Water scarcity drives mining sector to adopt liquid cooling technologies

May 22, 2026 2 min read

Schneider Electric stated that liquid cooling systems are becoming increasingly important as mining operations adopt AI, automation and high-density computing infrastructure.

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The digitalization of mining and the expansion of AI-driven systems are increasing demand for new technology infrastructure.

In this context, liquid cooling technologies are gaining relevance for their potential to reduce water consumption and improve energy efficiency.

The growing digitalization of large-scale mining operations and the expansion of systems based on artificial intelligence, advanced analytics and automation are driving increased demand for digital infrastructure and data centers capable of processing large volumes of information in real time.

However, this technological expansion is unfolding alongside a worsening global water scarcity crisis, where industrial operations increasingly compete with communities and ecosystems for limited water resources.

According to the World Economic Forum (2025), data centers — a critical component of digital operations across multiple industries — require significant volumes of water for cooling processes.

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The organization noted that advanced thermal management technologies such as liquid cooling could reduce water consumption by up to 91%, lower energy use by approximately 50% and decrease required physical space by up to 85% compared with traditional air-cooling systems.

In this context, liquid cooling solutions and closed-loop systems are emerging as alternatives designed to reduce the water footprint of digital infrastructure while supporting the growing computational demands of data-intensive industries.

Unlike conventional systems, these technologies use fluids with higher thermal capacity to capture and transfer heat generated by computing equipment, enabling more efficient heat dissipation with lower dependence on water evaporation.

Mining drives demand for high-density digital infrastructure.

The expansion of data-driven mining operations, automation and artificial intelligence is also increasing demand for data centers capable of supporting high-density computing workloads.

In response, Schneider Electric has developed liquid cooling solutions designed for data centers supporting artificial intelligence, advanced analytics and GPU-based servers.

According to the company, these technologies make it possible to manage heat generated by high-performance computing systems more efficiently through tools such as coolant distribution units (CDUs) and direct-to-chip cooling solutions.

The objective is to transfer heat away from critical components into controlled cooling circuits, enabling more compact, resilient and scalable digital operations.

César González, Business Developer Manager Systems Secure Power – South Andean Cluster at Schneider Electric, explained:

“In industries such as mining, where operations increasingly depend on real-time data processing, digital infrastructure efficiency becomes a strategic factor. Technologies such as liquid cooling make it possible to manage high-density workloads with greater thermal efficiency while also helping reduce pressure on critical resources such as water.”

Water scarcity accelerates cooling innovation.

As mining operations become increasingly automated and data-driven, industry specialists believe more efficient technology infrastructure will be essential to maintaining operational continuity while reducing pressure on natural resources.

The growth of AI-based solutions, automation and real-time processing is increasing thermal demands on data centers and industrial computing systems.

Against this backdrop, liquid cooling technologies are emerging as an alternative for improving energy efficiency and reducing water consumption in regions affected by water scarcity.