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.
Process water, the treated non potable water used in boiler feed systems, cooling circuits, chemical dilution, rinsing, and general industrial processes, carried a firm and well supported demand profile into H1 2026. Its pricing was shaped by capacity expansions across the chemical, pharmaceutical, food and beverage, and wider manufacturing sectors, all of which depend on consistent quality treated water for operational continuity and product integrity.
Through H1 2026, procurement conditions across key industrial regions reflected steady to slightly elevated demand. Manufacturing activity in Asia Pacific kept volumes robust, while water stress in certain industrial corridors added tightness to regional availability. In Europe, tightening environmental and water quality regulations sustained elevated treatment costs even where industrial output was stable. In North America, facility expansions and production ramp ups maintained a consistent demand pull, leaving the market balanced with a modest upward bias. Latin American markets saw gradual demand increases tied to industrial output growth, moderated by logistical and infrastructure constraints. A defining theme of the half was wider integration of water recycling and closed loop treatment systems as operators sought to reduce freshwater dependence; while this moderated intake volumes, it raised quality requirements for recirculated water and sustained treatment service costs.
Analyst Insight
According to Procurement Resource, process water costs should stay firm through H2 2026, supported by industrial activity, stricter environmental standards, and advanced treatment adoption.
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The process water market in the year 2025 showed a gradual rise in the prices of the product. This was because the demand for the product was rising in industries such as the chemical industry, the pharmaceutical industry, the food and beverage industry, and the manufacturing industry. These industries were expanding their capacities in order to cater to the growing demand from consumers and the market globally.
The industries were also focusing more on the sustainability of the water they were using in the processes. This was because of the environmental policies that were becoming stricter in the market, and the water shortage in the market was affecting the supply of the product.
The industrial operators were increasingly using water management technologies and automation systems to optimize water usage, avoid downtime, and deliver consistent product quality. This approach not only minimized risks but also created a new need for treated process water.
Overall, the market continued to show healthy growth with moderate pricing pressures, driven by growing industrial production and sustainability initiatives that reinforced the need for reliable process water supplies.
Process Water refers to water which cannot be classified as drinking water, but is used in relation to industrial plants, production facilities, and power plants. It covers the wide range of boiler feed water, cooling water for heat engine or exchangers, chemicals dilution, etc.
Process Water should typically have a conductivity between 0.1 and 50 uS/cm, with little or no hardness to prevent scaling in a heating system. As oxygen and carbon dioxide cause corrosion, they should be removed to prevent it. Further, the water quality requirements may vary based on its application.
Boiler make-up water, Cooling tower make-up water, Coating and plating, Rinsing and spraying, Washing, Others
Lenntech B.V., Veolia Environnement SA, Suez SA, Silhorko-Eurowater A/S, BQUA Company
CurrencyUS$ (Data can also be provided in local currency)
Supplier Database AvailabilityYes
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