#SaudiOilPipelineClosed
About SaudiOilPipelineClosed
Saudi Arabia confirmed a key oil pipeline linking Red Sea ports, a critical Hormuz bypass, has been shut after multiple drone strikes. Technical teams are assessing damage. Saudi officials said drones were launched from Iraqi territory with no group publicly identified. The closure extends supply risk from sea lanes to land infrastructure, deepening energy security concerns. Markets are watching whether actual disruption materializes and its impact on oil prices and global risk assets.
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Black smoke was seen near Saudi Arabia's East-West oil pipeline in satellite imagery reviewed by Reuters.
There has been no confirmation of an attack or other incident at the location.
The development comes as Saudi crude output falls to its lowest level in more than three decades and global oil prices remain above $100 a barrel.
$CL
A bypass only reduces risk while it remains available. The closure of Saudi Arabia's key Red Sea oil pipeline puts the resilience of alternative routes in focus, beyond Hormuz itself.
My read: the macro test is whether this becomes a sustained supply constraint. If it does, the implications for inflation could matter more to global risk assets than the initial headline.
#SaudiOilPipelineClosed
🚨🇸🇦🇮🇶 Saudi Arabia shut its main oil pipeline after drones from Iraq hit its pump stations
Riyadh's foreign ministry blamed drones out of Iraq for strikes on the East-West pipeline in the Riyadh and Madinah regions, reporting injuries and damage still being assessed.
The energy ministry shut the line as a precaution.
Satellite images show extensive fire damage at one pumping station near Al Mesba'ah.
The kingdom says it will not retaliate for now, at the Iraqi prime minister's request, to let Baghdad act against attacks launched from its soil.
That pipeline is the kingdom's lifeline.
Roughly 5 million barrels a day that once loaded in the Persian Gulf now cross the country to Yanbu because Iran shut Hormuz, and Saudi production just fell to its lowest since 1990.
Consider the box Riyadh is in. Its pipeline gets hit from Iraq, its Red Sea exit sits behind a coast the Houthis took this week, and its own defense minister warned Washington in July that Tehran would do exactly this through the proxies it has left.
Choosing not to strike back at Iraq is the only move that keeps this from becoming a third front.
Source: CNN, Al Jazeera / Writer: Daniel
Saudi Arabia's Petroline was just struck and has been shut down. This pipeline carries oil from eastern fields out to the Red Sea and is one of the main ways to bypass the Strait of Hormuz. Regardless of who claims responsibility, Iran has made it clear that no oil will leave the region unless they allow it.
#saudiarabia #crudeoil #geopolitics
My last tweet caught unprompted traction—and cue the usual bad faith replies in the mentions—but Saudi Energy Ministry just confirmed the kinetic Houthi hit.
Narrative pivot. it's no longer if, it's strictly the outage duration.
It appears this was a localized hit on a pump station rather than a sweeping strike spanning hundreds of kilometers. Damage assessment at the pad aside, I’m fading the idea that this flow impairment drags out.
As far as I know, there are several contingency plays for such events and I spoke with midstream engineers today. Here are the primary workarounds:
1) Heavily injecting Drag Reducing Agents(DRA). This is one of the fastest emergency levers available. At the fully operational pump station immediately upstream of the damaged site, operators inject large volumes of DRA—specialized polymer chemical additives. This kills boundary layer turbulence inside the pipe, collapsing frictional head loss.
Less frictional drag means the upstream head pushes barrels significantly further down the line. It's the standard emergency lever to claw back 10% to 40%+ of lost nameplate flow almost immediately without laying an inch of steel.
2) Hydraulic bypass & pressure rebalancing. Isolate the fried booster and redline the surrounding stations. Upstream station pegs its discharge pressure right against the pipe's MAOP ceiling.
Simultaneously the downstream station dials down its suction pressure floor to the absolute limit. Blowing out that delta-P forces the crude across the dead zone via pure brute-force hydraulics.
3) Tactical hardware deployments. Aramco can roll out trailer-mounted mobile pump skids (diesel/gas turbine-driven) straight to the site to patch the lost pressure head.
Alternatively close the ESDVs, isolate the manifold and crack the station bypass loop to free-flow barrels around the blast zone. If there are looped parallel segments or pipeline interties nearby, they can divert batches around the pinch point.
4) Lastly, adjusting crude viscosity—such as blending lower-viscosity crudes or condensates—is technically a method, but Saudi Arabia is not a light crude/condensate powerhouse, and maintaining crude quality integrity makes this practically unviable, so let's write that off.
Even running every emergency trick, some capacity haircut is baked in. Terminal hubs and refiners at Yanbu will just burn through regional storage buffers to bridge the delta while crews turn wrenches.
In conclusion, provided there are no follow-up attacks, these stopgap measures should preserve substantial throughput while repair crews work around the clock. The Saudis are about as prepared for this specific operational headache as anyone can be.
The binary risk is follow-up kinetic strikes. If not, this won't morph into a full-blown physical catastrophe. But as we all know, E/W pipeline aside global macro crude setup is already...
#oott #iran
JH
Looks like the Houthis might have actually scored a direct hit on the E/W pipeline. Confidence flag is tagged at maximum, and FRP printing above 70 MW blows way past conventional fire(~30 MW).
FRP >70 MW scream high-pressure crude rupture and blowout conflagration. Brightness is literally maxing out and clipping the saturation cap on the VIIRS I4 band.
Cross-referencing the delta between VIIRS and MODIS orbital passes, FRP anomaly printed 60+ MW for an 8 hour duration minimum. A garden-variety valve leak or routine gas venting simply cannot sustain that burn duration or heat signature.
Faded the controlled burn or flare stack hypothesis too. Pump stations sit dozens of clicks apart on the ROW, but these heat anomalies are tightly clustered along a sub-10km stretch.
No normal maintenance operation or controlled burn is conducted on such a massive scale simultaneously across multiple points spaced just kilometers apart along the pipeline route.
Something definitely went down.
#oott #iran
