What is Brent crude and why is it the global benchmark?

Brent crude is a blend of light sweet crude oils produced from fields in the North Sea (Brent, Forties, Oseberg, Ekofisk, and Troll — together BFOET). It is the dominant global crude oil price benchmark, used as the reference for approximately 70–80% of global crude oil trade. Brent is traded on the ICE Futures Europe exchange in London (ICE Brent contract). Its global benchmark status stems from its seaborne nature (easy international arbitrage), the depth of ICE Brent futures liquidity, and its long history as the Atlantic Basin and European reference grade. Most crude oil produced in Africa, the Middle East, Europe, and Asia is priced at a differential to Brent.

What is the difference between Brent and WTI crude oil prices?

Brent crude is a North Sea blend; WTI (West Texas Intermediate) is a US domestic crude produced primarily in the Permian Basin and other US fields, delivered at Cushing, Oklahoma. The key differences: WTI is slightly lighter and sweeter than Brent; WTI is a landlocked benchmark (Cushing is an inland pipeline hub) while Brent is seaborne. Historically Brent traded at a slight discount to WTI; from 2011 onwards (US shale boom), the Brent premium over WTI widened to $10–25/barrel as US shale production grew faster than pipeline and export capacity could handle. The Brent-WTI spread has narrowed since 2016 as US LTO export infrastructure improved, typically trading at $2–8/barrel Brent premium in 2024–2026.

How do crude oil benchmark prices affect petrol and diesel pump prices?

Crude oil is the largest single component of pump prices, typically representing 40–55% of the retail price before taxes. In Europe, petrol and diesel wholesale prices are set by reference to Platts (OPIS) assessments of refined product prices (Eurobob gasoline, ICE Low Sulphur Gasoil), which themselves are driven by the Brent crude benchmark plus refinery margins. A $10/barrel move in Brent translates to approximately 6–8 ct/litre change in the wholesale cost of petrol and diesel — equivalent to approximately 7–10 ct/litre at the pump (including VAT). The full pass-through to pump prices typically occurs within 1–2 weeks of a crude price change, with some asymmetry (prices rise faster than they fall).

What is the strategic petroleum reserve (SPR)?

The Strategic Petroleum Reserve (SPR) is a government-held emergency stockpile of crude oil maintained to cushion the impact of supply disruptions. The US SPR — the world's largest at approximately 400 million barrels (after drawdowns in 2022) — is stored in salt caverns along the US Gulf Coast. Other IEA member countries maintain equivalent reserves (typically 90 days of net imports). SPR releases, such as the coordinated 180 million barrel US release in 2022, temporarily add supply to the market and can moderate price spikes by 5–15%. The IEA coordinates international emergency stock releases among its 31 member countries.

What is an oil futures contract?

An oil futures contract is a standardised financial agreement to buy or sell a specified quantity of crude oil at a predetermined price on a future delivery date. The most traded contracts are ICE Brent (1,000 barrels per contract, cash-settled) and NYMEX WTI (1,000 barrels, physically deliverable at Cushing, Oklahoma). Futures allow producers, refiners, and consumers to hedge against price volatility, and provide transparent price discovery for the global oil market.

What is oil contango and backwardation?

Contango occurs when oil futures prices for later delivery months are higher than the current (spot) price — indicating ample supply and storage incentives. Backwardation is the opposite: near-term prices exceed later-month prices, signalling tight current supply. In April 2020, extreme contango caused WTI to briefly trade at negative prices as storage capacity ran out. In tight markets (2022), persistent backwardation of $2–5/barrel per month signalled strong immediate demand.

What is demand destruction in oil markets?

Demand destruction describes the reduction in oil consumption caused by sustained high prices. When crude oil prices remain above approximately $100–120/barrel for months, consumers and businesses respond by driving less, switching to public transport, deferring travel, or accelerating the adoption of more fuel-efficient vehicles and electric vehicles. Demand destruction acts as a natural ceiling on oil prices — the higher prices go, the more demand is destroyed, eventually rebalancing the market.

