Product · Decide
What if we did this?
Every response is simulated before it is recommended. A person approves.
Proven in simulation12,800 simulated cases. Not yet on a real line.
1
Compares keep running, slow the pumps, throttle a valve, isolate, shut down
2
Predicts spill, throughput and pressure for each
3
A fixed safety rulebook checks every recommendation
What it looks like
Five options, simulated, one recommended
Recommended for a sudden leak near km 18
Stop the pumps. Close the valves around the leak.
Safety check passedNeeds shift supervisor approvalMax head 135 of 230 m allowedNothing runs on its own
| Option | Spill, 1 h | Throughput | Expected cost | |
|---|---|---|---|---|
| Keep running | 56.3 m³ | 274 L/s | $281k | |
| Slow the pumps | 52.9 m³ | 237 L/s | $267k | |
| Throttle a valve | 56.0 m³ | 270 L/s | $280k | |
| Stop and isolate | 0.9 m³ | 0 L/s | chosen | |
| Full shutdown | 0.9 m³ | 0 L/s | $24k |
Cost = spilled product and clean-up + lost delivery + pump energy, over the next hour. Each option is simulated against every explanation still in play. Prices are demo assumptions; yours replace them.
What it needs
- A line model calibrated from your data
- Your operating limits: pressure, pump envelope, valve sequencing
What it is not
- Nothing runs on its own
- The costs it weighs are your numbers, not ours
Works with
See Decide on your line.
Book a demo and we walk through it on simulated cases, with the limits stated.