India's weak monsoon and depleted reservoirs have increased groundwater reliance, with extraction at 61% of resources and agriculture using 87%. This may raise pumping costs and reduce water availability, pressuring prices upward.
Megadrought prompts federal threat to cut Colorado River water allocations by up to 40% over 10 years if states fail to agree. Drastic reduction in supply will raise costs for agriculture, cities, and hydropower users.
Cooling water is central to industrial thermal management, drawn from cooling-water systems to reject process heat across chemical processing, oil and gas, power generation, steel, paper, pharmaceuticals and, increasingly, the data-centre sector. Because water offers a high specific heat capacity and moves heat efficiently, it remains the preferred medium for liquid cooling, and its delivered cost is shaped less by any single raw material than by freshwater availability, the energy needed for pumping and treatment, and the chemistry that keeps recirculating loops clean and corrosion-free.
Through the first half of 2026, cooling water costs held firm and carried a modestly elevated tone as demand stayed structurally strong. The continued build-out of AI, cloud and high-performance computing kept data-centre operators competing for reliable cooling capacity, while traditional process industries maintained steady offtake. The principal swing factor remained the feedstock side, essentially water supply together with the power and treatment chemistry behind it; where freshwater was abundant and energy tariffs contained, costs stayed balanced, whereas water-stressed regions saw conditions tighten. Asian demand held robust on expanding manufacturing and digital infrastructure, European material carried a premium where drought and elevated energy costs pressed on supply, and North American costs firmed alongside surging hyperscale cooling needs.
Analyst Insight
According to Procurement Resource, cooling water is likely to remain firm to elevated as data-centre expansion and water-scarcity concerns keep supply tight, although wider adoption of efficient and circular cooling systems should help steady long-term availability and cost.
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In 2025, the cooling water market experienced a moderate increase in prices, largely driven by the growth of data centres in the U.S. and globally. The rising demand for AI, cloud computing, and big data analytics led to larger and more energy-intensive facilities, increasing the need for reliable water-based cooling systems. Cooling systems accounted for a significant portion of data center energy consumption, which in turn raised the demand for both water and energy-efficient cooling solutions.
Companies started exploring new technologies like underground thermal energy storage (UTES) to reduce peak cooling demand and improve energy efficiency. This focus on sustainable and resilient cooling methods added pressure to the cooling water market, as operators sought stable supplies to meet continuous operational needs. Environmental concerns and water scarcity in many regions also contributed to tighter supply conditions, supporting price increases.
As several processes involved in commercial production produce heat during operations, the ability to control the temperature of the process fluids is essential to ensure efficient and continuous production. Thus, to cope up with this situation, Cooling Water from the cooling water system is used to reject process heat in various industries. Liquid-cooling provides higher thermal conductivity as compared with the air cooling.
Water has high specific heat capacity among other commonly available liquids at room temperature and atmospheric pressure, which allows efficient heat transfer over distance with low rates of mass transfer. A proper treatment of cooling water provides optimum service conditions, further extending the life of the deployed cooling systems significantly.
Chemical processing, Oil and gas industries, Plastic manufacturing , Paper manufacturing, Paints, Steel plants / rolling mills / metal casting / metal forging plants, Rubber manufacturing and process industries, Pharmaceuticals
Lenntech B.V., Veolia Environnement SA, Suez SA, Silhorko-Eurowater A/S, BQUA Company
CurrencyUS$ (Data can also be provided in local currency)
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