Hormuz Shock Lifts Alcohol Prices

A disruption in the Strait of Hormuz is pushing up the cost structure behind alcoholic beverages in 2026, and the effect is reaching consumers less through winery, brewery or distillery utility bills than through packaging, freight, petrochemicals and farm inputs.

The clearest pressure point is glass-heavy products such as bottled wine and many spirits, where the cost of making and moving bottles can matter more to shelf prices than the producer’s own electricity or gas bill. Beer, cider and ready-to-drink beverages are being hit through cans, refrigeration and logistics. The result is a broad but uneven rise in retail prices that is likely to unfold over 6 to 18 months rather than all at once.

The shock began after tensions around Iran and shipping through Hormuz disrupted oil and liquefied natural gas flows. The U.S. Energy Information Administration says about 20% of global petroleum liquids consumption moved through the strait in 2024. The International Energy Agency says almost 20% of global LNG trade passed through it in 2025, with almost 90% of those volumes headed to Asia. China and India together accounted for 44% of crude oil transiting Hormuz in 2024, leaving Asian markets more exposed than North America or Europe if the route remains constrained.

The price response has already been sharp enough to alter cost models. UNCTAD reported that between Feb. 27 and March 9, Brent crude rose 27% and Dutch TTF gas rose 74%. Over roughly the same period, clean-tanker rates rose 72% and dirty-tanker rates 54%, while bunker fuel prices in Singapore nearly doubled. The EIA later said Brent peaked at $138 a barrel on April 7 before easing. The IEA reported March averages around $18 per million British thermal units for TTF gas and $21 for JKM LNG, after the market absorbed the temporary loss of almost 20% of global LNG supply.

For packaged retail alcohol, model-based estimates suggest shelf prices could rise about 2% to 8% for beer, 2% to 10% for wine, 1% to 6% for spirits, 2% to 9% for cider and 2% to 9% for RTDs over the next 6 to 18 months if energy costs remain elevated. Those figures are not official forecasts. They assume no tax changes and reflect incomplete pass-through in a weak-demand environment.

Demand is already soft in many markets. IWSR said total beverage alcohol volumes in leading markets fell 2% in 2025, with beer down 1%, wine down 4% and spirits down 1%, excluding national spirits. RTDs grew 2% in volume and 4% in value. That matters because producers have less room to pass along higher costs when consumers are trading down.

Wine is especially exposed because of glass and freight. AWRI says refrigeration can account for 50% to 70% of winery electricity use, while sector studies have repeatedly identified glass bottles as one of the largest contributors to wine’s environmental footprint. A recent life-cycle analysis found bottle production can account for up to 70% of the greenhouse-gas footprint of wine consumption. In cost terms, that does not translate directly into a similar share of shelf price, but it shows why bottle weight and furnace energy are central in this year’s inflation picture.

Beer faces a different mix of pressures. Brewers Association guidance says refrigeration is the largest electricity user in a brewery, while the brewhouse is the largest natural-gas user. A well-run brewery uses about 8 to 12 kilowatt-hours of electricity and about 150 megajoules of fuel energy per hectolitre. That means beer is being squeezed by heat, cold and packaging at the same time. In canned beer, aluminum premiums add another layer; Molson Coors said a spike in the U.S. Midwest aluminum premium drove an 8.1% increase in cost of goods sold per hectolitre.

Spirits are less exposed on a percentage basis because taxes make up a larger share of shelf price, especially at entry-level price points. Distillation itself is energy-intensive: ENERGY STAR cites roughly 8.0 megajoules per litre for continuous column distillation of an 80-proof spirit and about 9.6 megajoules per litre for batch or pot distillation, with wide variation by plant. But aging inventories can slow repricing for whisky and cognac, especially when producers already hold stock. Reuters has reported that some spirits makers are carrying high inventories and cutting prices in parts of the market even as they face higher input costs.

RTDs and cider sit closer to beer than to premium spirits in their cost structure. They rely heavily on packaging, often need refrigeration and are sold into value-conscious occasions. IWSR said RTDs were the only major alcohol category that still grew in both volume and value in 2025, which gives producers some pricing power but also encourages faster repricing if can sheet, freight or utility costs stay high.

Regional exposure varies sharply depending on dependence on Hormuz-linked energy flows, industrial power prices, category mix and import reliance. Asia is most exposed because so much crude oil and LNG moving through Hormuz goes there. Europe faces high gas-linked pressure but benefits from taxes that dilute percentage changes at shelf. The United States is less exposed because domestic natural-gas production remains strong; EIA said U.S. marketed natural-gas production reached a record 118.5 billion cubic feet per day in 2025. Still, imported wine and can-heavy categories remain vulnerable there too.

Within Europe, electricity costs differ widely enough to change how much inflation reaches producers. Eurostat said average non-household electricity prices in the second half of 2025 ranged from €25.52 per 100 kilowatt-hours in Ireland and €22.64 in Germany to €7.48 in Finland and €9.70 in Sweden. That means a bottled-wine producer in Germany faces a different baseline from one in Sweden even before freight or packaging costs are added.

In India, state excise remains a major fiscal lever on alcohol pricing, which limits how much upstream cost pressure shows up directly on shelves but does not eliminate exposure to higher freight, packaging and energy costs. A government statement this year said diversification had shifted about 70% of crude imports onto routes outside Hormuz from about 55% earlier, improving resilience but not removing vulnerability to global price spikes.

Africa and Oceania face another problem: freight distance and fertilizer dependence. UNCTAD says one-third of global seaborne fertilizer trade passes through Hormuz, which matters for grapes, barley, apples and sugar inputs even where alcohol is produced locally. That makes import-dependent markets more sensitive than headline oil statistics alone would suggest.

The timing also matters. In the first few months after an energy shock, inventory already on shelves and fixed-price contracts can delay repricing. Over the next year or so, pass-through usually becomes more visible as contracts reset and distributors adjust surcharges. Banco de España has found that food-price effects from energy shocks tend to peak around 12 months after the initial move.

Over a longer horizon, producers can reduce exposure by changing packaging and process design: lighter bottles, bulk shipping with destination bottling where brand strategy allows it, more efficient refrigeration systems, renewable power contracts and hybrid furnaces that reduce gas use at glass plants. FEVE says hybrid furnaces can replace up to 80% of natural gas with electricity.

For now, though, the main story is that alcohol inflation in 2026 is being driven by costs far beyond the cellar or brewhouse floor. The biggest pressure is moving through bottles, cans, freight lanes and energy markets before it reaches shoppers at retail checkout counters.