By Dr. Alamdar Hussain Malik
Pakistan is currently entering a critical phase of energy and fiscal stress where fuel pricing, import dependence, and limited reserves are converging into a broader structural vulnerability. The recent increase in petroleum levy has pushed the price of high-octane beyond Rs. 500 per litre, while overall petroleum imports continue to place heavy pressure on external accounts, as Pakistan meets nearly 80–85% of its crude oil demand through imports. The country consumes approximately 420,000–440,000 barrels of oil per day, yet domestic production remains below 90,000 barrels per day, creating a persistent supply gap that must be filled through imports financed in scarce foreign exchange reserves.
At present, Pakistan is operating on a fragile buffer of roughly 25–28 days of petroleum reserves, with crude oil coverage in some assessments falling to 10–14 days depending on product classification and consumption pace. In this environment, even a single disruption in global supply chains or shipping delays can immediately translate into domestic shortages and price volatility. Against this backdrop, the recent price escalation in high-octane is widely seen as the beginning of a broader adjustment cycle, where petrol and kerosene oil are expected to follow in subsequent revisions, with projected increases of Rs. 10–25 per litre for petrol and Rs. 15–35 per litre for kerosene oil in the coming adjustment phases. It is under these mounting pressures that temporary policy responses such as a four-day working week and expansion of online education systems are being considered, raising a fundamental question: is Pakistan managing a temporary shock, or standing at the edge of a prolonged energy constraint phase?
The recent surge in high-octane pricing should therefore be viewed as a leading indicator rather than an isolated event. Unlike more stable economies, Pakistan’s fuel pricing structure is exposed to global crude fluctuations, exchange rate depreciation, import parity adjustments, and domestic taxation pressures, making volatility significantly higher than regional peers.
The result is a continuous transmission of global energy shocks into domestic inflation, transport costs, and industrial pricing structures.
At present, the country is functioning within a narrow and highly vulnerable energy window. Petroleum reserves remain at roughly 25–28 days of coverage, while crude oil availability in some categories drops to as low as 10–14 days depending on consumption patterns and segmentation. Since the beginning of the current pressure cycle in early March 2026, Pakistan has largely operated on a rolling replenishment model where reserves decline under daily consumption and are temporarily restored through emergency imports. This highlights a structural weakness: the system is not building resilience, it is merely sustaining continuity.
In contrast, global energy security models demonstrate a fundamentally different approach. India maintains approximately 45–50 days of oil reserves, China operates with strategic stockpiles of 70–90 days of imports, and the United States holds a strategic petroleum reserve exceeding 400 million barrels, providing roughly 60 days of import coverage. Even coordinated international mechanisms under the International Energy Agency have involved emergency releases exceeding 400 million barrels, while countries such as Spain have independently released reserves to stabilize domestic supply. These examples show that energy security is treated globally as a strategic buffer, not a reactive mechanism.
Pakistan, however, is increasingly forced into demand-management responses rather than supply-side stabilization. With the transport sector consuming nearly 55–60% of petroleum products, reducing mobility through a four-day work week appears as a short-term measure to lower fuel consumption. Similarly, shifting education toward online systems reduces transport demand, but the measurable impact of these measures remains limited. Preliminary estimates suggest that the four-day work week reduces fuel consumption by only 3–6%, while online education contributes less than 1–2% reduction in total petroleum demand, meaning these measures provide administrative relief but do not significantly alter overall import dependence or reserve pressure.
The economic impact of the current fuel adjustment cycle is already severe. Transport costs are expected to rise by 10–20%, feeding directly into food inflation, since nearly 40–45% of logistics costs are fuel-driven. Overall inflation is likely to remain in the range of 18–25%, as fuel acts as a primary cost driver across agriculture, manufacturing, and services. Industrial production costs may rise by 8–15%, especially in textiles, fertilizers, and logistics-dependent sectors. Every $10 increase in global oil prices adds hundreds of millions of dollars annually to Pakistan’s import bill, widening the trade deficit and increasing pressure on foreign exchange reserves, thereby affecting currency stability and overall macroeconomic balance.
