Recently, our company has joined hands with the Chinese Academy of Sciences to tackle key technical problems and successfully delivered an internationally leading 500Nm³/h biomass-to-hydrogen system project. Its multiple prominent core advantages have set a new benchmark for the development of the green hydrogen energy industry.

This project boasts remarkable advantages: On the raw material side, it relies on agricultural and forestry wastes such as wood chips and straw, turning waste into hydrogen production resources and realizing efficient recycling of renewable resources.
On the technical side, it has overcome challenges in high-efficiency gasification and purification, raising hydrogen production efficiency by 40% compared with the industry average, while reducing hydrogen production costs by 30%, addressing the industry pain point of "high efficiency inevitably means high consumption". On the environmental side, each set of equipment reduces carbon emissions by more than 10,000 tons per year, forming a green closed loop featuring "renewable raw materials — pollution-free hydrogen production — low-carbon application".

The implementation of this project not only serves as a model for industry-university-research collaborative innovation, but also provides a feasible technical pathway for the national dual-carbon strategy through its outstanding advantages in resources, costs and environmental protection.