Technical articles, research notes, engineering guides, case studies and industrial insights from METNMAT and contributing researchers.
1–3 of 3 articles
Metal–CO₂ cells turn carbon dioxide from waste into an active reactant — reducing it at the cathode while storing energy at high density. Where the science stands, and why the remaining bottlenecks are, above all, materials problems.
METNMAT Research Team
How anion exchange membrane water electrolysis works — cell components, electrolyte choices and the four cell configurations — and why AEMWE is emerging as an economical route to green hydrogen.
METNMAT Research Team
What ion exchange membranes are, how protons and hydroxide ions move through them, and the physical and electrochemical properties that decide which membrane fits your electrolyzer or fuel cell.
METNMAT Research Team
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