Hy.GEN-E®: electrolysis
Hydrogen production with PEM electrolysis
Our Hy.GEN-E® systems suitable for realible (green) hydrogen production. The below image is an illustrative representation of a Hy.GEN-E® system.
Hydrogen electrolyser
Hydrogen generation through electrolysis offers cost savings and aligns with sustainability goals, making it an attractive solution for businesses in the evolving hydrogen economy. PEM electrolysis is well suited to produce hydrogen from sustainable energy, because the technology can efficiently operate at variable power inputs. Next to PEM electrolysis HyGear also offers alkaline electrolysis technology.
PEM electrolysers
The Hy.GEN-E® hydrogen PEM electrolyser offers clear benefits for on-site hydrogen production. Its design allows scaling from 1.25 up to 20 MW to meet different production needs while cutting transportation and storage costs. The system can produce hydrogen during low electricity price periods, reducing the overall cost. Additionally, hydrogen production via electrolysis reduces LCOH (Levelized Cost of Hydrogen) by eliminating transportation and storage costs, achieving savings while utilizing renewable energy.
Features
- Alkaline or PEM electrolysis
- Green hydrogen
- Lower emissions
- Reduction of trucking on-site
- Scalable (1.25 up to 20 MW)
- Flexible operation
- Containerized system
Markets
The Hy.GEN-E® is applicable to many markets ensuring a sustainable and reliable (green) hydrogen gas supply of high-quality.
-
Glass industry
-
Metallurgy
-
Food industry
-
Transport & logistics
-
Electronics & semi conductors
-
Chemical industry
-
Datacenters
-
Industrial gas
Green hydrogen
As industries move toward green hydrogen, the Hy.GEN-E® electrolyser provides both cost savings and environmental benefits, helping meet regulations like the Renewable Energy Directive (RED) III. The system works from 20-100% of its capacity and quickly adjusts to changing power inputs. Making it well-suited for use with renewable energy sources. Additionally, the integrated water treatment system produces ultrapure water which is required for the electrolysis stacks and enables the use of regular water.
