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Eni Acquires Stake In Three Vaca Muerta Gas Blocks
The company signed an agreement to join the Argentina LNG integrated project, boosting global energy security by unlocking major unconventional gas resources.
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Eni has signed a Sale and Purchase Agreement to acquire a 32% interest in three unconventional upstream blocks within the Vaca Muerta basin: Meseta Buena Esperanza, Aguada Villanueva, and Las Tacanas. Following regulatory approval, the asset ownership will distribute as YPF holding 36%, with Eni and XRG each holding 32%. The cooperation combines YPF's regional geology expertise with Eni's technical history in floating liquefied natural gas infrastructure to address the logistical complexity of large-scale asset development.
Technical Architecture and Liquefaction Infrastructure
The three upstream blocks serve as the feedstock base for the Argentina LNG integrated development, an upstream-to-midstream infrastructure system. The technical solution leverages unconventional gas extraction to feed a planned processing facility with an aggregate capacity of 12 million tons per annum.
The midstream design splits production across two floating liquefied natural gas units, each rated for a capacity of 6 million tons per annum. This modular processing architecture allows the partnership to scale extraction and liquefaction operations in parallel, stabilizing processing pressure and maximizing thermal efficiency during the refrigeration cycle.
Midstream Integration and Value Chain Applications
The extracted hydrocarbons will transition directly from the regional pipeline networks into the floating liquefaction systems. Integrating industrial automation and specialized maritime platforms permits continuous gas-to-liquid conversion at the export point. The primary operational benefit of this unified value chain is the minimization of midstream transport bottlenecks, which ensures process stability and predictable flow rates from the wellheads to international transport vessels.
Expected Project Impact
By securing specialized development partners across the entire value chain, the project establishes a scalable framework to convert unconventional resources into export-grade commodities. The integration of the midstream floating units with the upstream acreage provides a reliable, long-term supply mechanism designed to optimize international energy distribution logistics and enhance operational maintainability.
Edited by Evgeny Churilov, Induportals Media - Adapted by AI.
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