Gulf Coast

Hub planning large-scale hydrogen production through various methods, including natural gas with carbon capture and electrolysis powered by renewables.

Air Products' overarching initiative to expand its hydrogen production and distribution network along the Gulf Coast, including the new Louisiana facility and existing Texas facility.

Installation of hydrogen fuel cell generators as a backup power source for railroad crossing safety equipment, replacing gasoline-powered generators.

Oil and Gas

Electric grid operations and reliability

Chemical manufacturing

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

The process of capturing carbon dioxide emissions from industrial sources and storing them underground, often in geological formations, to prevent their release into the atmosphere.

Linde is advancing technologies for hydrogen production, including steam methane reforming with carbon capture and electrolysis.

A regional clean hydrogen hub initiative targeting the Gulf Coast in Texas and Southwest Louisiana. The project aims to rapidly scale clean hydrogen supply and demand by leveraging existing hydrogen production assets, pipelines, and energy infrastructure.

Installation of hydrogen fuel cell generators as a backup power source for railroad crossing safety equipment, replacing gasoline-powered generators.

Large-scale green hydrogen infrastructure project involving a 20 MW modular electrolyser system capable of scaling up to 400 MW. Collaborations with Shell and Doral on infrastructure-scale hydrogen projects.

Anion exchange membrane electrolyzer systems designed for scalable, cost-effective green hydrogen production. The systems use nickel and iron catalysts instead of platinum and operate at 50–80°C with 65-75% efficiency.

Advanced electrolysis systems combining mature, cost-effective technology with innovative membrane designs to address capital and operational cost challenges in green hydrogen production.

Ammonia produced from blue hydrogen (fossil-based hydrogen with carbon capture and storage) via the Haber-Bosch process. Designed for industrial decarbonization and export to Japan.