Run a SAF plant on yield, hydrogen and carbon intensity, measured as it runs.
New SAF and renewable diesel units are judged on yield, hydrogen use and carbon intensity per megajoule. Kernopy measures all three live and keeps the batch trail certification asks for.
The data was there. Nobody could use it in time.
Today Found weeks later
Catalyst activity drops slowly. To hold conversion, operators raise reactor temperature and hydrogen use climbs. Yield slips by half a point and nobody connects the two for weeks.
With Kernopy Found in minutes
Kernopy tracks hydrogen per tonne and SAF yield together, shows the drift every hour, and the point where a catalyst change pays for itself.
A reading on top. What it draws underneath.
Each stage shows a live value from its controller and the power it draws right now. Hydrotreat is drifting, so it is highlighted. Values are simulated.
Numbers your team argues about today, measured instead.
Example figures for a mid-sized site. Kernopy calculates yours from your own controllers and meters.
Signals your systems already produce.
Kernopy reads them from the controllers, meters and building systems you already run. Nothing gets replaced. Each signal gets one name and one meaning, then flows into every dashboard, alert and report.
Live yield and hydrogen use
Both on one trend, per unit and per shift.
Carbon intensity per batch
Calculated from measured utilities, not annual averages.
Feedstock-to-product traceability
The record certification bodies ask for, built as you run.
Bring one line or one plant room. Leave with its data working.
Send us the machines, controllers and building systems you want to start with. In the first session we map them, connect a pilot and show energy, efficiency and downtime as live numbers.
Offices in Siliguri, India and Lewes, Delaware.