Understanding Crude Oil Benchmarks: Brent, WTI, Dubai & More Explained

Published 15 September 2026 · Updated 16 October 2026

The phrase "the oil price" is a simplification — there are hundreds of crude oil grades produced around the world, each with slightly different physical properties and logistical characteristics. Crude oil benchmarks are standardised reference grades whose prices are used as the foundation for pricing other crudes, refined products, and ultimately fuel at the pump. Understanding which benchmark matters for your fuel price — and why different grades trade at different prices — is the starting point for understanding how crude oil markets work.

For live crude-linked fuel prices, use the fuel price explorer. For the Brent crude benchmark in detail, see our Brent crude glossary entry. For how refinery margins add to the crude benchmark cost, see our refinery margin glossary entry.

Major global crude oil benchmarks

Benchmark	Region	Exchange	API gravity	Sulphur (wt%)	Role
Brent (BFOET)	North Sea	ICE London	~38°	~0.37%	Global benchmark (~70% of world crude)
WTI (Cushing)	USA, Permian Basin	CME (NYMEX)	~40°	~0.24%	US domestic; global financial reference
Dubai/Oman	Middle East	DME Dubai	~31°	~2.0%	Middle East crude priced east of Suez
Urals (Russian)	Russia	Platts assessment	~31°	~1.6%	Russian export crude; now primarily Asia-facing
Mars (Gulf of Mexico)	USA, GoM	Platts/OPIS	~29°	~1.8%	US Gulf Coast medium sour reference
Murban	UAE (Abu Dhabi)	IFAD (ICE Futures Abu Dhabi)	~40°	~0.6%	ADNOC flagship light crude; Asia benchmark aspirant

Brent crude: the global reference

Brent's dominance as the global benchmark has several foundations:

Seaborne delivery: Unlike WTI (delivered at a landlocked pipeline hub), Brent is assessed as a seaborne cargo — it can be arbitraged globally, making it a better global price reference
ICE Brent futures liquidity: The ICE Brent futures contract is one of the most liquid commodity contracts in the world, with millions of contracts traded daily. Deep liquidity means tight bid-ask spreads and accurate price discovery
Platts Dated Brent: The physical market benchmark is "Dated Brent" — assessed daily by Platts (now OPIS) from actual North Sea cargo deals. This feeds into term contracts globally
OPEC+ reference: Saudi Arabia and other OPEC+ producers price their official selling prices (OSPs) as differentials to Dated Brent for Atlantic Basin customers and as a differential to Dubai for Asian customers

For a detailed explanation of Brent, see our Brent crude glossary entry.

WTI crude: US reference and financial benchmark

WTI (West Texas Intermediate) is the benchmark for US domestic crude pricing and the underlying of the CME (NYMEX) Light Sweet Crude Oil futures — the world's most actively traded financial contract. Key WTI characteristics:

Physically delivered at Cushing, Oklahoma — a major inland pipeline hub
Very light and sweet: ~40° API, ~0.24% sulphur — one of the highest quality crudes in the world
The shale revolution from 2010 onwards transformed WTI into a global export benchmark, as US crude exports via Gulf Coast terminals grew to 4+ mb/d by 2025
WTI Houston (also called WTI Midland exported) now trades at a smaller discount to Brent than traditional WTI Cushing, reflecting improved pipeline export access

Dubai crude: the sour crude eastern benchmark

Most Middle Eastern crude is heavier and more sour (higher sulphur) than Brent or WTI. The Dubai/Oman benchmark — assessed on the Dubai Mercantile Exchange (DME) — serves as the reference for:

Saudi Aramco OSPs (official selling prices) for Asian customers — expressed as differentials to Oman/Dubai average
Iraqi, Kuwaiti, Abu Dhabi, and Iranian crude pricing to Asia
Approximately 20 mb/d of crude flowing from the Middle East to Asia

The Dubai discount to Brent reflects the quality differential: Dubai is heavier (~31° API) and more sour (~2.0% sulphur), requiring more complex refinery processing. For the technical aspects of sour crude refining, see our sour crude glossary entry.

