Superchanger Plate Heat Exchanger - Genemco

1 1992 Tranter PHE, Inc. Superchanger Plate heat Exchanger Mfg: Tranter PHE, Inc Model: UX-216-UP-255. Stock No. Serial No. 57396. 1992 Tranter PHE, Inc. Superchanger Plate heat Exchanger . Model UX-216-UP-255, S/N 57396. 316. Stainless steel plates: (255). heat transfer area: Approx. 1000 sq ft. Max. flow: 1060 gpm. NBR. gaskets. Design temp of 270 F. Design pressure: 150 psi. Test pressure: 195 psi. Chevron patterned plates are ideally suited for handling aqueous solutions. Fixed end ports: (2) 4 in. Movable end ports: (2). 4 in. Overall dimensions: 85-1/2 in. L x 25 in. W x 64 in. H. SC -8. P L A T E. &. F R A M E. P L A T E. &. F R A M E. Engineered heat Transfer Solutions For Typical Applications Around The World District Chilled Water Coolers Heating and Cooling Plating Solutions Waste heat Recovery from Condenser Water Solar Collector Fluid Isolation heat Recovery from De-inking Effluent Preheat Make-up Water in Photo Processing Welder Water Coolers Cooling Anodizing Solutions heat Recovery in Co-generation Facilities Cooling Machine Oil Cooling Quench Oil Cooling Grinder Coolant Turbine Cooling in Power Plants Geothermal Water Isolation Lube Oil Cooling Cooling Engine Jacket Water Heating Ship Service Water Cooling Electronic Equipment Heating or Cooling Jacket Fluid for Chemical Reactors Heating of Electrolyte Solution in Copper Mills Jacket Water Cooling in Black Liquor Recovery Process Heating White Water in Paper Mills Hydraulic Oil Coolers Cooling Ammonia Liquor at Coke Plants Isolation and Free Cooling in HVAC.

2 Heating and Cooling Chemical Solutions Cooling Bleach Solutions heat Recovery from Lean to Rich Amine Solutions Paint Coolers Heating Phosphatizing Solutions Acid Coolers heat Recovery from Boiler Blowdown Heating and Cooling Kaolin Slurries Heating Wash Water Heating and Cooling Sugar Solutions Ethanol Distillation At the forefront of heat Exchanger technology for over 60 years. 1. Tranter PHE is a global heat transfer company with The Tranter Group has been at the forefront of Plate heat representatives around the world. We are part of Tranter Exchanger technology for over 60 years and is part of Inc. USA, a corporation of Plate -type Exchanger Dover Corporation a multi-billion dollar, NYSE-traded, manufacturing companies, including SWEP CBE Fortune 200 diversified team of companies offering International AB, SWEP PHE and Tranter Radiator. proprietary products and components for industrial and commercial applications around the world.

3 I S O 9 0 0 1 C E R T I F I E D. Plate & Frame heat Exchanger Technology Tranter's commitment to superior Plate - Plate & Frame For Due to its high efficiency, the type heat Exchanger design has established Maximum Efficiency Superchanger unit can handle it as a leader in the selection and specifi- temperature approaches of less than 2 F. cation of a Plate and frame heat Exchanger The Superchanger heat Exchanger It also offers U values significantly for maximum performance and economy. is designed to provide maximum efficiency greater (> 1500 Btu/hr ft2 F) than other in transferring heat from one liquid to exchangers, due to the unique turbulence Tranter, inc. has been in the forefront of another, or from steam to liquid. created by its corrugated plates, which heat transfer technology, and has solved It consists of a series of gasketed, eliminates stagnant areas in liquid flow thousands of heat transfer problems in embossed metal plates arranged alternately and promotes maximum heat transfer.

4 A variety of industries. Our complete and bolted together between end frames This translates to a less expensive and engineering and manufacturing expertise to form channels through which hot and more compact heat Exchanger , occupying brings you equipment that meets the cold media flow. The hot fluid flows on much less space. highest standards of design excellence and quality workmanship. one side of the Plate while the cold fluid The unit's velocity profile and induced flows on the other, with the Plate itself turbulence causes dirty product deposits Our specialists stand ready to show providing the most effective to be continually removed from the heat you how Tranter heat transfer transfer surface during operation, thereby technology can reducing fouling. 2 provide efficient, cost-effective Effective use of the solutions to problems Plate 's turbulence arising from increased pro- can be made with duction and budget demands.

5 In-place cleaning which allows back- Sizing and specifying a flushing water or heat Exchanger to efficiently pumping cleaning and economically satisfy a solutions into the specific duty is somewhat more unit without disas- complicated than commonly sembling. Units can envisioned. Many variables . also be taken apart for design pressure, flow rate, cleaning the Plate surfaces. Plates pressure drop, nozzle can be electropolished to make cleaning velocity and material means to easier, either manually or in-place. compatibility, among others must be con- transfer heat from sidered before the optimal unit one fluid to the other. Gaskets for the specific requirement can mounted on the plates seal the be determined. channels and provide flow direction. Optimum performance is a promise As liquids flow counter-currently Tranter technical specialists have been through the channels between the plates, fulfilling for many decades with the cold liquid becomes warmer and the Superchanger Plate and frame hot liquid cooler.

