Liquid Organic Hydrogen Carriers (LOHC)

LOHC Technology Development

Chemical Technology Research

Industrial automation and digitalization

Europe

United States

A facility that will convert municipal solid waste into green hydrogen and CO2, supported by PV solar power.

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

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.

Hydrogen produced through water electrolysis using renewable electricity, with zero associated carbon emissions, to be incorporated into the Baytown facility's diverse hydrogen supply mix.

Captured during the waste-to-hydrogen process, it can be exported or used to create synthetic diesel (eDiesel) or sustainable aviation fuel (SAF).

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.