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In the context of increasing energy demand and scarcity of natural resources, hydrogen technology is seen as a new hope for energy transition
.
The ion exchange membrane is the core component of the electrolysis cell and is critical to the electrolysis efficiency and electrolysis reliability
.
Disadvantages of the prior art
Disadvantages of the prior artAlkaline water electrolysis (AEL) is one of the most widely used processes in existence
.
Another technology is proton exchange membrane (PEM) electrolysis to produce hydrogen
.
Evonik anion exchange membranes: combining the advantages of existing technologies
Evonik anion exchange membranes: combining the advantages of existing technologiesCompared to AEL or PEM processes, Evonik's anion exchange membrane (AEM) electrolysis combines the advantages of both
.
Despite initial progress in research and development, the lab's focus remains on optimizing the membrane formulation
.
Evonik's goal is to develop a complete electrolysis system to enable large-scale hydrogen production from renewable energies
.