Dynalene Joins the Open Compute Project — Driving the Future of Sustainable Cooling

Dynalene is proud to announce its official membership in the Open Compute Project (OCP) community. This milestone marks an exciting step forward in advancing sustainable and efficient cooling solutions for the data center and technology industries.

As a new Community Member, Dynalene joins a global network of innovators collaborating to design open, scalable technologies that reduce environmental impact and improve performance. This partnership reinforces Dynalene’s commitment to driving the future of liquid cooling innovation, supporting the OCP’s mission to make high-performance computing more energy-efficient and sustainable.

Stay tuned as Dynalene continues to contribute its expertise and insights to help shape the next generation of cooling technologies for a greener, more connected world.

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Immersion Coolants for Data Centers: Selection Criteria

There are many types of coolants used for immersion cooling of IT equipment in data centers. These coolants can be hydrocarbon-based, esters (natural or synthetic) or fluorocarbons. Depending on their properties, they may be used in single-phase immersion or two-phase immersion. This article will discuss the main property considerations for coolants used in data center immersion cooling and provide a useful comparison of each chemistry to aid in fluid selection.

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Onsite dilution with various water types

There are many types of coolants used for immersion cooling of IT equipment in data centers. These coolants can be hydrocarbon-based, esters (natural or synthetic) or fluorocarbons. Depending on their properties, they may be used in single-phase immersion or two-phase immersion. This article discusses the main property considerations for coolants used in data center immersion

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“Dynalene Presents at ITherm 2024 in Denver Colorado, May 2024”

Dynalene R&D Manager Dr. Sreya Dutta presented her research on low electrical conductivity coolants as alternatives to perfluorinated fluids for electric cooling applications at the 2024 ITherm conference.  The event was held on May 28-31 in Denver, Colorado. Click the “Download” button to access your free copy of the PDF presentation. Download PDF Presentation

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Natural Gas Dehydration: The Advantages of Dynalene’s Ion Exchange Process to Regenerate Triethylene Glycol (TEG)

Salt contamination in natural gas dehydration systems can lead to corrosion and decreased efficiency. Dynalene’s ion exchange processes offer a cost-effective way to remove these contaminants and restore system performance. This article explores their effectiveness through a case study conducted at Gill Ranch Storage.

Natural Gas Dehydration: The Advantages of Dynalene’s Ion Exchange Process to Regenerate Triethylene Glycol (TEG) Read More »

Ion Exchange Cartridges for Low Electrical Conductivity Coolants

Ion Exchange Cartridges for Low Electrical Conductivity Coolants Introduction Liquid cooling of thermally sensitive electronic components is more efficient than air cooling due to its superior heat transfer properties.   Glycol/water-based low electrical conductivity coolants, such as the Dynalene LC family of fluids, offer superior indirect cooling for various applications, including fuel cells, batteries, electric vehicles,

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The Importance of Low Electrical Conductivity Coolants in Electric Vehicles

Enhancing Efficiency and Performance: The Importance of Low Electrical Conductivity Coolants in Electric Vehicles Introduction: As the automotive industry undergoes a transformative shift towards sustainable and eco-friendly solutions, electric vehicles (EVs) have emerged as a leading contender in the race for a cleaner future. While the focus has predominantly been on battery technology and motor

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