Industry Economics & Competitiveness

Cost of Cooling Water - Brazil

Cooling Water costs are part of the Industry Economics & Competitiveness in Brazil report | Updated on June 4th, 2026

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Cooling Water Price Chart

Cooling Water Cost in Brazil

The chart above illustrates Cooling Water cost assessments, in US Dollar Cent per cubic meter (USD cent/m3), from May 2022 through May 2023, as described below:

  • cash cost, on-site: Cooling Water, Brazil, cash cost, formula, on-site (typical consumer facility)
  • contract price, exw: Cooling Water, Brazil, contract price, exw, formula
  • cash cost, off-site: Cooling Water, Brazil, cash cost, formula, off-site (large supplier)

In May 2023, the on-site cash cost for Cooling Water in Brazil reached 7.64 USD cent per cubic meter, representing a decrease of 2.37% compared to April 2023. Looking at the broader trend, Cooling Water costs at on-site locations in Brazil have declined by 1.66% over the 12-month period from May 2022 to May 2023. During May 2023, Cooling Water in Brazil was priced at 5.77 USD cent per cubic meter on an ex-works contract basis, marking a 2.71% reduction from the previous month. Across the full year from May 2022 to May 2023, contract prices for Cooling Water in Brazil have decreased by 2.20%. As of May 2023, the off-site cash cost for Cooling Water supplied by large suppliers in Brazil was 4.53 USD cent per cubic meter, down 4.26% from April 2023. Throughout the 12-month period ending in May 2023, off-site Cooling Water costs in Brazil have fallen by 3.18%.

The figures shown are illustrative and represent a historical sample from Intratec Industry Economics & Competitiveness. For up-to-date monthly competitiveness benchmarks and industrial cost data across 33 countries, subscribe to Intratec Industry Economics & Competitiveness.

Other Utility Costs

Cooling Water is one of 10 industrial utilities priced monthly — reference data for cost analysis, project evaluation, and competitiveness studies

10 Utilities Priced Monthly

Steam, hydrogen, oxygen, nitrogen, and 6 other key process utilities.

Forward-Looking Series

Short-term forecasts on selected utilities.

10-Year Monthly History

A decade of monthly data for trend analysis and modeling.

Beyond Utility Costs

Industrial utility costs are part of the Industry Economics & Competitiveness subscription — a monthly program benchmarking commodities manufacturing competitiveness across 33 countries.

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33 Key Countries

Country-by-country monthly reports covering major industrial hubs — USA, China, Germany, Japan, Brazil, India, and more.

7 Industries Covered

Industry-specific rankings across olefins, aromatics, alcohols & organic acids, polymers, fertilizers, inorganic chemicals, and metals.

Reference Datasets

Country-level datasets for estimating individual cost items — labor, utility costs, plant construction costs, and location factors.

Monthly Updates

Fresh data every month, always reflecting the most recent period available, with short-term forecasts on selected series.

Frequently Asked Questions

Monthly Cooling Water cost assessments for Brazil are part of the Industrial Utility Costs dataset, included on Advanced and Ultimate plans. Cooling Water sits alongside 9 other industrial utilities — steam, cooling water, compressed air, nitrogen, oxygen, carbon monoxide, demineralized water, process water, and chilled water — each tracked on the same monthly basis.

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Every month, on the 3rd business day, for Advanced and Ultimate subscribers. Each release covers the most recent period available at the time of publication.

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As a monthly PDF report, with download and print enabled on Advanced and Ultimate plans. The same data is available through the Excel Add-In, Power BI connector, and REST Web API for direct integration into spreadsheets, dashboards, or models.

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About Cooling Water

Cooling water is a fundamental utility used to dissipate heat from industrial processes. It circulates through heat exchangers and other cooling systems, absorbing heat from equipment and processes. The heated water is then cooled, often through evaporation in cooling towers, before being recirculated.