The Brent-WTI spread: what it tells you

Period	Brent-WTI spread ($/bbl)	Driver
Pre-2011 (historical)	–1 to +2 (near parity)	Both reflect broadly similar global crude balance
2011–2013 (shale boom)	+15 to +28	US shale supply outpaced pipeline capacity; WTI bottlenecked at Cushing
2014–2016	+2 to +8	New Seaway/Longview pipelines resolved Cushing bottleneck
2018–2019	+8 to +12	Permian pipeline bottleneck during production growth surge
2020–2026	+2 to +8	Normalised as US export infrastructure expanded

Crude quality differentials: API and sulphur

All crude oil grades are characterised by two key quality metrics:

API gravity: A measure of density. Higher API = lighter crude. Light crudes (38–42° API) yield more petrol and diesel per barrel. Heavy crudes (22–28° API) yield more residual fuel oil and require more complex refinery processing
Sulphur content: Sweet crude (<0.5% sulphur) requires less costly desulphurisation. Sour crude (>0.5%) requires HDS (hydrodesulphurisation) units, which increase refining costs

The light-sweet premium (Brent/WTI over sour heavy grades) has widened since IMO 2020 (the global sulphur cap on shipping fuel), which increased demand for desulphurisation capacity and low-sulphur products. For how this affects shipping and energy costs, see our heavy fuel oil glossary entry.

What is crude oil and why does it matter?

Crude oil is a naturally occurring fossil fuel — a complex mixture of hydrocarbons formed over millions of years from ancient organic matter buried deep underground. When people ask "what is crude oil," the simplest answer is that it is the raw material from which petrol, diesel, jet fuel, heating oil, and thousands of petrochemical products are refined. The oil price per barrel — quoted in US dollars for a standard 42-US-gallon barrel (approximately 159 litres) — is the single most important commodity price in the global economy. A barrel of oil in litres is roughly 159, or approximately 42 US gallons. Understanding what crude oil is and how it is priced is the foundation for understanding why fuel prices move.

The cost of producing a barrel of oil varies enormously depending on the geology, geography, and extraction method. Oil production cost per barrel ranges from as low as $2-5/barrel for onshore Saudi Arabian fields to $35-50/barrel for deepwater offshore projects and $40-65/barrel for Canadian oil sands. The IEA World Energy Outlook provides detailed production cost curves by region. The Permian Basin breakeven oil price — the price at which US shale oil producers can profitably drill new wells — is approximately $40-55/barrel for most operators, though top-tier acreage can be economic at $30-35/barrel. These fracking oil production costs have fallen dramatically since the early days of the shale revolution (2010-2014), when breakeven prices exceeded $70-80/barrel. The shale oil breakeven price is a critical market threshold: when Brent or WTI trades below it, US drilling slows; when it trades above, new supply enters the market.

Oil futures, contango, and backwardation

Crude oil is traded not only as physical barrels but as futures contracts — standardised agreements to buy or sell oil at a specified price on a future date. An oil futures contract on ICE (for Brent) or NYMEX (for WTI) allows producers, refiners, airlines, and financial traders to lock in prices months or years ahead. The US EIA tracks daily crude futures prices across multiple maturities.

The shape of the futures curve reveals the market's view of supply and demand. When near-term futures trade at a lower price than longer-dated contracts, the market is in contango — this typically occurs when there is ample supply and storage is being filled, as happened dramatically in April 2020 when WTI front-month briefly went negative. When near-term futures trade at a premium to longer-dated contracts, the market is in backwardation — signalling tight current supply and strong immediate demand. OPEC's Monthly Oil Market Report discusses the futures curve structure in its monthly analysis. Understanding oil contango and backwardation matters because the futures curve shape affects how refiners price fuel purchases and how fuel hedging strategies are structured.

