Industrial electrolyser for H2 (PEM)

In energy supply systems with a surplus of electrical energy from renewable sources, hydrogen can be produced cost-effectively by electrolysis and later serve as an energy reserve when needed. PEM electrolysis is a widely used electrochemical process for the production of hydrogen in industry. The proton exchange membrane is used to split water (H2O) into hydrogen (H2) and oxygen (O2). Learn about Industrial electrolyser for H2 (PEM) for educational labs for optimal educational outcomes..

• PEM electrolysis for hydrogen production on an industrial scale
• water purification: ion exchanger and tank for purified water (ultrapure water); monitoring of temperature, conductivity and fill level
• H2 production in the PEM electrolyser with CCM and monitoring of single cell voltage
• DC voltage source for electrical supply
• H2 purification: water separator with gas cooling and exchangeable drying units with recording of the remaining service life
• intermediate storage of the H2
• nitrogen for purging the pipes
• recording of H2 flow rate and pressure; current, voltage at the electrolyser
• modern, digital system control and data acquisition via software
• multimedia instructional materials online in Media Center