Specialty Heat Transfer Equipment Line includes condensers, heaters, coolers, shell-and-tube heat exchangers and air-cooled heat exchangers for oil, air, water and other process fluids. After odors and pollutants are incinerated, combustion heat is routed through the frying oil heat exchanger, where heat is transferred to the cooking oil instead of being vented to the atmosphere as wasted heat. Fryer exhaust is drawn into the combustion chamber, where it is mixed with the hot products of combustion from the heat exchanger burner. Without using additional fuel, the heat exchanger's thermal efficiency rating exceeds that of most heat exchangers that do not offer pollution control. Heat Exchanger Incinerates Fryer Exhaust Pollutants KleenHeat heat exchanger connects to a fryer exhaust stack and incinerates virtually all odors, oil and other particulates.
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Provided in carbon/stainless steel and higher alloys, the exchangers can be supplied to ASME Code stamp and TEMA C, B and R. Shell-and-Tube Heat Exchangers Custom shell-and-tube heat exchangers are offered in shell sizes from 4 to 24" dia. Depending on the heat load, the number of fins per inch ranges from eight to 22. Hydrogen Cooler Designed for an electrical generator, cooler is made with a range of tube materials to suit the particular water quality at the site and has copper fins non-lead-bonded to the tube wall. Standard configurations range up to eight rows deep, 28 tubes high and 20' long with 1" ID integral finned aluminum tube heat pipes. Other options include an inline (wraparound) configuration for enhanced dehumidification and indirect evaporative cooling. Heat-Pipe Heat Exchanger Designed for the air-to-air heat recovery, indoor air quality (IAQ) and dehumidification markets, heat-pipe heat exchanger is offered with options of tilt or face-and-bypass for temperature and frost control. New, replacement and OEM designs are offered. Standard and custom designs come with options to suit most requirements. Heat Exchangers, Coils Finned-tube heat exchangers for industrial and process applications are suitable for gas-to-fluid heating or cooling and steam heating. Copper, stainless steel or carbon steel tubes are offered with aluminum, copper, stainless steel or carbon steel fins. The 0.875" tube performs well with ammonia or halocarbon refrigerants and is suitable for applications with low liquid-pressure drops or quick steam-condensate removal.Ĭoils Steam, liquid heating, cooling and refrigeration coils are custom designed for specific application requirements. The coil can be manufactured in three different configurations for design flexibility. The stainless steel unit is suitable for applications in food, chemical, pharmaceutical and thermal storage industries.Įnhanced-Fin- Surface Coil To provide higher thermal efficiency for ammonia and steam coils, unit has a fin surface utilizing 0.875" OD tubes on a 2.25" equilateral pattern. Learn more about the design of a plate heat exchanger.Heat Exchanger Hybrid combines the performance of plate-and-frame units with the high pressure and temperature capabilities of a shell-and-tube design. The large surface area of the plates allows for a quick transfer, and because each chamber is made thin, the majority of the liquid contacts the actual plate, making the process even quicker. Rubber gaskets are used to cement the plates into place.
The design of plate heat exchangers usually uses stainless steel for the metal plates because of its strength and high temperature resistance. For high pressure fluids, a brazed plate heat exchanger is generally used. Plate heat exchangers are best suited for heat transfer between medium and low pressure fluids. The fluids are spread out over a large surface area between metal plates. Plate heat exchangers, sometimes called PHE, are specially designed to transfer heat between two fluids.
Contact us today to learn more about plate heat exchangers and services. Not only do we sell plate and frame heat exchangers, we also perform plate heat exchanger repair and heat exchanger cleaning services. At Process Power, Inc, we specialize in plate heat exchangers.