Green Hydrogen Systems Belfast & Northern Ireland
BSH Limited engineers green hydrogen systems — from bespoke electrolyser power systems and electrochemical compression to hydrogen-to-power — as part of its future-fuels work.
Green Hydrogen Systems Belfast reflects BSH Limited's future-fuels engineering. Hydrogen as a future fuel for heating and cooling has been a core focus of BSH for a number of years, and green hydrogen — produced by electrolysis from renewable electricity — is the route to zero-emission hydrogen for heating, power and transport.
BSH's hydrogen engineering includes bespoke electrolyser power systems, modular electrolyser manufacturing, and the power and control of electrochemical hydrogen compression. These are the components that produce, compress and deliver green hydrogen, and BSH engineers them within its wider heating, cooling and energy work.
The same discipline supports hydrogen-to-power and hydrogen fuel cell systems, so green hydrogen can be produced and used within one coherent energy approach. Where the technology is still developing, BSH presents it as research and development rather than as fully commercial, proven plant.
Electrolyser power systems
BSH's hydrogen engineering includes bespoke electrolyser power systems — the electrical and control engineering that powers the production of hydrogen by electrolysis — and modular electrolyser manufacturing. This is the upstream end of a green hydrogen system, where renewable electricity is converted to hydrogen.
Electrochemical hydrogen compression
BSH also works with electrochemical hydrogen compression, which compresses hydrogen for storage and transport using electrochemistry rather than mechanical compression. This is part of the chain that takes green hydrogen from production to use, and is an area of BSH's developing hydrogen capability.
Hydrogen-to-power and fuel cells
Where green hydrogen is used on site, it can feed hydrogen fuel cell systems and hydrogen-to-power plant — including the Penta hydrogen fuel cell system BSH works with. These are developing technologies, and BSH presents them as research and development where the original source does, rather than as commercially proven.
Commercial applications
Where this service applies
- Sites producing green hydrogen from renewable electricity
- Projects needing electrochemical hydrogen compression
- Hydrogen-to-power and fuel cell applications
- Research and development into future-fuels energy systems
Benefits & considerations
What to consider
- Bespoke electrolyser power systems and modular manufacturing
- Electrochemical compression for hydrogen storage and transport
- Hydrogen-to-power and fuel cell systems within one approach
- Over 50 years of engineering expertise across three generations
Problem · Reaction · Solution
How BSH can help
Problem
Producing, compressing and using green hydrogen requires coordinated power, control and process engineering — and where these are delivered as separate scopes, the electrolyser, compression and end-use plant do not integrate. Treating developing hydrogen technology as commercially proven, before it is, also misrepresents the maturity of the system.
Reaction
Fragmented hydrogen scopes create integration risk between production, compression and use, and overstating the maturity of developing technology misleads buyers. Projects need a specialist who engineers the green hydrogen chain within one coherent energy approach, and is honest about what is proven and what is still in development.
Solution
BSH engineers green hydrogen systems — from bespoke electrolyser power systems and electrochemical compression to hydrogen-to-power — within its future-fuels work, distinguishing proven plant from research and development. Because the right scope depends on your hydrogen goals, the next step is to discuss your requirements with BSH's engineers. Contact BSH to discuss your green hydrogen systems project.
Questions & answers
Common commercial questions
Discuss your green hydrogen systems project
Talk to BSH about engineering electrolysers, electrochemical compression and hydrogen-to-power as one coherent green hydrogen system.
Contact us