Introducing a revolutionary new class of electrolyzer to produce low-cost green hydrogen
At Versogen, we are passionate about creating innovative solutions for the global energy crisis and achieving a sustainable future. Our new class of zero-emission electrolyzer solves two essential challenges—improving efficiency and lowering costs. Built with our patented anion exchange membranes (AEM), the Versogen electrolyzer use earth-abundant materials, water, and renewable energy to produce green hydrogen at scale—affordably and reliably.
Versogen combines the best of both worlds:
Our breakthrough technology uses low-cost construction materials like a traditional alkaline electrolyzer and efficiently produces hydrogen like a membrane-based PEM electrolyzer.
Our pioneering approach to hydrogen generation is an AEM electrolyzer that provides operational benefits similar to a proton exchange membrane (PEM) system at a significantly lower capital expenditure cost. Versogen electrolyzer offers:
- Increased energy efficiency
- High-purity hydrogen
- Pressurized supply of hydrogen
- Compact and scalable stacks
Green hydrogen is the catalyst for a net-zero future
Producing green hydrogen cost-effectively with renewable energy has the power to decarbonize hard-to-abate industries and drive the global energy transition toward a carbon-neutral economy.
Versogen’s simple, low-cost system is designed to integrate smoothly with intermittent renewable electricity. Our electrolyzer stacks can compete on cost parity with carbon-fueled technologies, such as steam methane reforming (SMR), to generate a source of truly green hydrogen.
A low-cost design delivers a green and sustainable solution
Engineered to reduce costs at every stage, Versogen’s zero-gap electrolyzers are built with the most advanced and lowest-cost hydrocarbon membrane and nickel-based catalysts that consume only water and renewable energy. A demonstrated pure water anode feed in a stackable and efficient design makes the pressurization of hydrogen easier and more cost-effective.