UEG

Ammonia produced from green hydrogen, which is generated using electrolysis powered by renewable electricity, representing the ultimate goal for clean shipping fuel.

The process used to produce green hydrogen by splitting water using electricity.

A method used in steelmaking where iron ore is reduced using a reducing agent, in this case, hydrogen, to produce direct reduced iron (DRI).

North Africa

Scandinavia

Large-scale green hydrogen development in Morocco aimed at producing green ammonia, industrial fuels, and steel, leveraging renewable energy sources.

A project focused on developing fossil-free steel production using green hydrogen, including large-scale hydrogen storage and direct reduction methods.

A pilot project focused on the large-scale storage of hydrogen gas in underground facilities to ensure a flexible and cost-efficient supply for steel manufacturing.

Iron produced through the direct reduction of iron ore, often using hydrogen as the reducing agent in green steel production.

Ammonia produced from green hydrogen and nitrogen, intended for use as a fertilizer and increasingly as a zero-emission maritime fuel.

Steel produced using green methods, specifically by utilizing green hydrogen in the production process.