Monday, 3 February 2025
Home Topics Fuel Chevron delivers industry first in ultra-high pressure oil field
FuelInfrastructureNewsOilTransmission

Chevron delivers industry first in ultra-high pressure oil field

90
FILE PHOTO: A Chevron gas station sign is seen in Austin, Texas, U.S., October 23, 2023.   REUTERS/Brian Snyder/File Photo
FILE PHOTO: A Chevron gas station sign is seen in Austin, Texas, U.S., October 23, 2023. REUTERS/Brian Snyder/File Photo

HOUSTON Chevron has achieved a technological breakthrough, producing first oil from a U.S. Gulf of Mexico field under extreme subsea pressures, the energy company said on Monday.

Its $5.7-billion project, called Anchor, ushers in an era of production from deepwater areas that had long been off-limits, because of the lack of equipment able to cope with pressures of up to 20,000 pounds per square inch.

Chevron and partner TotalEnergies expect the Anchor development to produce for 30 years.

At its peak, the floating platform will pump up to 75,000 barrels of oil and 28 million cubic feet of natural gas a day. The field is about 140 miles (225 km) off the coast of Louisiana.

“This industry-first deepwater technology allows us to unlock previously difficult-to-access resources and will enable similar deepwater high-pressure developments for the industry,” said Chevron Executive Vice President Nigel Hearne.

Another U.S. oil company, Beacon Offshore Energy, aims to replicate Chevron’s 20,000-psi feat at its Shenandoah deepwater field, also off the coast of Louisiana. That project has been delayed, with first oil expected in the second quarter of 2025.

BP discovered the Gulf of Mexico’s first 20,000-psi field, called Kaskida, in 2006, but the subsea technologies of the time did not allow development. Until now, subsea technologies have largely been capped at pressures of 15,000 psi.

But last month, BP greenlit development of the field, citing new developments. It plans to leverage subsea equipment designs and achieve first Kaskida oil production in 2029.

Chevron’s development will have seven subsea wells tied to the Anchor floating production platform. The subsea field is estimated to hold up to 440 million barrels of recoverable oil and gas.

“This Anchor milestone demonstrates Chevron’s ability to safely deliver projects within budget in the Gulf of Mexico,” said Bruce Niemeyer, head of Chevron’s Americas oil and gas production.

(Reporting by Gary McWilliams; Editing by Clarence Fernandez)

Related Articles

FILE PHOTO: People walk past an installation depicting barrel of oil with the logo of Organization of the Petroleum Exporting Countries (OPEC) during the COP29 United Nations climate change conference in Baku, Azerbaijan November 19, 2024. REUTERS/Maxim Shemetov/File Photo
BusinessOilPoliticsTrade

OPEC+ likely to stick to oil output hike plan, sources say

By Maha El Dahan, Ahmad Ghaddar and Olesya Astakhova LONDON (Reuters) -OPEC+...

FILE PHOTO: Republican presidential nominee and former U.S. President Donald Trump makes a campaign stop at manufacturer FALK Production in Walker, Michigan, U.S. September 27, 2024.  REUTERS/Brian Snyder/File Photo
BusinessEconomyIndustryInfrastructurePoliticsTrade

US metal buyers likely to turn to Mideast, Chile as tariffs bite

By Melanie Burton MELBOURNE (Reuters) -U.S. companies will look to the Middle...

FILE PHOTO: A general view of a Tesla store in Porsgrunn, Norway, December 24, 2021. REUTERS/Victoria Klesty/File Photo
BusinessElectric Vehicles (EVs)FinancePolitics

Tesla loses market share in Sweden, Norway as Musk looms large

OSLO (Reuters) – Tesla lost market share in Sweden and Norway in...

This aerial view on Sunday, Jan. 19, 2025, shows the Bataan Nuclear Power Plant in the Philippines, which has never produced a single watt of energy. (AP Photo/Anton L. Delgado)
ElectricityNuclear Power

Southeast Asia looks to nuclear power to supercharge its energy transition

JAKARTA, Indonesia (AP) — Southeast Asia’s only nuclear power plant, completed four...

Login into your Account

Please login to like, dislike or bookmark this article.