When choosing which low temperature heat transfer fluid to use for your process, data such as density, viscosity and pour point need to be taken into consideration. In Process Cooling’s annual Cooling Capabilities Chart on Low Temperature Heat Transfer Fluids, we have compiled all of the data you need to choose a fluid for low temperature heat transfer fluid processes.

A heat transfer fluid with low electrical conductivity is essential for applications where electronics or electrical components are cooled either directly or indirectly (using a heat exchanger/cold plate) by the fluid.

VIEW FROM THE TOP shares C-level perspectives from leaders AND innovators of low temperature thermal-processing technology. Learn more about their companies, their industries and the events that have shaped their businesses, now and in the future. Get connected and read the VIEW FROM THE TOP.

Developing an industrial process chiller system for low temperature applications has many challenges, but it can be — and has been — done. This article discusses common challenges and shares insights into research that was used to design a chiller system that operates to -45°F (-43°C) fluid temperatures. 

With our Process Cooling 2019 index, you can revisit articles from this past year at a glance as we head into 2020.

The design and installation of efficient temperature control within plant systems has been subject to relatively little innovation for decades. 

Thirty years ago, heat transfer fluid (HTF) manufacturers would sell virgin fluids at inflated prices and dispose of the used thermal fluids without regard for the potential of remediating the used fluid. Times have changed.

Specifications for Calflo, Petro-Therm and Purity FG HTF heat transfer fluids, manufactured by Petro-Canada Lubricants Inc., have been added to aspenOne Engineering software. The companies expect the additions to the Aspen HYSYS and Aspen Plus modeling software to provide engineers with a range of solutions when designing a heat transfer system.

When choosing which low temperature heat transfer fluid to use for your process, data such as density, viscosity and pour point need to be taken into consideration. In Process Cooling’s annual Cooling Capabilities Chart on Low Temperature Heat Transfer Fluids, we have compiled all of the data you need to choose a fluid for low temperature heat transfer fluid processes.

The miniaturization of high powered electronics — and the requisite component density that entails — have led engineers to explore cooling methods of increasing complexity.