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SEI working paper

Watershed implications of shale oil and gas production in Vaca Muerta, Argentina

This paper looks at the potential risks of shale oil and gas expansion on the region’s water supply and quality, in order to better understand the industry’s impact on the watershed and on long-term water security.

Laura Forni, Marina Mautner, Romina Díaz Gómez / Published on 4 May 2021
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Citation

Forni, L., Mautner, M., Lavado, A., Fitzpatrick Burke, K., Diaz Gomez, R. (2021). Watershed implications of shale oil and gas production in Vaca Muerta, Argentina. SEI Working Paper.

Extraction of unconventional oil, Vaca Muerta, Argentina. Photo: Cristian Martin / Getty Images

Photo: Cristian Martin / Getty Images

As oil prices get closer to pre-pandemic levels, the likelihood increases that Vaca Muerta, Argentina, will expand shale oil and gas production. The authors look at the implications of this production on water resources, drawing from a literature review, publicly available spatial data, and the results of a water management study.

Key messages

  • A rapid increase in unconventional hydrocarbon production is underway in the Vaca Muerta region.
  • Climate change threatens the timing and quantity of water that will be available for competing uses, including agricultural, municipal, hydroelectric, and shale oil and gas production.
  • Shale oil and gas production could pose a water quality risk to water sources during both well completion and ongoing operations.
  • Improvements in data collection and management systems can help build knowledge on how watershed conditions change over time and across the region, and how the watershed is impacted by climate change and other factors.
  • A regulatory process that allows for collaboration and coordination among shale oil and gas producers and other water users can ensure that the hydrocarbon sector participates in and conforms with Integrated Water Resources Management (IWRM).
Download

Read the working paper / PDF / 3 MB

SEI authors

Laura Forni

Water Program Director

SEI US

Marina Mautner

Scientist

SEI US

Romina Díaz Gómez

Scientist

SEI US

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