University of Aberdeen

Collaboration at University of Aberdeen to develop an Explainable AI system to tackle production shortfalls in green hydrogen facilities.

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

Steel production using hydrogen and ammonia as reducing agents instead of coal, significantly reducing carbon emissions compared to traditional methods.

Hychor’s Hydrogen Seawater Electrolysis Technology (HySET) is a proprietary electrochemical system that produces green hydrogen directly from seawater without an intermediate desalination step.[1][2][4] It is marketed as a compact, on-site and off-grid solution that can use renewable electricity to generate small daily quantities of hydrogen (on the order of a few kilograms) for coastal and remote applications, aiming to reduce both capital and operating costs compared to conventional freshwater electrolysis plus desalination.[1][4]

United Kingdom

United States

Collaboration at University of Aberdeen to develop an Explainable AI system to tackle production shortfalls in green hydrogen facilities.

Research project led by Professor Mark Symes at the University of Glasgow focusing on producing hydrogen directly from seawater by separating the formation of oxygen and hydrogen into different stages, locations, and rates.

A Hychor-led proposition offering small-scale, coastal, off-grid hydrogen production using its Hydrogen Seawater Electrolysis Technology (HySET), targeting projects that require 3–5 kg of hydrogen per day.