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Specific commercially available elastomers are a better match — or mismatch — for different thermal fluid types. Considering chemical compatibility may influence fluid or seal choices in your application.
Fluid degradation can lead to expensive maintenance costs and shutdowns due to fouling and loss of heat transfer capacity. Fluid reclaiming allows a processor to reprocess and reuse degraded fluid.
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.
Heat transfer fluid heating systems often are a critical aspect of many manufacturing processes. If the heat transfer fluid running through these systems is not properly operated, monitored and maintained, fluid replacement may be required before the expected fluid lifetime.
Used to allow for thermal expansion of the thermal fluid while operating at process temperatures, an expansion tank is an essential part of any thermal fluid heating system. Learn the recommended operating procedures for liquid-phase heat transfer systems using synthetic organic heat transfer fluids.
When designing liquid-phase heat transfer systems, much of the focus is on the furnace, heat exchangers and pumps. But, the expansion tank is a critical component that should not be overlooked.
In December, Process Heating hosted a webinar on “What to Consider When Making the Buying Decision about a Heat Transfer Fluid for Your System.” (If you missed it, you can watch the archived version on our website.)