
The oil market faces a prolonged recovery timeline following the Middle East supply shock of 2026, with Saudi Aramco CEO highlighting that it will take a long time for the global energy market to recover after the crisis in the Strait of Hormuz. According to Saudi Aramco's latest assessment, the world has lost approximately one billion barrels of crude oil over the past two months as a result of Iran's blockade of the Strait of Hormuz. The CEO emphasized that simply reopening shipping routes is not enough to normalise a market that has been deprived of such a substantial volume of oil. This represents a significant escalation from earlier estimates, with Rystad Energy previously placing total supply losses at approximately 600 million barrels since early March 2026, and TotalEnergies reporting cumulative losses reaching approximately 500 million barrels since hostilities began.
Global energy markets are entering a structurally tighter phase due to years of underinvestment in crude oil and refining, according to Goldman Sachs analyst Nikhil Bhandari. As reported by The Economic Times, the industry faces significant supply constraints with non-OPEC supply projects completing by the end of this year, but minimal new growth expected starting next year. Bhandari noted that current price signals are insufficient to trigger a meaningful investment cycle revival, as the three-year forward curve remains at $75-76 per barrel, which most major oil companies are already budgeting for in their current plans. The crisis has exposed that strategic reserves provide a temporary supply bridge, not a permanent solution, with emergency releases slowing inventory depletion but not closing the underlying supply-demand imbalance. The refining sector faces even sharper structural constraints than upstream supply, as reported by The Economic Times, with refining capacity having been closed more than added in recent years due to the industry's relatively stranded position in the age of climate change. Refinery utilization rates are often in the mid-90% range, creating mechanical bottlenecks where even minor disruptions can have outsized impacts on fuel prices.
The refining sector faces even sharper structural constraints than upstream supply, as reported by The Economic Times. Bhandari highlighted that refining capacity has been closed more than added in recent years due to the industry's relatively stranded position in the age of climate change. The most immediate downstream stress centers on diesel, jet fuel, and naphtha where Middle Eastern barrels are producing more of these products while global production is declining. TotalEnergies CEO Patrick Pouyanne stated that naphtha, LPG, and jet fuel are experiencing the sharpest contractions, each heavily dependent on Gulf supply corridors. The crack spread concept reflects the margin refiners earn by turning crude oil into gasoline and diesel, with these margins expanding when capacity is tight, pushing gasoline prices higher even if crude oil prices remain relatively stable. High gasoline prices are being driven less by crude oil costs and more by refining constraints, geopolitical disruptions, and supply chain bottlenecks. The crisis is particularly acute for European markets experiencing fuel scarcity through a different product lens, with jet fuel emerging as the most acutely stressed commodity. Asian oil imports in April 2026 fell 30% year-on-year, reaching their lowest level in a decade, with Asia-Pacific nations, particularly Pakistan, Indonesia, and the Philippines, facing the earliest onset of acute fuel shortages potentially beginning in June-July 2026 if Hormuz remains disrupted.
Asia's two largest economies show contrasting energy demand trajectories, according to Bhandari's analysis reported by The Economic Times. China's peak oil demand is expected towards the late part of 2020s, with some products like diesel and gasoline already passing their peaks, while petrochemical and jet fuel demand continues growing. In contrast, India is expected to contribute hugely to incremental energy demand growth out of Asia for the next 10 to 15 years, entering the $2000 to $3000 GDP per capita sweet spot where every increase in GDP has disproportionate energy consumption growth relative to GDP growth. Asian oil imports in April 2026 fell 30% year-on-year, reaching their lowest level in a decade, with Asia-Pacific nations, particularly Pakistan, Indonesia, and the Philippines, facing the earliest onset of acute fuel shortages potentially beginning in June-July 2026 if Hormuz remains disrupted. The energy system behaves like a chain, where if one link breaks or tightens, the entire system adjusts. This dynamic is driving the current price divergence between oil and gasoline, with gasoline prices shaped by far more than the cost of crude due to refining capacity, logistics, geopolitics, and infrastructure constraints.
The supply constraints are already filtering through industrial supply chains, with 40% to 50% inflation in packaging, plastics, PET, and mineral water bottles, and edible oil cooking packaging prices up nearly 100%, according to The Economic Times. Bhandari emphasized that we are in deficit already, every day demand is higher than supply today and we are drawing inventory. The crisis has created demand destruction at scale that carries economic costs well beyond the energy sector, affecting packaging, consumer goods, and agricultural inputs. WTI Crude was trading at approximately $95.42 and Brent at approximately $101.30 during the reporting period, with analysts flagging more extreme price outcomes as tail risk scenarios if supply corridors remain closed through the northern hemisphere summer. The lesson is simple: the energy system behaves like a chain, where if one link breaks or tightens, the entire system adjusts. Policies like windfall profits taxes are often proposed as responses to high energy prices, but discouraging investment in refining and midstream infrastructure does not lower prices - it tightens capacity further, increasing the likelihood of future price spikes. If the goal is to bring down fuel costs, the focus should be on improving system capacity, reducing bottlenecks, and stabilizing supply chains rather than targeting energy companies' profits.