Delivering Sustainable Water Supply in the Atacama Desert

Society for Mining, Metallurgy & Exploration
James Spenceley Brady Hays Rene Dominguez Antonio Tafra
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
5
File Size:
6442 KB
Publication Date:
Jan 6, 2018

Abstract

"Extracting one of the world’s most valuable natural resources — copper — hinges on the availability of the world’s most essential resource: fresh water. But try sourcing fresh water in one of the driest places on Earth, Chile’s Atacama Desert.BHP, majority owner of the Escondida copper mine in Chile’s Antofagasta region and Minera Escondida Limitada (MEL), operator of the mine, were looking for sustainable solutions to deliver desalinated water to the mine, while protecting the environment and complying with the local water authorityregulations.The mining giant chose Black & Veatch to solve this challenge.Solving a global miningchallengeMines use large quantities of water for mineral processing and metal recovery. Water supply, and not mineral ore, is often the major constraint to mining production and development of projects, especially in Chile. Mining operations must have a reliable water source that complies with local regulations, without adversely impacting the environment or affecting the water supply of nearby communities.Worldwide, mining companies and their owners, shareholders and regulators are placing new levels of focus on minimizing the impact of mines on the surrounding landscape and communities. Balancing the economic benefits and needs of mining operations with the potential freshwater impacts requires mines to pay serious heed to the environmental and social issues related to water. Today, mining companies are being proactive and are taking action to protect precious freshwater resources while seeking opportunities to reduce and mitigate their water impact.Delivering a desalination solutionBHP and MEL needed an efficient, technologically advanced seawater desalination plant, along with a conveyance system and infrastructure that would carry desalinated water more than 180 km (112 miles) from the ocean to the mine. Four pumping stations convey the water to a reservoir at the mine site, which is 3,200 m (10,500 ft) above sea level."
Citation

APA: James Spenceley Brady Hays Rene Dominguez Antonio Tafra  (2018)  Delivering Sustainable Water Supply in the Atacama Desert

MLA: James Spenceley Brady Hays Rene Dominguez Antonio Tafra Delivering Sustainable Water Supply in the Atacama Desert. Society for Mining, Metallurgy & Exploration, 2018.

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