e-Fuels, where one parameter sets the whole slate
Captured CO₂ and green hydrogen shifted to syngas at real chemical equilibrium, then grown into a hydrocarbon slate by Anderson-Schulz-Flory chain growth.
The actual dark-mode canvas: CO₂ and green hydrogen shifted to CO and water, the water knocked out, and the syngas grown into a synthetic hydrocarbon slate.
One parameter sets the whole product slate
The chain-growth probability α distributes reacted CO across every carbon number at once, so moving it shifts the entire slate between naphtha, jet and wax — with the tail lumped as wax and the atom balances closing exactly. The rWGS step ahead of it is a genuine equilibrium solve, not an assumed approach.
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.
Anderson-Schulz-Flory chain growth distributing reacted CO across a whole paraffin slate, atom-balanced.
Stream rWGS outlet composition, knockout temperature and FT reactor conditions from the plant's OPC-UA server into this flowsheet's twin comparison — a chain-growth probability drifting from the solved slate changes the product distribution before anyone samples it.
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- ✓rWGS solved to real equilibrium, not an assumed conversion
- ✓ASF chain growth distributing CO across every carbon number
- ✓Exact C/H/O atom balances through both reactors