We use advance materials to unlock the full potential of hydrogen
This innovation isn’t just about creating a solution to carbon-free energy. It’s about reimagining energy to be more accessible, efficient, and adaptable to various industrial applications.
What we do
Make fuel cells more efficient and compact to make hydrogen useful
We start by making devices that can effectively convert hydrogen to usable energy. These are fuel cells that are efficient, compact, easy to use and simple to integrate.
Lower electrolyzer CAPEX and OPEX to make green hydrogen cheap
Better electrolyzers that can run at higher current density and higher efficiency reduces the cost of green hydrogen to make it viable as fuel.
Enable a market driven pathway for hydrogen at scale
A stable hydrogen market demand coupled with a strong pathway to lower hydrogen cost allows stakeholders to build infrastructure to grow the hydrogen economy. This drives cost down even lower to transform markets like shipping, aviation, and heavy industries.
How we do it
Address durability for fuel cells
Current fuel cells struggle with durability because hydrogen crossover inadvertently causes side reactions that lead to degradation of the membrane, catalyst layer and other components in the fuel cell. Celadyne fixes this with low permeability membranes that cut hydrogen crossover by more than 50 % to ultimately quintuple fuel cell durability.
Address electrolyzer efficiency
Hydrogen is expensive to make because the majority of cost lies in OPEX and the cost of electricity. Electrolyzers are difficult to operate safely because inadvertent hydrogen crossover in operation can lead to a explosive mixture of hydrogen in oxygen, especially in startup or sudden failure. Celadyne addresses these concerns with thin low permeability membranes that improves safety and efficiency at the same time.
Address infrastructure
Infrastructure buildout happens when there is strong alignment between supply and demand. Celadyne is working with both hydrogen producers and hydrogen users that are implementing and integration our technology into their devices. This puts us in the prime position to foster relationships and enable long term infrastructure buildout for hydrogen.