CRISIS MODE ACTIVE
COMMAND-FIRE™ | HAZMAT TANK DEPLETION & SUPPRESSION SUITE
Torricelli Hydraulics • Shell Rupture Estimator • Extinguishment Dynamics
INCIDENT COMMANDER CONSOLE
STATUS: REAL-TIME SIMULATION
00:00:00 UTC
⚙️ Tank & Incident Parameters
Tank Geometry Model
Vertical Cylinder (Standard Atmospheric)
Spheroid / Horton Sphere (Pressurized/LPG)
Horizontal Cylinder (Bullet Tank)
Fuel Product Matrix
Crude Oil (Heavy / Boilover Risk)
Diesel / Gasoil (Combustible - Class II)
Motor Gasoline (Volatile Class I)
Jet A-1 / Kerosene (Aviation Turbine)
LPG / Propane (Liquefied Pressurized Gas)
📐 Dimensional Characteristics
Tank Height / Axis
(m)
Diameter
(m)
Nameplate Cap.
(m³)
Discharge Coeff.
(Cd)
📏 Level Readings & Safety Thresholds
High-High (HHH)
(m)
Low-Low (LLL)
(m)
Dip Gauge / Current Level
(m)
💥 Rupture / Hole Geometry
Known Hole Size
Estimate Hole from Rate
Hole Elev. from Base
(m)
Rupture Dia.
(mm)
Hole Elev. from Base
(m)
Observed Leak Rate
(m³/hr)
🚒 Foam / Water Suppression Setup
NFPA Application Rate
(LPM/m²)
Foam Conc. %
3% AFFF / AR-AFFF
6% AFFF / FP
1% Fluorine-Free
Cooling Ring Inflow
(m³/hr)
Burn Rate Matrix
(mm/min)
⚡ Re-Calculate Hydraulic Crisis Engine
📊 Live Dynamic Rupture & Extinguishment Model
Torricelli v(t) = Cd√(2g·h_eff)
Time to Deplete to Hole (Torricelli)
--:-- hrs
Volume to drain: -- m³
Current Leakage Flow Rate
-- m³/hr
Exit Jet: -- m/s
Remaining Liquid Volume
-- m³
Filling: --% Capacity
Fire Extinguishment Time (Foam)
-- mins
Total Foam Needed: -- L
⚠️ Dual Scenario Impact Analysis: Without Intervention vs. Active Suppression
Scenario State
Time to Extinguishment / Burnout
Fuel Lost / Consumed
Residual Product At Hole Level
Risk Status
Without Intervention (Full Burnout)
--
--
--
Catastrophic Boilover / Shell Collapse
With NFPA Foam & Cooling
--
--
--
Controlled Blanket / Vapor Sealed
🛡️ Tactical Fire Commander SOP
⚠️
Level is within safe operating range. Continuous monitoring active.
🚒 Foam Logistics Requirements
Required Foam Solution Rate:
-- L/min
Pure Foam Concentrate Rate:
-- L/min
NFPA Standard Runtime:
65 mins
Total Foam Stock Needed:
-- Liters
📋 Immediate Action Protocol
1. Isolation & Dike Evacuation
Secure emergency shut-off valves. Isolate catchment basin & check bund wall integrity for
--
m³ containment capacity.
2. Shell Cooling Ring Activation
Engage water spray at 10.2 LPM/m² on adjacent shell surfaces exposed to radiation to prevent catastrophic structural tear.
3. Full-Surface Blanket Deployment
Direct foam monitors gently against interior shell wall. Maintain uninterrupted discharge for at least
--
minutes.
4. Pump-Out / Bottom Transfer
Start emergency bottom draw-off pump to divert unburnt fuel to spare tank before reaching hole elevation
--
m.