Oil price hedging and fuel hedging explained

Oil price hedging is the practice of using financial instruments — primarily futures contracts, options, and swaps — to lock in a future purchase or sale price for crude oil or refined products. Airlines, trucking companies, and shipping lines use fuel hedging to protect themselves against sudden price spikes. A fuel hedging strategy typically involves buying call options or entering into swap agreements that pay out if fuel prices rise above a predetermined strike price. The oil crack spread — the difference between crude oil input cost and refined product output value — is itself a tradeable hedge that refineries use to lock in their processing margin. The EIA's Today in Energy series regularly analyses hedging activity in the crude and refined products markets.

Oil supply and demand explained

Global oil demand is approximately 103-105 million barrels per day (mb/d), driven primarily by transport (road, aviation, shipping), industrial use, and petrochemical feedstock. The IEA Oil Market Report provides monthly demand estimates. On the supply side, OPEC and its allies (OPEC+) control approximately 40% of global production and actively manage output quotas to influence prices. Non-OPEC supply — led by US shale (Permian Basin), Brazil deepwater, Canada oil sands, and Guyana — provides the balance. When supply exceeds demand, inventories build and prices fall; when demand exceeds supply, inventories draw and prices rise. The concept of demand destruction describes the point at which high oil prices cause consumers and businesses to reduce their fuel consumption — by driving less, switching to public transport, or accelerating the shift to electric vehicles. Demand destruction typically becomes significant when crude oil prices sustain above $100-120/barrel for extended periods. The EIA Short-Term Energy Outlook models these supply-demand dynamics monthly.

Oil refining margin and the crack spread

The oil refining margin (also known as the gross refining margin or crack spread) is the difference between the market value of refined products produced by a refinery and the cost of the crude oil feedstock. When analysts discuss the oil crack spread, they typically refer to the 3-2-1 crack: the margin from processing 3 barrels of crude into 2 barrels of petrol and 1 barrel of diesel. Refining margins are a critical but often overlooked component of pump prices — in 2022, diesel crack spreads spiked to $60-90/barrel due to Russian supply disruptions and refinery closures, adding approximately 20-40 cents/litre to European diesel pump prices independently of crude oil price movements. For a deeper analysis of refining economics, see our oil refinery economics guide.

How benchmark crude prices link to pump prices

The relationship between Brent crude and petrol/diesel at the pump:

Crude oil is purchased at Dated Brent (or a differential to Brent) by refineries
Refined products (Eurobob gasoline, ICE Low Sulphur Gasoil) are assessed daily by Platts/OPIS — these are the wholesale product prices
Product prices = crude cost + refinery margin. Product assessments move closely with Brent but can diverge when refinery margins spike or collapse
Wholesale fuel at the terminal is the product price + distribution cost
Pump price = wholesale + excise duty + retail margin + VAT

A $10/barrel (~$0.063/litre) Brent move typically translates to approximately 6–8 ct/litre at the wholesale level — and approximately 7–10 ct/litre at the pump (including VAT at 20–25%). Full pass-through typically occurs within 1–2 weeks. For how excise and VAT distort the crude-to-pump relationship across countries, see our petrol price per litre explained guide.

