Alkaline water electrolysis equipment
In alkaline electrolysis equipment, a reaction occurs between two electrodes in a solution consisting of water and liquid electrolyte. When sufficient voltage is applied, water molecules will absorb electrons to generate OH + ions and H2 molecules. OH + ions flow through the solution to the anode, where they combine and release excess electrons, thereby generating water, electrons and O2.
Small alkaline water electrolysis equipment 2.8-11.2NM3/h
The system has a continuous purity detection function, which will extend the service life of the equipment and greatly reduce maintenance and replacement costs.
Medium-sized alkaline water electrolysis equipment 40-78NM3/h
The purity of the hydrogen produced by this equipment is as high as 99.998%. The system has a continuous purity detection function. This function will extend the service life of the equipment and greatly reduce the maintenance and replacement costs.