Heat Transfer is a major consideration for process engineers. Trimming a couple of degrees out of a free cooling system for a large office or hospital building, or capturing boiler exhaust heat to preheat combustion air can significantly improve operations, save operating dollars and reduce carbon footprints. Anodizing, plating, heat treating and parts washer temperature control demands precise control of energy inputs to assure predictable results. Our PHE and Plate Coil systems make this a routine operation. Chemical processing systems often have operating temperatures and chemistries that exceed the bounds of elastomeric seals used in some heat transfer devices. We have customizable solutions for these conditions. Specialty reactors and distillation columns for the Fuel Ethanol industry and special wide gap heat exchangers for ethanol fermentation beer coolers. Heat exchangers are a corner stone item in heat transfer systems. We have a long history of working with EPC’s and End User Engineers in helping them sort their way to successful system designs. When you are ready, please fill out the Heat Transfer Fast Track Form or pick up the phone and call us. We are here to help you in selecting and purchasing the best heat transfer product for your application.
Instructions on how to properly tighten the bolts on a Tranter Plate and Frame Heat Exchanger.
Instructions on how to properly reinstall plates for a Tranter Plate and Frame Heat Exchanger.
Instructions on how to properly replace the gaskets on a Tranter Plate and Frame Heat Exchanger.
Instructions on how to properly dissemble a Tranter Plate and Frame Heat Exchanger.
Who says O&M instructions have to be in print? Combining real-life footage with animation, this video offers clear instructions in 10 segments (only 1 here). Direct mailed to customers for added value.
Instructions on how to properly troubleshoot a Tranter Plate and Frame Heat Exchanger.