We help technology developers and industrials design, integrate and commission green hydrogen systems, alkaline, PEM, AEM and SOEC, at pilot through industrial scale.
Ionect provides engineering and hands-on technology development for green hydrogen projects across the full electrolyzer stack, alkaline, PEM, AEM and SOEC. We support technology developers scaling new electrolyzer designs and industrials integrating hydrogen into existing operations, from cell-level engineering to balance-of-plant and commissioning.
Structured trade-offs between alkaline, PEM, AEM and SOEC, scoped to your project drivers.
Water treatment, gas conditioning, compression, storage and tie-ins to the host site.
Skidded and containerised hydrogen units engineered for repeatability and field deployment.
Hands-on support on site to bring electrolyzer systems into stable, specified operation.
Third-party scrutiny of vendor claims, system design and operational performance.
CAPEX, OPEX and LCOH for hydrogen projects, with sensitivities investors actually trust.
Four electrolyzer families, each with different strengths. The right choice depends on load profile, scale, purity, pressure and the maturity tolerance of the project.
Most mature electrolyzer technology, KOH electrolyte, robust for steady baseload operation.
Proton-exchange membrane stacks, fast dynamics, high-pressure and high-purity output.
Anion-exchange membrane, lower-cost materials, PEM-like behaviour, smaller track record.
Solid-oxide high-temperature electrolysis, highest efficiency where waste heat is available.
We are vendor-independent, we help you choose the right technology for the project, not the one we're tied to.
We bring hands-on electrolyzer experience to your pilot, integration and commissioning, from novel cell chemistries and AEM scale-up to Solhyd-style developer pilots.
We size the system, select the technology, and produce the engineering basis before you commit capital, for captive hydrogen in chemical processes, ammonia, refining and mobility hubs.
It depends on the load profile, scale, footprint, water and utility availability, downstream pressure and purity requirements, and the maturity tolerance of your project. Alkaline is the most mature and lowest-CAPEX choice for steady, large-scale baseload hydrogen. PEM offers fast dynamics and high-pressure output, ideal for variable renewable input. AEM is emerging as a lower-cost alternative to PEM but with a smaller commercial track record. SOEC is the most efficient at high temperatures but still pre-commercial at scale and best suited where waste heat is available. We run a structured trade-off against your specific drivers, so the choice is defendable to investors and regulators.
Yes. We frequently act as the independent engineering partner alongside an OEM, focused on balance-of-plant, integration with the host site, and the interfaces the vendor doesn't cover. We have no commercial ties to electrolyzer suppliers, so our role complements rather than competes with theirs.
Through deliberate design of compression, purification (deoxo, drying), buffer storage and metering, sized to the downstream specification. We address material compatibility, leak management, ATEX zoning and venting from the start, not as an afterthought to the stack selection.
Yes. Many industrial sites today run on grey or blue hydrogen and need a credible path to partial or full green substitution. We help define the staged transition, co-existence with existing supply, integration with renewables or PPAs, and the engineering required at each step.
Yes. Feasibility and techno-economic assessment, conceptual and front-end engineering, pilot and modular system development, and on-site commissioning and troubleshooting are all in scope. For detailed engineering and EPC execution we typically hand the basis of design to a larger partner and stay involved as technical owner.
No. Ionect is fully vendor-independent. Recommendations are made on technical and economic merit against the project's drivers, with the criteria documented so the reasoning is transparent to your board, investors or regulators.
The page above is about what Ionect does. The pages below explain the underlying technology, economics and downstream uses in depth.
Full pillar, what green hydrogen is, how it's produced, costs and outlook.
ReadAlkaline, PEM, AEM and SOEC, strengths, limits and where each fits.
ReadHydrogen's biggest downstream use, and the gateway to seaborne energy trade.
ReadThe broader system green hydrogen plugs into, fuels, chemicals and storage.
ReadBasis of design for green hydrogen plants. PFDs, sizing, layouts and CAPEX.
ExploreTechno-economic assessment and feasibility for hydrogen projects, ahead of FID.
ExplorePilot integration and commissioning of electrolyzers and hydrogen-based processes.
ExploreFirst start-up, pre-commissioning, start-up and performance testing of new units, including independent owner's-side commissioning.
Explore