Refinery Outage & Supply Disruption Impact Model
Analyze critical fuel product deficits, buffer depletion timelines, modal rerouting freight arbitrage, and regional wholesale price shocks when primary refining complexes suffer kinetic strikes or catastrophic unit outages.
| Logistics Transport Mode | Maximum Throughput (bpd) | Transit Latency | Freight Premium ($/bbl) | Deficit Coverage % | Operational Viability |
|---|
Analytical Framework: Refining Disruption & Crack Spread Mechanics
Atmospheric Distillation (CDU) Bottlenecks
The crude distillation unit (CDU) fractionates incoming raw petroleum into boiling cuts. Kinetic drone or missile attacks targeting the primary distillation tower or fractionator furnaces disable the core intake gate, idling downstream secondary units (hydrocrackers, catalytic reformers, and alkylation units) regardless of secondary unit integrity.
Product Cut Economics & Yields
Refineries operate on fixed yield slates based on crude assay (e.g. Urals 31.8° API / 1.7% sulfur vs Light Louisiana Sweet 37° API). Disruption disproportionately tightens Euro-5 diesel and 95-RON gasoline in urban centers where local storage tank farms maintain between 12 to 20 days of operational buffer.
Intermodal Substitution Friction
Pipelines transport fuel at roughly $1.20–$2.80/bbl. Diverting thousands of carloads to rail tank cars (RTC) incurs a $6.50–$14.20/bbl premium plus congested junction bottlenecks, rapidly inflating local wholesale rack quotes and creating acute regional supply deficits.