Blue hydrogen, from real chemical equilibrium
Steam-methane reforming and water-gas shift, both solved to real chemical equilibrium — not fixed conversion — with 96% of the CO2 captured for sequestration.
The actual dark-mode canvas: natural gas and steam reformed to syngas, shifted for extra hydrogen, and 96% of the CO2 captured as a pure stream — the same P&ID symbols you edit in the app.
Real chemical equilibrium, not a fixed conversion
Both reactors solve to real chemical equilibrium on a partial-pressure basis — reforming conversion and shift extent are computed from Keq(T), not asserted.
Unit ops shipped for this vertical
Reaction extent set by chemical equilibrium Keq(T), not a fixed conversion.
Duty- or outlet-condition-specified energy-balance stage.
Single-stage vapor-liquid equilibrium split at a fixed temperature/pressure.
Flash/phase-split unit op — the foundational vapor-liquid calculation.
Stream reformer/shift outlet temperatures and CO2 capture rate from your plant's OPC-UA server into this flowsheet's twin comparison — deviations from the solved equilibrium are flagged automatically.
See the Digital Twin platform →Try it yourself
- ✓Reforming and shift solved on a partial-pressure Keq(T) basis
- ✓96% CO2 capture for sequestration or EOR
- ✓Feeds two real downstream loops: ammonia and methanol synthesis