demonstration project was successfully put into trial operation

Recently, the country's first 2MW hydrogen fuel cell cogeneration demonstration project was successfully put into trial operation, marking a milestone breakthrough of fuel cell technology in the field of high-power hydrogen generation.

This project uses hydrogen, a by-product of caustic soda, to build a 2MW hydrogen fuel cell cogeneration demonstration project that integrates hydrogen fuel purification and hydrogen power generation functions. The project uses the surplus hydrogen in the existing technology of ion membrane caustic soda production as fuel, and adopts advanced The purification process will purify the hydrogen concentration to 99.999% and then divide it into two channels. One channel will enter the external hydrogenation and filling system for use by hydrogen vehicles, and the other channel will enter the fuel cell power generation system for power generation. After the project is completed, it is expected to consume 16 million standard cubic meters of Kaiyuan Chemical hydrogen per year and generate approximately 15.13 million kWh of electricity annually.

Hydrogen energy is a future green energy that the country strongly supports for development. Hydrogen fuel cell combined heat and power has the advantages of high efficiency, low noise, small size, and low emissions. It has broad prospects for future development. Its industrial development and technological innovation can ensure the economic, social, and Green and low-carbon development in comprehensive fields such as environment and energy has become an important measure to implement the "double carbon" goal.

The successful trial operation of China's first 2MW hydrogen fuel cell cogeneration demonstration project has achieved a breakthrough in high-power hydrogen power generation technology, effectively utilized industrial by-product hydrogen, and promoted the green and low-carbon development of the hydrogen energy industry. This project not only demonstrates the application potential of hydrogen fuel cells in the field of combined heat and power, but also provides strong technical support and industrial demonstration for achieving the  "double carbon" goal.