Accelerate the energy transition with integrated hydrogen and carbon-capture solutions
Leverage our extensive CCS and hydrogen expertise – our solution uses co-simulation and digital twins to design, optimize, and operate carbon capture and hydrogen systems, bridging processing, transportation, and reservoir injection.
Key features:
Integrated CCS/H₂ design: virtually design and size CCS units and hydrogen production systems; test configurations to reduce CapEx and risk.
Energy management integration: stabilise renewable and grid power sourcing for electrolyser operations; optimise energy usage and minimise costs.
Predictive asset operations: monitor electrolysers, compressors and capture units using ML; plan maintenance to maximise uptime.
Interoperable simulation: integrate third-party compression and pumping models with LedaFlow and K-Spice.
Sequestration readiness: model CO₂ transport, re-injection and reservoir behaviour using reservoir simulators.
Safety and training: simulate hazards and emergency scenarios; train operators in safe handling of hydrogen and CO₂.
Our advanced digital twin solution is built to deliver real business value from day one
Reduced CapEx and project risk: optimise designs virtually before construction.
Efficient operations: balance energy supply and demand and maximise CCS/H₂ performance.
Enhanced safety: test hazard scenarios and train staff without risk.
Net-zero readiness: position your operations at the forefront of the energy transition.
See how Yara Sluiskil captures 800,000 tonnes of CO₂ per year and transports it to safe storage under the North Sea in the first cross‑border commercial CSS agreement.