6 Most units are designed heat exchangers. for a one pass/one pass flow arrangement resulting in all nozzles being installed on the stationary end frame, which facilitates simpler piping arrangements and easier disassembly. 3. Several sizes and styles of Superchanger units. Efficient heat Transfer For Every Industry Efficiency, cost effectiveness, high perform- Stainless steel and high alloy plates in ance, minimal maintenance and service Superchanger units are performing are demanded by every industry and com- extensive duties in chemical and petrochem- mercial or governmental entity in today's ical plants. Titanium plates on space saving highly competitive, technological world. shipboard units are being utilized in a variety of seawater cooling duties. Plate and frame heat exchangers have demonstrated their superiority in satisfy- Superchanger units are effectively ing these demanding needs over other being used for electrolyte heating and types of heat exchangers and the best cooling rolling mill coolants in a basic of Plate and frame are Tranter's metals operation.

7 Giant units are delivering Superchanger units. efficient district cooling for office buildings in major metropolitan areas. Superchanger heat exchangers are daily performing critical duties in a wide Heating, cooling and heat recovery applica- variety of applications around the world. tions in a wide array of industries include, but are not limited to: automotive 4 production chemical processing food processing HVAC operations offshore oil and Superchanger heat exchangers recover gas production heat very efficiently because of their high heat oil and gas transfer rates and close temperature approach capabilities. processing onboard marine vessels power generation steel and other metal production pulp and paper mills textile plants pharmaceutical mining grain distilling Pictured here is a Superchanger heat Exchanger performing one of hundreds of duties in the food processing industry, which include process heating or cooling (many with viscous fluids), basic water heating and heat recovery from waste streams.

8 Thousands of Superchanger heat exchangers are in HVAC service for free cooling and isolation purposes. Free cooling payback is typically less than one year. Two Superchanger units installed in a bypass circuit so that the chillers can be shut down whenever outside temperatures drop below 45 F have reduced energy consumption up to 57% in a major Southeastern high-rise complex. Included in the complex are one hotel, two towers, three condominium buildings, one large mall and a number of small buildings. 5. The large Superchanger units shown here Primary power applications involve cooling of Cooling bleach solutions, digester heat recovery, cool closed-loop water which is used in cooling condensate, turbine bearing oil, ash handling cooling white water and heat recovery from boiler automatic welding machines. Other major automotive systems, oil sumps, etc. Many duties include blow down are some of the numerous applications applications are heating wash, phosphate and secondary exchangers to a central cooling unit.

9 In the pulp and paper industry. rinse solutions, and temperature control of paint, plating solutions, etc. Precise Plate Selection 6. GCD-Low NTU UXP-Series GFP GFP GCD-High NTU. Series Herringbone Wide-Gap Series Washboard Series High NTU. GFP-Wide-Gap Plates GFP Washboard Wide-Gap plates are most effective in Washboard plates, with corrugations in a applications which involve viscous fluids washboard pattern, are used in numerous or solids and slurries. These normally applications involving viscous liquids cause extensive clogging and downtime Wide/Narrow and solutions containing solid particles. for cleaning with standard Plate and They handle larger particle sizes than frame or shell and tube heat exchangers. herringbone plates and are less prone to Our plates have a draw depth two to five particulate fouling because of fewer metal- times greater than conventional plates, to-metal contact points and a wider permitting unrestricted passage of coarse interspace clearance.

10 Particles and fibers. Medium/Medium Plates can be arranged in a wide/narrow GCD-Series Plates flow area. Both configurations are accom- configuration when only one fluid with The latest GCD High NTU, and Low plished with a single Plate geometry. large particulates requires a wide gap, or NTU, plates feature an innovative placed in a medium/medium position Wide-Gap plates are excellent for steam redesign of the flow distribution area, when both fluids need the additional applications as well. and are very suitable for both steam and viscous fluid applications requiring high heat transfer rates, at low pressure drops. 7. UXP-Series SXP-Series SXP-Series GXD-Series GXD-Series Herringbone Herringbone Herringbone High NTU Low NTU. Low NTU High NTU Low NTU. UXP-Series Plates Mixed Plates furnishes the best overall system efficiency and results in a lower cost unit. UXP-Series plates have corrugations in In many applications, better heat transfer a traditional herringbone or chevron performance can be achieved by units GXD Plate technology utilizes two pattern, offering a variety of thermal with mixed High and Low NTU plates assymetrical Plate patterns to create six lengths.