By Esben Moller
For decades, governments have focused on securing oil supplies while largely assuming that markets would allocate petroleum efficiently during periods of stability and disruption. That assumption has generally held—until shocks occur. Wars, sanctions, shipping disruptions, refinery outages, and geopolitical crises repeatedly demonstrate that oil markets can experience abrupt discontinuities with consequences extending far beyond fuel prices.
The question policymakers should ask is not whether another oil shock will occur. It is whether governments possess governance mechanisms capable of preventing temporary supply disruptions from becoming systemic economic crises.
Oil Is More Than a Commodity
Petroleum underpins nearly every critical sector of modern society:
- Food production
- Emergency medical services
- Freight and logistics
- National defence
- Critical infrastructure
- Industrial manufacturing
Unlike many commodities, every barrel consumed is permanently depleted. The uploaded SRM concept paper argues that this characteristic justifies viewing oil not only as a market commodity but also as a finite strategic resource whose depletion has long-term implications for national resilience.
Whether or not policymakers adopt that conceptual framework, the practical reality remains: oil supply disruptions cascade rapidly through interconnected systems.
The Cost of Shock Barriers
History demonstrates that energy shocks rarely remain confined to energy markets.
They propagate into:
- inflation,
- transportation costs,
- food prices,
- industrial output,
- government budgets,
- and public confidence.
Once panic buying begins, governments often resort to emergency measures implemented under severe time pressure. Such responses are typically reactive rather than optimized.
Planning beforehand reduces the need for crisis improvisation.
Why Rationing Should Be Planned Before It Is Needed
Oil rationing is frequently associated with wartime austerity. In practice, it is better understood as a contingency management tool.
A pre-designed rationing framework could establish transparent priorities such as:
- Emergency services.
- Defence and national security.
- Agriculture and food distribution.
- Critical infrastructure.
- Essential freight.
- General commercial activity.
The objective is not to reduce economic activity unnecessarily, but to preserve continuity of essential functions during temporary shortages.
Governance Instead of Panic
The SRM governance papers propose shifting attention from maximizing supply toward governing strategic allocation during periods of scarcity. They argue that institutional preparedness—including predefined authorization mechanisms, depletion accounting, and transparent allocation—could reduce escalation incentives and improve societal resilience during prolonged disruptions.
Even for readers who do not endorse the broader doctrine, the underlying governance principle is broadly applicable:
Clear rules established before a crisis generally perform better than improvised decisions made during one.
Maintaining Public Confidence
One overlooked consequence of energy crises is uncertainty.
Citizens generally tolerate restrictions more readily when:
- priorities are clearly explained,
- allocation criteria are transparent,
- and measures are perceived as fair.
Predictability reduces speculation, panic buying, and political instability.
Looking Forward
No government can eliminate geopolitical risk or guarantee uninterrupted global energy flows.
Governments can, however, improve preparedness by developing contingency plans before disruptions occur. These plans might include reserve management, prioritization frameworks, public communication strategies, and coordination across civilian and defence sectors.
Whether described as strategic reserve governance, emergency allocation, or contingency rationing, the central idea is straightforward: resilience depends not only on the amount of oil available, but also on the quality of the institutions responsible for managing it under stress.
The next oil shock may arrive with little warning. The most effective time to design allocation mechanisms is before they become necessary