• In the AEM water electrolysis process for hydrogen production, the AEM membrane performs the task of anion transmission, gas permeation blocking, and separation of positive and negative poles, which is a key component in determining the performance of the AEM electrolyzer.

• The AEM membrane, produced by Hyproof Technology, has excellent chemical and mechanical stability and can work with non-precious metal catalysts to achieve high conductivity and high current density. It is more efficient due to its superior ion transfer capability.

• AEM membranes are typically used with non-platinum catalysts and inexpensive metallic bipolar membranes, which is more cost-effective than the perfluorosulfonic acid proton exchange membrane used for PEM hydrogen production.

•The AEM membrane, produced by Hyproof Technology, provides higher ionic conductivity under low alkalinity conditions, long service life, and low power consumption, making the hydrogen production process more stable, economical, efficient, and easy to market. It can be widely used in fuel cells, hydrogen fuel vehicles, and energy storage systems, and can also be combined with renewable energy sources such as solar and wind energy to achieve high-efficiency energy utilization and sustainable development of hydrogen energy.