The unit we model
Absorber, flash, lean/rich exchange, regenerator and reboiler — the circulating-solvent loop that every acid gas removal unit is built from.
Chemical Plants
If the process removes acid gas, the model already knows the shape of it.
Ammonia, syngas, hydrogen and ethylene oxide plants all run a CO₂ removal loop on amine or hot potassium carbonate. The solvent changes. The structure and the failure modes do not.
Applicable — needs calibrationNeeds datasheets and a calibration pass.
What it finds
Foaming, fouling, corrosion, filter bypass and solvent degradation: the failure modes shared by any unit that circulates a solvent through a hot regenerator.
What it takes to start
Equipment datasheets, a tag list, and a calibration pass against your own history. This is engineering work, not a configuration screen — and we would rather say so now.
Scope on your site
What is inside the model, and what is not.
- Ammonia and syngas CO₂ removal
- Hydrogen plant acid gas removal
- Ethylene oxide CO₂ removal
- Tail gas treating
Ten minutes in the platform beats an hour of slides.
It runs on a real amine train with thirteen days of one-minute history behind it — live diagnosis, root causes and cost per hour. Nothing on this page is a mock-up.
Open the platformOther industries