INJ-00025 — instrument_air_drop

Status: EXPIRED · Category: A · Source: auto Fired at: 101.67 h · Duration: 2.0 h · Target: NE-01 Economic impact: $-200 /h

Parameters

{
  "plant_id": "NE-01",
  "product": "LIN",
  "customer_id": "C-15",
  "truck_id": "T-E03",
  "driver_id": "D-E04"
}

Cascade — 10 agent steps

#stepagentdetail
1INJECTIONInjection Engineinstrument_air_drop: plant air compressor issue. Instrument air pressure below 5 bar. Control valves respond slowly.
2MPC_SOLVEMPC Optimizer📐 MPC: Optimal load 77% (4h horizon) | Priority: 3 | Expected margin: $0/h | Reason: All constraints healthy → optimize revenue (+load)
3PHYSICSPhysics KernelAll pneumatic control valves lose responsiveness. JT valve, feed valves, product valves all sluggish. Risk of oscillations and overshoots.
4PRODUCTIONProduction AgentHOLD at 80%. Do NOT make load changes while instrument air is low — valves may not respond correctly.
5TANKSTank Inventory AgentLOX at 60%, LIN at 61%. Tank levels stable but may drift without precise valve control.
6DISPATCHDispatch AgentLoading bay valves also affected. Truck loading may be slower. Verify fill quantities manually.
7CUSTOMERSCustomer Impact AgentDelivery quantities may be inaccurate with sluggish loading valves. Manual verification recommended.
8LOSS_MITIGATIONLoss Ledger📉 L1: Primary Production Physical Balance — PROC widens deadbands to prevent valve hunting losses
9ECONOMICSEconomics AgentInstrument air issue: production efficiency drops 3-5%. Risk of trip if valve fails: $57k/h loss.
10RECOVERYRecovery Planner1) Check plant air compressor. 2) Verify air dryer function. 3) If compressor failed: switch to backup. 4) Duration: 1-4h.

Raw effects

  1. Instrument air low at NE-01
  2. instrument_air_drop: plant air compressor issue. Instrument air pressure below 5 bar. Control valves respond slowly.
  3. 📐 MPC: Optimal load 77% (4h horizon) | Priority: 3 | Expected margin: $0/h | Reason: All constraints healthy → optimize revenue (+load)
  4. All pneumatic control valves lose responsiveness. JT valve, feed valves, product valves all sluggish. Risk of oscillations and overshoots.
  5. HOLD at 80%. Do NOT make load changes while instrument air is low — valves may not respond correctly.
  6. LOX at 60%, LIN at 61%. Tank levels stable but may drift without precise valve control.
  7. Loading bay valves also affected. Truck loading may be slower. Verify fill quantities manually.
  8. Delivery quantities may be inaccurate with sluggish loading valves. Manual verification recommended.
  9. 📉 L1: Primary Production Physical Balance — PROC widens deadbands to prevent valve hunting losses
  10. Instrument air issue: production efficiency drops 3-5%. Risk of trip if valve fails: $57k/h loss.
    1. Check plant air compressor. 2) Verify air dryer function. 3) If compressor failed: switch to backup. 4) Duration: 1-4h.