Renewable Hydrogen BIOHGEN
GET IN CONTACTCATAGEN have two scalable methods to produce
renewable hydrogen
Biohydrogen reactor using sustainable bio-organic sources.
Green hydrogen reactor using renewable energy and water (not electrolysis). Find out more >
OVERVIEW
What is ClimaHtech BIOHGEN?
ClimaHtech BIOHGEN uses CATAGEN’s proprietary technology to produce cost-effective biohydrogen from sustainable bio-organic sources.
This energy-efficient approach can accelerate the route to a Net Zero carbon hydrogen economy.
Biogenic CO2 is a valuable by-product of the process that can displace fossil CO2 use in the food and drink industry, agriculture, and other industrial applications.
BIOHGEN products can be combined using the ClimaHtech E-FUEL GEN to produce advanced biofuels.
*Non-food or land competitive biomasses.
Biohydrogen enables
the decarbonisation of
hard-to-abate sectors.
CEMENT Industry –
High temperature boosted decarbonisation
What is Biohydrogen?
Biohydrogen is a form of hydrogen produced from biomass sources.
BIOHGEN is an energy-efficient approach that can facilitate the early adoption of low-carbon hydrogen and accelerate the route to a Net Zero hydrogen economy.
Bio CO2 is also a valuable by-product of the process.
BENEFITS
Designed for industry with multiple benefits
Twice as much Biohydrogen
Produced per unit of renewable electricity consumed and less water used in production compared to electrolysis
Ease and speed of manufacture
Using existing supply chains
Biogenic CO2
Is produced as a valuable by-product
‘Drop in’ or Blended synthetic fuels
can be produced such as bio derived e-diesel, e-kerosene, and sustainable aviation fuel (SAF)
Modular component designed to integrate into ClimaHtech system
Compatible with other low carbon technologies
THE CLIMAHTECH SYSTEM
Industry Applications
GET IN CONTACT
Let’s drive innovation together
Titanic Quarter Belfast
+44(0)289045510
Knowledge Hub
Supporting our partners obtain certification with new additions ATEEL, ECO Cert, CETOC, LUXCONTROL & UTAC
Jemma Vaughan
November 14, 2024
