Electrode Coating for Electrolytic Nickel Hydrogen Production

       Special coating of nickel mesh electrode assists water electrolysis hydrogen production technology



     The electrode surface coating formed by this technology can quickly dissipate the oxygen bubbles generated by electrolyzed water, thereby improving the production efficiency. This electrode is by far the most efficient electrode for oxygen production in alkaline electrolytes.

     In the process of water electrolysis, water is decomposed into hydrogen and oxygen under the action of electric current. The low efficiency, high cost, and large power consumption of oxygen-generating electrodes are one of the main technical difficulties in realizing industrialized production of hydrogen by electrolysis of water.

The special coating on the surface of the nickel mesh electrode is full of micropores, and the surface area is very large, which is conducive to the release and dissipation of oxygen generated during the electrolysis process. This technology can realize low-cost hydrogen production. The combustion product of hydrogen is water, which does not produce carbon dioxide and other pollutants. It is a clean and efficient energy source. Through this technology, it can be produced on a large scale and at low cost, which will help meet the world's growing energy demand and reduce pollution. , curb global warming.