Meet Dura. The first ever low permeability bilayer proton exchange membrane that is durable, chemically impermeable, and conductive that handles and integrates like traditional perfluorosulfonic acid membranes.

Dura uses a composite approach to reduce gas permeation across the membrane while maintaining high conductivity and stability in order to enable thinner membranes with overall lower membrane resistance.

Dura cuts down hydrogen crossover to address the root cause of free radical formation in fuel cells while enhancing electrolyzer safety, especially at high pressures and low current densities.

Join Tera. Celadyne’s limited-time 2024 opportunity for paper studies and pilot engagement for utilities, EPCs, and stakeholders interested in advance electrolysis (steel, concrete, energy infrastructure).

This is your opportunity to have your voice heard in the development of Celadyne’s next-generation electrolyzer technology for your use case.

In short, we work with you to figure out how we can build the best electrolyzer optimized for your application.