A Massive Energy Break Coming Soon
By Peter Zeihan
We’re slipping closer and closer to a major oil supply crunch. With the Persian Gulf still shut in, global inventories almost depleted, and threats to other oil supplies, the world doesn’t have enough oil to keep things running for much longer.
Summary
Peter Zeihan is arguing that the world may be approaching a genuine oil supply crisis, not simply a temporary price spike. His basic point is that the global economy has been quietly surviving on emergency reserves and short-term workarounds after the disruption of Persian Gulf oil exports, but those buffers are now running out. In his view, the real economic shock has not fully arrived yet because countries are still burning through stored oil inventories. Once those inventories fall too low, prices could rise sharply and parts of the global economy may simply be unable to afford enough fuel.
To understand his argument, it helps to understand how important the Persian Gulf is to the global oil system. Countries such as Saudi Arabia, Iraq, Kuwait, the United Arab Emirates, and Iran collectively produce a huge share of the world’s exported crude oil. Much of that oil normally travels through the Strait of Hormuz, a narrow shipping chokepoint between the Persian Gulf and the open ocean. Roughly one-fifth of globally traded oil typically passes through that area. If war or military attacks significantly disrupt exports there, the world cannot easily replace that supply quickly.
Zeihan says that since the Iran conflict began, somewhere between 9 and 13 million barrels per day of Persian Gulf crude oil has effectively disappeared from the market. That does not necessarily mean every oil field has been destroyed. In many cases, production may have been shut in because exporting the oil became unsafe or impossible. Either way, the world suddenly has far less oil available than normal.
At first, the global economy can absorb a disruption like this by using stored inventories. Countries, oil companies, and refineries maintain stockpiles of crude oil and refined fuels specifically for emergencies. Strategic reserves are government-controlled emergency supplies. Commercial inventories are privately held stocks used by refiners and traders. Zeihan argues that the world has now spent months draining those inventories to compensate for missing Persian Gulf exports.
He estimates that more than 1.25 billion barrels of oil that normally would have been delivered simply never arrived. Every day the disruption continues, another 10 to 13 million barrels have to come out of storage instead. According to Zeihan, the world is approaching “minimum operating levels,” meaning inventories could soon fall so low that the system no longer has enough buffer to operate smoothly.
One important point he makes is that oil crises do not usually begin with empty gas stations overnight. Instead, they begin with inventories shrinking while prices rise gradually. The market initially tries to ration limited supply through higher prices. Eventually, prices rise enough that some people and industries can no longer afford fuel. Economists call this “demand destruction.” That term sounds abstract, but it really means economic pain. Airlines cut flights because jet fuel becomes too expensive. Trucking companies reduce shipments. Factories slow production. Consumers drive less. Poorer countries may literally be priced out of buying enough oil altogether.
Zeihan is surprised this process has not accelerated faster already. He says demand has stayed relatively resilient even though supplies are tightening. Some sectors like aviation fuel and diesel have weakened slightly, but overall consumption remains high. In his view, markets are acting as though the disruption is temporary even though the physical oil shortage is becoming increasingly serious.
He then explains the two major reasons the system has managed to hold together so far.
The first is emergency reserve releases organized through the International Energy Agency, or IEA. The IEA is a coalition of mostly advanced industrial countries that coordinates responses during energy crises. Governments can release oil from strategic petroleum reserves to temporarily increase supply.
In the case of the United States, Zeihan says this has particularly helped Europe. The U.S. is now a major oil and fuel exporter because of the shale boom. American oil production surged dramatically over the past fifteen years due to hydraulic fracturing and horizontal drilling. As a result, the U.S. produces more oil than it consumes in some categories and exports large amounts of crude oil, gasoline, diesel, and liquefied natural gas.
According to Zeihan, the United States has been releasing roughly 2 to 2.5 million barrels per day from its Strategic Petroleum Reserve, and much of that oil is effectively helping stabilize Europe. Europe is highly dependent on imported energy, but it also uses energy more efficiently than the United States. European economies generally consume less fuel per person due to denser cities, smaller vehicles, and more public transportation. That efficiency has helped Europe stretch supplies further.
The second stabilizing factor involves China. This part of the transcript is more technical.
Crude oil is not used only for gasoline and diesel. Oil is also the raw material for plastics, chemicals, fertilizers, synthetic fabrics, industrial solvents, and countless manufactured products. One important petrochemical feedstock is naphtha, a product refined from crude oil that is heavily used in chemical manufacturing.
China has partially reduced its need for oil-derived naphtha by substituting coal-based chemicals instead. China has enormous coal reserves and already relies heavily on coal for electricity generation. Chinese companies can chemically process coal into liquids and petrochemical feedstocks, partially replacing oil inputs.
This process is expensive, inefficient, and extremely polluting compared to using oil directly. However, China’s industrial system is built around maintaining manufacturing output at almost any cost. Zeihan argues that China is willing to absorb the inefficiency in order to keep factories running.
He estimates that China’s petrochemical industry normally uses about 4 million barrels per day of oil-related feedstocks, with perhaps half tied to naphtha. By substituting coal for part of that demand, China has reduced pressure on oil markets and delayed a larger price spike.
China has also gained some protection because of its growing use of small electric vehicles. Since China’s electricity grid is still dominated by coal, the country can indirectly shift some transportation energy demand away from oil and toward domestic coal-generated electricity. That buys time.
Zeihan believes all these temporary solutions are close to running out. His main warning is that inventories, reserve releases, and industrial substitutions can only cushion the shock for a limited period. Eventually the physical shortage itself becomes unavoidable.
He also argues that even if diplomacy succeeded tomorrow and the Persian Gulf reopened immediately, the crisis would not disappear quickly. Oil fields are not like water faucets that can simply be turned back on overnight. Some wells and reservoirs can be damaged by abrupt shutdowns. Export terminals, pipelines, and storage systems may require inspection and repair. Tankers and crews must be repositioned. Insurance markets must stabilize. In some cases, restoring full production can take months or even years.
Another major point in the video is that the world has very little spare capacity outside the Gulf region. Northeast Asia is especially vulnerable because countries like Japan, South Korea, and Taiwan import the overwhelming majority of their oil. Historically, much of that oil came directly from the Persian Gulf. Although some supplies now come from North America or Russia, those alternatives are not large enough to fully replace Gulf exports.
Europe is also highly dependent on imports, but Zeihan says Europe has somewhat more flexibility because it can draw additional supplies from North America, North Africa, and West Africa. Even so, Europe would still face major economic strain under a prolonged shortage.
One of the more dramatic claims Zeihan makes is that the last comparable disruption was not the oil shocks of the 1970s, but World War II. His reasoning is that today’s disruption involves not just high prices or political embargoes, but potentially the physical removal of enormous amounts of supply from the global market. During World War II, tanker fleets and shipping infrastructure were literally destroyed on a large scale, causing severe shortages. He sees similarities in the scale of potential disruption.
Overall, Zeihan’s argument is that the global economy is still functioning because emergency buffers are masking the severity of the shortage. In his view, the real danger comes when those buffers disappear. At that point, the market may no longer be able to balance supply and demand gradually, leading instead to rapid price spikes, fuel shortages, industrial slowdowns, and severe economic stress, especially in heavily import-dependent regions.
