Chevron, Drillers to Supply Argentina Shale NGL Project
Chevron and two other Argentine shale producers will sign contracts this week to supply a natural gas liquids project, securing the $3 billion venture's go-ahead.

Chevron Corp. and two other major Argentine shale producers are set to sign contracts this week to supply a natural gas liquids (NGL) project, a move that virtually ensures the $3 billion venture moves forward, according to people familiar with the matter.
The contracts will commit feedstock from the Vaca Muerta shale formation, one of the world's largest unconventional oil and gas reserves, to the NGL project. This development is a significant step for Argentina's energy sector, which has been seeking to monetize its vast shale resources through export-oriented projects. The NGL venture, backed by a consortium of companies, aims to process natural gas into valuable liquids such as propane and butane for domestic use and export.
For energy traders, this project represents a potential shift in global NGL supply dynamics. Argentina's Vaca Muerta has long been touted as a game-changer, but infrastructure bottlenecks have delayed large-scale development. The signing of these supply contracts signals that the project is moving from planning to execution, which could increase global NGL availability in the coming years. Traders can track the progress of this and other energy projects on NowPrice's live fuel dashboard, which provides real-time data on supply and demand fundamentals.
Looking ahead, market participants will watch for further details on the project's timeline and capacity. The contracts are expected to be finalized this week, with construction potentially beginning later this year. If successful, the venture could pave the way for additional NGL and LNG projects in Argentina, further integrating the country into global energy markets. Investors should also monitor regulatory developments and infrastructure investments in the region, as these will be critical to the project's long-term viability.