Production and spec
Feed treated, time on specification and the steam it cost, for exactly the shift in question.

The shift handover, written for you.
Log writes the factual half of the handover: what was produced and how much was on spec, what steam it cost, every set-point move, excursion and fault in time order, and a ranked watch-list for the incoming crew. The crew adds the judgement; the engine never guesses at it.
MVPEvery figure above is counted in the minimum viable product: the amine train modelled for gas sweetening and post-combustion carbon capture.
What it does
Feed treated, time on specification and the steam it cost, for exactly the shift in question.
Set-point moves, excursions and fault episodes on one timeline, so nothing is lost between crews.
What the diagnosis said when the shift began, and what it says at handover.
The items the incoming crew should look at first, with the reason each one is on the list. Ready to print.
How it works
Any Day, Evening or Night shift in the record.
Every tag over the shift, plus the fault episodes and the lab.
Production, energy, moves, events and the diagnosis, start and end.
People add what the data cannot know, then print or share.
Where it applies
The platform is focused on acid gas removal — gas sweetening and post-combustion carbon capture — because that is where the model is calibrated and where the fault library is real. The method underneath is not amine-specific: a physics reference model, residuals against expected-healthy, fuzzy diagnosis over graded indicators, and costed consequences. Extending it to another unit means new datasheets and a new calibration, not a new platform.
The platform runs on a real amine train with thirteen days of one-minute history behind it. Nothing on these pages is a mock-up.
Open the platform