Frequently asked questions

What is Brent crude and why is it the global benchmark? Brent crude is a North Sea light sweet blend traded on ICE London. It is the global benchmark for ~70–80% of world crude trade because it is seaborne (globally arbitraged), has deep ICE futures liquidity, and is assessed daily by Platts as "Dated Brent." Most crude oil in Africa, Middle East, Europe, and Asia is priced at a differential to Brent.: Brent crude is a North Sea light sweet blend traded on ICE London. It is the global benchmark for ~70–80% of world crude trade because it is seaborne (globally arbitraged), has deep ICE futures liquidity, and is assessed daily by Platts as "Dated Brent." Most crude oil in Africa, Middle East, Europe, and Asia is priced at a differential to Brent.
What is the difference between Brent and WTI crude oil prices? Brent is a North Sea seaborne benchmark; WTI is a US domestic crude delivered at Cushing, Oklahoma. WTI is slightly lighter and sweeter. Since the US shale boom (2011), Brent has typically traded at a premium to WTI of $2–8/bbl (with wider spreads during US pipeline bottlenecks). Both are major financial benchmarks: ICE Brent and CME NYMEX WTI are the world's two most actively traded crude futures.: Brent is a North Sea seaborne benchmark; WTI is a US domestic crude delivered at Cushing, Oklahoma. WTI is slightly lighter and sweeter. Since the US shale boom (2011), Brent has typically traded at a premium to WTI of $2–8/bbl (with wider spreads during US pipeline bottlenecks). Both are major financial benchmarks: ICE Brent and CME NYMEX WTI are the world's two most actively traded crude futures.
How do crude oil benchmark prices affect petrol and diesel pump prices? Crude oil represents ~40–55% of pump prices before taxes. A $10/barrel Brent move translates to ~6–8 ct/litre at wholesale, or ~7–10 ct/litre at the pump (inc. VAT). Pass-through takes 1–2 weeks. High-tax markets (UK, France, Netherlands) are less sensitive proportionally — because excise duty is fixed, crude makes up a smaller share of the total pump price.: Crude oil represents ~40–55% of pump prices before taxes. A $10/barrel Brent move translates to ~6–8 ct/litre at wholesale, or ~7–10 ct/litre at the pump (inc. VAT). Pass-through takes 1–2 weeks. High-tax markets (UK, France, Netherlands) are less sensitive proportionally — because excise duty is fixed, crude makes up a smaller share of the total pump price.
What is the strategic petroleum reserve (SPR)? The Strategic Petroleum Reserve is a government-held emergency crude oil stockpile. The US SPR (~400 million barrels post-2022 drawdowns) is the world's largest, stored in Gulf Coast salt caverns. IEA member countries maintain at least 90 days of net imports as emergency reserves. Coordinated SPR releases can moderate price spikes by 5-15%.: The Strategic Petroleum Reserve is a government-held emergency crude oil stockpile. The US SPR (~400 million barrels post-2022 drawdowns) is the world's largest, stored in Gulf Coast salt caverns. IEA member countries maintain at least 90 days of net imports as emergency reserves. Coordinated SPR releases can moderate price spikes by 5-15%.
What is an oil futures contract? An oil futures contract is a standardised agreement to buy or sell crude oil at a set price on a future date. The two most traded are ICE Brent (1,000 barrels, cash-settled in London) and NYMEX WTI (1,000 barrels, physically deliverable at Cushing, Oklahoma). Futures provide transparent price discovery and allow producers, refiners, airlines, and traders to hedge price risk.: An oil futures contract is a standardised agreement to buy or sell crude oil at a set price on a future date. The two most traded are ICE Brent (1,000 barrels, cash-settled in London) and NYMEX WTI (1,000 barrels, physically deliverable at Cushing, Oklahoma). Futures provide transparent price discovery and allow producers, refiners, airlines, and traders to hedge price risk.
What is oil contango and backwardation? Oil contango is when futures prices for later months exceed the current spot price — signalling ample supply and storage incentives. Backwardation is the reverse: near-term prices trade above later months, indicating tight current supply. In April 2020, extreme contango briefly pushed WTI negative; in 2022, persistent backwardation signalled acute supply tightness.: Oil contango is when futures prices for later months exceed the current spot price — signalling ample supply and storage incentives. Backwardation is the reverse: near-term prices trade above later months, indicating tight current supply. In April 2020, extreme contango briefly pushed WTI negative; in 2022, persistent backwardation signalled acute supply tightness.
What is demand destruction in oil markets? Demand destruction is the reduction in oil consumption triggered by sustained high prices. When crude remains above ~$100-120/barrel, consumers drive less, switch to public transport, and adopt fuel-efficient or electric vehicles. This acts as a natural price ceiling — the higher prices go, the more demand is destroyed, eventually rebalancing supply and demand.: Demand destruction is the reduction in oil consumption triggered by sustained high prices. When crude remains above ~$100-120/barrel, consumers drive less, switch to public transport, and adopt fuel-efficient or electric vehicles. This acts as a natural price ceiling — the higher prices go, the more demand is destroyed, eventually rebalancing supply and demand.