Hydrogenious LOHC Technologies

A proprietary technology that chemically binds green hydrogen under ambient conditions and at high storage densities, enabling easier transport and storage through conventional fuel infrastructure.

A thermal benzyltoluene-based liquid organic hydrogen carrier that chemically binds hydrogen, enabling safe storage and transport at ambient pressure and temperature using existing liquid fuel infrastructure.

A technology that allows hydrogen to be stored in liquid form by reacting it with liquid organic compounds like dibenzyltoluene (DBT).

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

Hydrogen derived from natural gas with carbon capture technology, debated as a potential stepping stone or greenwashing.

Europe

London

California

Development of a novel hydrocarbon-based SPAES membrane to improve hydrogen storage efficiency and reduce toluene crossover in LOHC systems.

South Korea's government investment in LOHC infrastructure.

A planned extension of the ACME-Hydrogenious collaboration to explore hydrogen supply chains from the United States to Europe, leveraging competitive production costs from US Inflation Reduction Act incentives.

A thermal benzyltoluene-based liquid organic hydrogen carrier that chemically binds hydrogen, enabling safe storage and transport at ambient pressure and temperature using existing liquid fuel infrastructure.

A proprietary technology that chemically binds green hydrogen under ambient conditions and at high storage densities, enabling easier transport and storage through conventional fuel infrastructure.