Catalyst

It is the first industry to prove the dual-functional role of rare earth-based materials, and its performance is comparable to that of precious metal catalysts. It gets rid of the problem of scarcity of raw materials and effectively avoids the impact of international trade fluctuations on precious metal raw materials for hydrogen energy. It has independent intellectual property rights.

The main body of the catalyst is a rare earth-based material, which is introduced through different elements to build active sites in the rare earth substrate, thereby significantly improving its performance and can be used as the cathode or anode of electrolytic water/hydrogen fuel cells. Among them, the lowest hydrogen production efficiency of PEM/AEM reaches 3.9 kWh/standard cubic meter, energy consumption is reduced by 10%-20%, and the cost is greatly reduced. The platinum load of hydrogen fuel cells is reduced by 80% (>120KW), far exceeding the industry level.

Weakening the dependence on precious metal materials is the key to the current development of PEM water electrolysis hydrogen production\fuel cell technology. Our core product rare earth-based electrode materials have widely available raw materials, low prices, can be prepared in large quantities, and can be used in dual applications such as anodes and cathodes. Functional scene.