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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.
Unicus is designed to provide effective heat transfer with difficult materials, particularly those which have a high fouling potential yet need delicate handling.
Operators of industrial plants — whether chemical-processing, oil-and-gas or pulp-and-paper operations — face tough choices when it comes to repairing or replacing heat exchangers.
Suitable for heavily contaminated steam applications, the FT23 range is available in sizes 1.5 to 2" and two body materials: carbon steel body with stainless steel cover and stainless steel body with stainless steel cover.
Industrial processing facilities face an interesting balancing act. On one hand, they face the challenge of ensuring safety, quality, profit, environmental compliance and product reliability.
Breweries need power to produce their products, and power plants need consistent, high quality water to operate effectively. Because source water varies based on location, water chemistry and time of year, a power station for a major brewer in North America turned to two experienced process industries suppliers to deliver a means to a flavorful, robust and satisfying end.
Carbon residue -- also known as coke -- is the biggest offender when it comes to system safety. It can lead to fouling and, if not addressed, carbon-deposit-choked pipes, creating a fire hazard.
When designed with proper consideration of the pressure and temperature limitations, plastic heat exchangers operate reliably while delivering superior chemical resistance and high purity.
Why would thermoplastics —rather poor conductors, or good insulators, depending on your perspective — even be considered a feasible material for heat exchangers?
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