Oil Pipeline Disruption & Energy Market Shock Simulator

CRISIS: HIGH ESCALATION
Projected Brent Crude
$124.80
Baseline $78.50/bbl (+46.30 shock)
Price Surge Percentage
+58.9%
Geopolitical risk premium spike
Net Market Shortfall
4.2 MBD
3.25 MBD pipe loss + 2.45 war - 1.5 SPR
Fuel & Essentials Inflation
+24.2%
Refining, diesel & logistics pass-through
Shock Parameters
Live Input Flow
Pipeline Operational Throughput 35%
Saudi East-West Petroline throughput (5.0 MBD nominal capacity). Current attack offline reduction: 65% loss (3.25 MBD).
Iran War Escalation Factor High
Strait of Hormuz tanker tanker risk & regional export disruption premium (+2.45 MBD implicit deficit).
Emergency SPR Release Mitigation 1.5 MBD
Coordinated IEA / US Strategic Petroleum Reserve inventory draw (offsets supply shortage up to 4.0 MBD).
Pre-Crisis Brent Baseline $78.50
Pre-attack equilibrium price per barrel prior to disruption event.
Saudi East-West Trunk Active Flow 1.75 / 5.0 MBD
Disruption Elasticity & Price Trajectory
Shock Curve
Baseline Level
SPR Cushion
Market Intelligence Assessment: The closure of Saudi Arabia's principal transit pipeline amidst open hostilities with Iran eliminates 3.25 MBD of critical bypass capacity. With an active High regional risk premium (+2.45 MBD) partially counterbalanced by 1.5 MBD of emergency SPR draws, the resulting net deficit of 4.2 MBD exerts steep inelastic price pressure, driving Brent to $124.80/bbl (+58.9%) and sparking a +24.2% consumer fuel inflation wave.
Equilibrium State Record
STATE: LIVE CALIBRATED
Parameter Model Input Shock Consequence Net Impact
Pipeline Infrastructure 35% Operating -3.25 MBD Offline Severe Bottleneck
Conflict Risk Premium High Severity +2.45 MBD Synthetic Deficit +31.2% Risk Spread
SPR Emergency Mitigation 1.5 MBD Release -1.50 MBD Deficit Relief -$16.50/bbl Dampening
Final Crude & Inflation $78.50 Base $124.80 Projected +24.2% Inflation
Grounded Source: Associated Press Dispatch (@AP) — Saudi pipeline closure following armed attack amid regional conflict.
Simulated via D3.js non-linear crude supply elasticity equations.
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