Data Center Cooling Fluid Analysis

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• data center
• liquid cooling system
• direct-to-chip fluids

Your data center’s reliability does not depend on equipment alone. It also depends on the condition of the fluids running behind the scenes every day.

As computing density rises and liquid cooling adoption grows, fluid condition plays a bigger role in cooling performance, backup power readiness, and overall system reliability. Our latest white paper shows how analytical fluid analysis helps uncover hidden risk across direct-to-chip cooling fluids, immersion dielectric fluids, chilled water loops, glycol-based coolants, stored diesel fuel, transformer oil, and generator oil/coolants.

There are approximately 11,000 globally operational data centers across 174 countries. The U.S. accounts for roughly 37% or around 4,000+ of these centers. Reports indicate that there are 487 actively under construction and 975 facilities upcoming or in the pipeline in the U.S. Globally there are roughly 670 to 780 hyperscale or large scale data center projects in the pipeline.

Currently 20% of these systems are liquid cooled with expectations rising to 38% in 2026. This necessitates adopting best maintenance practices and quality monitoring of the fluid. This is where Bureau Veritas can partner with you to ensure the cooling fluids in your operations are doing the job needed to maximum efficiency and longevity.

Data centers are literally getting hotter. With AI and high performance computing turning out massive amounts of power, the traditional air cooling just can’t keep up with the task at hand.

Liquid transfers heat around a thousands times more efficiently than air, delivers more kilowatts per pack, reduced energy costs by approximately 10%, reduces noise, extend equipment lifespan by reducing thermal stress and packs more power into a smaller footprint thus making it the clear choice for high-capacity data centers.

Liquid cooling is more efficient way to control the heat. The efficiency will be dependent upon properly maintaining the cooling fluid.

DIRECT-TO-CHIP FLUID ANALYSIS

Semi-annually is acceptable for lower-risk systems with stable operating conditions, closed-loop systems having minimum exposure and well maintained filtration. A more frequent test schedule may be necessary if the system operates at higher temperatures, functions in full or partial open-looped mode, has a history of coolant degradation, is in its startup phase, has experienced leaks, contamination issue, or mission critical data center operation.

LIQUID COOLING SYSTEMS

Modern data centers increasingly rely on liquid cooling to manage the thermal demands of high-density computing. Bureau Veritas provides comprehensive fluid analysis programs to monitor coolant health, detect contamination, and prevent costly failures. Our testing covers:

• Direct-to-chip cooling fluids
• Immersion cooling dielectric fluids
• Chilled water loop analysis
• Glycol-based coolant systems

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Identify Problems Within Equipment Reliability

Equipment reliability begins with a consistent fluid analysis program. Bureau Veritas global network of state-of-the-art testing facilities provides accurate, reliable results you can depend on to keep your data center up and running efficiently. Testing frequency depends on many factors but industry standards recommend quarterly testing. Best practices recommend testing glycol-based coolants quarterly (at least 4 times per year) for the following:

• Glycol concentration
• pH balance
• Inhibitor depletion
• Corrosion indicators
• Visual assessment

Bureau Veritas has been providing testing, inspection and certification services for nearly 200 years to clients in hundreds of industries from automotive to manufacturing, data center & renewable power to navigate market changes and make a demanding new world safer. With 7,500 employees and 130 locations in North America alone, and a network of 78,000 in 1,500 local offices and laboratories in 140 countries across the world, Bureau Veritas’ global operations and digital solutions go beyond simple compliance to help organizations large and small reduce risk, improve performance and promote sustainable development.

Ready to strengthen your transformer reliability strategy?

And while this paper focuses on data centers, the same expertise also supports a broad range of power generation applications.

Bureau Veritas provides analytical fluid analysis across nuclear, coal, natural gas, wind, and solar operations, helping operators protect critical cooling, lubrication, insulation, and fuel systems.

📩 Contact us: ocminfo@bureauveritas.com

WHITE PAPER