More fundamentally, the recurring reliance on emergency measures reflects a deeper governance gap in long-term energy planning. Pakistan produces only 16–20% of its total energy requirements domestically, leaving the economy heavily exposed to external shocks.
A more structural and sustainable response requires a decisive shift toward strengthening Pakistan Railways as a national energy-efficient transport backbone. A large portion of petroleum consumption—around 55–60% in the transport sector—is road-based logistics and freight movement, which can be partially shifted to rail if capacity is improved.
Pakistan Railways must therefore be modernized through upgraded locomotives, expanded rail networks, and improved freight systems to reduce fuel dependency and foreign exchange outflow.
To make this transition effective, the government must introduce incentive-based railway reforms, including affordable passenger fares, subsidized seasonal travel packages, and reduced freight rates. At present, road transport remains dominant due to convenience, but if railway fares are made competitive and services reliable, a gradual shift in public behavior can be achieved. This will not only reduce petroleum consumption but also provide cost relief to lower and middle-income groups, making rail transport a practical national alternative.
A critical dimension of Pakistan’s energy vulnerability is its complete dependence on maritime supply routes, particularly through the Strait of Hormuz, through which nearly 20–22% of global petroleum trade flows daily. Pakistan’s crude oil and refined petroleum imports from Gulf suppliers such as Saudi Arabia, UAE, Kuwait, and Iraq are all routed through this corridor, meaning that almost 100% of Pakistan’s imported oil supply chain is indirectly linked to this strategic chokepoint.
At present, the supply chain remains operational, but it is highly fragile and sensitive to geopolitical shifts, shipping insurance costs, and freight volatility.
Looking ahead, Pakistan’s energy outlook is increasingly defined by its exposure to the Strait of Hormuz. At present, the supply chain remains operational, but it is highly fragile and sensitive to geopolitical shifts, shipping insurance costs, and freight volatility. Future projections indicate that even without a complete closure of the Strait, continued regional tensions could keep oil prices elevated in the range of $80–110 per barrel, while adding a persistent risk premium of 10–25% on Pakistan’s import bill. In practical terms, this means Pakistan will continue to receive shipments, but at higher cost, with possible delays of several days in cargo scheduling and clearance, which is critical given the country’s limited 25–28 days of petroleum cover. If tensions escalate further or partial disruption occurs, Pakistan’s reserves could fall below two weeks of effective buffer, forcing emergency imports at premium prices and triggering immediate domestic price adjustments. Therefore, the future scenario is not one of complete supply stoppage, but of continuous price pressure, delayed shipments, and shrinking affordability, where every fluctuation in Hormuz risk is directly transmitted into Pakistan’s inflation, exchange rate stress, and fuel pricing cycle.
In essence, Pakistan is no longer dealing with a routine fuel price adjustment cycle but a deeper structural energy constraint that is already shaping policy decisions in real time. With petroleum reserves limited to 25–28 days of coverage, and crude oil buffers in some categories falling to 10–14 days, the country is operating within a narrow survival window dependent on imports and external financing. In practical terms, any disruption in global supply chains or exchange rate instability can immediately trigger shortages and price spikes. While temporary measures like a four-day work week and online education provide short-term relief, they do not change the structural imbalance of import dependence exceeding 80–85% against domestic production of less than 90,000 barrels per day. The way forward demands urgent transition from reactive containment to structural resilience through 60–90 days strategic reserves, renewable energy expansion, railway modernization, and transport diversification policies. Without these reforms, Pakistan will continue to face recurring energy shocks where every global price fluctuation becomes a domestic economic crisis.
Dr. Alamdar Hussain Malik
Advisor
Veterinary Sciences, University of Veterinary and Animal Sciences, Swat
Former
Financial Advisor, Finance Division, Government of Pakistan
