Alkaline electrolyzers struggle to use variable wind and solar. PEM (Proton Exchange Membrane) electrolyzers are too expensive with their reliance on supply chain constrained materials like platinum, iridium, titanium, and PFAS materials. AEM (Anion Exchange Membrane) electrolyzers promise to solve both problems, but no one has figured out how to deliver reliable AEM technology at an industrial scale. See how P2H2’s ‘simple’ Hybrid AEM innovation led to breakthrough results.
For storage and hydrogen carriers methanol and ammonia
Power to Hydrogen is currently deploying MW-scale electrolyzers. The company also has a demonstration scale electrolyzer that can be deployed easily and quickly across the globe for pilot programs.
P2H2’s electrolyzer technology combines promising benefits from PEM and alkaline electrolyzers. It uses low cost, readily available components like alkaline electrolyzers, while providing dynamic integration with renewables, and high pressure, high purity hydrogen similar to PEM electrolyzers.
Power to Hydrogen delivers fully integrated electrolyzer systems to customers sites. A standard solution takes municipal water and AC power and converts them into high pressure hydrogen. P2H2 will work with the project owner to identify the necessary site works for the project at hand.
P2H2 works with the global leaders in hydrogen safety protocols, like WHA International, to ensure the system meets stringent standards in each of its deployment markets.
Our technology was invented under a US Department of Energy (DOE) project and development is continuing with support from Shell, NASA, ARPA-E, DOE, and commercial partners.
At Power to Hydrogen, we see a greater vision for the future of hydrogen. Hydrogen, created from wind, solar, and electrolysis, provides the potential to unlock the future of energy...
