Energy infrastructure • Oil

Global Oil & NGL Pipelines

Operating and under-construction oil and NGL pipelines worldwide. The global crude oil pipeline network connects production basins to refineries and export terminals, with the largest systems in the US, Russia, China, and the Middle East.

Source: Global Energy Monitor — Global Oil Infrastructure Tracker, CC BY 4.0

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What the map argues

Pipelines are the bypass, and the leverage

Most oil moves by sea: the EIA estimates about 76 percent of world petroleum supply travelled by water at some point in early 2025, which is why the chokepoints carry the risk premium. The Strait of Hormuz moved 20.9 million b/d in the first half of 2025, about a fifth of global consumption and a quarter of seaborne oil; Malacca, the largest chokepoint, moved 23.2 million b/d[2]. The pipelines on this map are, among other things, the only structural answer to that exposure.

The answer is thinner than the lines suggest. The two working Hormuz bypasses, Saudi Arabia's East–West line (5 million b/d nameplate) and the UAE's ADCOP to Fujairah (1.8 million b/d), hold only about 2.6 million b/d of actually available spare capacity between them, roughly an eighth of what the strait carries[2,3]. Nameplate capacity is the number in press releases; spare capacity is the number that matters in a closure.

And a pipeline concentrates leverage as much as it relieves it. The Caspian Pipeline Consortium line carries the large majority of Kazakhstan's oil exports (the consortium says over two-thirds, newswires over 80 percent) across Russian territory to one Black Sea terminal; in 2025 alone it was cut 30–40 percent by a drone strike on a pumping station, throttled by a Russian regulator's mooring suspensions, and hit again at the terminal in November[4,5,6]. Druzhba tells the same story as politics: its southern branch's repair and restart in April 2026 moved together with Hungary and Slovakia lifting their veto on the EU's Ukraine loan, and days later Russia announced the end of Kazakh transit to Germany's Schwedt refinery, closing the last northern-branch flow[7,8].

inferred Read the map with both hands, then: solid lines reduce chokepoint exposure only to the extent of their spare capacity, and every line that crosses a third country trades marine risk for political risk. Where a route has neither slack nor an alternative, that is where a disruption becomes a price event.

Sources (8)
  1. [1] Global Energy Monitor, Global Oil Infrastructure Tracker (CC BY 4.0): pipeline routes and status.
  2. [2] US EIA, World Oil Transit Chokepoints (updated March 2026): Hormuz 20.9 mb/d and Malacca 23.2 mb/d in 1H2025; ~76% of world petroleum supply moved by sea; bypass-pipeline capacities.
  3. [3] US EIA, Today in Energy (16 June 2025): about 2.6 million b/d of Saudi and UAE pipeline capacity available to bypass the Strait of Hormuz.
  4. [4] Hydrocarbon Processing (4 December 2025): Kazakhstan reroutes exports after a drone attack cuts CPC capacity; CPC carries over 80% of Kazakh oil exports.
  5. [5] The Astana Times (28 February 2026): ~63 Mt of Kazakh oil via CPC in 2025; the consortium's own share figure (more than two-thirds of exports).
  6. [6] The Maritime Executive (April 2025): Russian regulator suspends CPC moorings at Novorossiysk, roughly halving loading capacity.
  7. [7] Euronews (21 April 2026): Druzhba's southern branch repaired and restarted, in step with the EU loan and sanctions negotiation.
  8. [8] Al Jazeera (22 April 2026): Russia announces the halt of Kazakh oil transit to Germany via Druzhba from 1 May 2026.

Pipeline geometries from GEM's Global Oil Infrastructure Tracker (CC BY 4.0); lengths computed from route geometry. Chokepoint volumes and bypass capacities from the US EIA's March 2026 World Oil Transit Chokepoints brief (1H2025 figures). CPC and Druzhba events cite the outlets named; attribution of the January 2026 Druzhba strike is disputed between the parties. The closing read is this analyst's inference.

Data sources

Global Energy Monitor Global Oil Infrastructure Tracker (CC BY 4.0).

Pipeline lengths computed from GeoJSON route geometry (haversine distance).