Engineering expertise in low-carbon technologies
Ionect helps technology developers and industry teams make faster, informed decisions on low-carbon technologies for the chemical industry (hydrogen & electrolyzers, CO₂ reduction/CUU, Power-to-X and e-fuels).
We deliver concept engineering, techno-economic assessments (TEA), independent design reviews and, when needed, hands-on scale-up support up to pilots and modular systems.
Engineering
When you need a buildable concept before pre-FEED or pilot: we transform innovative technologies into structured engineering documentation ready for investment and industrial execution.
Our engineering work includes:
- Process design and optimisation
- Process Flow Diagrams (PFD) development and system architecture
- Heat and Mass balances
- Equipment specification
- Electrochemical system integration
- Safety studies (HAZID/HAZOP preparation support)
- Design validation
Our Services
Studies & Decision Support
When you need insights or a go/no-go based on feasibility, risk and economics, we provide:
Techno-economic assessments (TEA)
Process modelling and simulation
Cost and profitability models
Independent design reviews
Market viability studies
Technology Development
When you need hands-on support to implement, pilot or commission: we turn validated concepts into operating units.
Electrolyzer integration and optimisation
Modular pilot unit development
Commissioning and troubleshooting
Scale-up strategy support
CO₂ Reduction Technology & CCU
Carbon capture technologies (CCU) and CO₂ decarbonisation require rigorous technical evaluation.
We assess conversion pathways, system integration and economic feasibility for:
CO₂-to-fuels
CO₂-to-chemicals
Carbon-capture projects
Typical questions we answer:
Which CO₂ conversion pathway is feasible for my feedstock and energy profile?
What does the TEA say under realistic electricity and CO₂ price scenarios?
Hydrogen Engineering & Electrolyzers
We support hydrogen production systems from technology validation to industrial integration.
Electrolyzer system design
Stack integration
Balance of plant considerations
Performance optimisation
Typical questions we answer:
Which electrolyzer technology fits my constraints and scale?
What are the integration risks (BoP, utilities, interfaces) and how to mitigate them?
Flow Batteries &
Green Energy Storage
We support the engineering and feasibility of flow batteries and long-duration energy storage systems connected to renewable power generation.
Typical questions we answer:
Is flow battery storage technically and economically viable for my duty cycle?
What system architecture and sizing minimize cost and complexity?
Power-to-X &
Green Fuel Technologies
Power-to-X (P2X) and green fuel technologies are key pillars of industrial decarbonisation.
We provide:
Process modelling
Technology screening
Engineering concept design
Investment decision support
Typical questions we answer:
Which Power-to-X route makes sense for my site constraints and end-product?
What are the key efficiency and cost drivers from concept to pilot?