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Description: Make heating ultimately efficient...with a Heart of HeatCor™ Our new patented heat exchange insert is made from silcon carbide for high temperature operation and delivers strong thermal shockresistance. It offers 3x the rate of heat transfer vs shell & tube heat
- Temperature Range: 2,450 F
- Features: Other
- Technology: Shell and Tube
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Supplier: IHS ESDU
Description: ESDU 97007 introduces a computer program, ENTRANS (see ESDU 00041 for guidance on the use of this program), which generates approximate designs and cost estimates for shell-and-tube exchangers with plain tubes and a range of tube insert types, operating within ranges of
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Supplier: Tanis Incorporated
Description: to enhance the usability of the brush. Condenser Tube brushes are used to clean heat exchangers and condenser tubes.
- Outer Diameter (OD): 0.25 inch
- Length: 3.25 inch
- Applications: Cleaning / Surface Preparation
- Features: Other
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Supplier: IHS ESDU
Description: correlations to be within 15 per cent. A detailed calculation procedure is provided and its use illustrated with a worked example. Compared with a plain tube of the same internal diameter, tubes with twisted tape inserts give a greater heat transfer coefficient
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Description: Maximize Your Radiant Tube Furnace How It Works The SpyroCor™ System is installed in the exhaust leg of your furnace. The patent pending, multi-fin twist design doubles the amount of surface area available. Input into the radiant tube burner is reduced and the energy available to the
- Features: Other
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Description: Titanium tube heat exchanger with a PVC shell is commonly used in swimming pool heat pumps, functioning either as an evaporator or a condenser. This configuration leverages the corrosion resistance of titanium and the durability of PVC, making it suitable for the
- Maximum Working Pressure: 72.51885 to 652.66965 psi
- Temperature Range: -58 to 302 F
- Application / Industry: Domestic Water Use
- Features: Other
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Supplier: New York Blower Company (The)
Description: literally nonfreeze when properly piped and trapped. The oval steel tubes resist rupture even when a malfunctioning trap might allow some condensate to freeze in the coil. CORROSION-RESISTANT Vertical tubes of .060 ̋ thick SAE 950 alloy steel are welded to 10-gauge steel headers.
- Maximum Working Pressure: 200 psi
- Temperature Range: -20 to 600 F
- Application / Industry: HVAC
- Technology: Shell and Tube
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Description: What is Shell & Tube Heat exchanger? The shell & tube heat exchanger is a widely used heat exchange device known for its robust structure, high-temperature and high-pressure resistance, and adaptability to various media. it remains a preferred choice
- Application / Industry: Chemical Processing, Food and Beverage Processing, HVAC, Marine / Shipboard, Oil Heating / Cooling, Power Generation, Refrigeration (Evaporator / Condenser)
- Primary Material: Copper, Stainless Steel, Steel
- Connection Options: Flange
- Features: Other
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Supplier: Alfa Laval Inc.
Description: Aalborg MX is a compact shell and tube heat exchanger with U-tubes, ideal for heating of oil or water. The heat exchanger uses either steam or thermal oil as heating medium. Type Shell and tube heat exchanger with small diameter hairpin
- Maximum Working Pressure: 435.1131 psi
- Temperature Range: 413.6 F
- Connection Options: Flange
- Application / Industry: Marine / Shipboard, Oil Heating / Cooling
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Description: Spiral Heat Exchanger has two concentric spiral channels, one for each fluid. The spiral channels provide optimum heat transfer and flow conditions for a wide variety of fluids, while keeping the overall size to a minimum. In our three main types can be more customized to match
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Supplier: Armstrong International
Description: Armstrong blends revolutionary digital water temperature control technology with instantaneous heat exchanger design to deliver Digital-Flo®, an industry changing series Shell & Tube Steam/Water Heaters. Digital-Flo Water Heaters are all compatible with Building Automation
- Maximum Working Pressure: 15 psi
- Features: Other
- Technology: Shell and Tube
- Primary Material: Stainless Steel
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Supplier: Taco Comfort Solutions
Description: Leak Guard Series Double Wall Liquid to Liquid Heat Exchangers are built to ASME requirements in a wide variety of materials so you can choose just what you need for your application. Shells, heads, tubes, tube sheets, separators and tie rods are all available in optional
- Maximum Working Pressure: 400 psi
- Temperature Range: 450 F
- Construction Features: ASME Certified
- Application / Industry: Domestic Water Use, HVAC
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Supplier: Aggreko
Description: 2000 sqft Heat Exchangers Heating and cooling streams in a process plant is a basic and essential process operation. For this reason, process plants contain potentially hundreds of heat exchangers. Features Large fleet of standard, refinery-grade Shell & Tube,
- Technology: Air-Cooled, Plate, Shell and Tube
- Application / Industry: Power Generation
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Supplier: Process Technology
Description: AVAILABLE (CONSULT FACTORY) Custom configuration including bottom style exchangers. Heavier gauge tubing. Mounting hangers. Zirconium, Hastelloy C® and other alloys available. Fluoropolymer coatings for protection at solution/atmospheric interface.
- Liquid Flow Rate: 1 to 80 GPM
- Maximum Working Pressure: 100 psi
- Application / Industry: Chemical Processing, Electronics / Power Supply Cooling
- Features: Other
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Supplier: Sulzer Ltd.
Description: Sulzer is your ideal partner for heat exchanger solutions for processing viscous media in the fiber and polymer industry. You benefit from our know-how as well as our comprehensive portfolio, ranging from simple monotube heat exchangers to highly-effective tube
- Connection Options: Flange
- Features: Other
- Technology: Shell and Tube
- Primary Material: Stainless Steel, Steel
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Supplier: Aggreko
Description: 1000 sqft Heat Exchanger Heating and cooling streams in a process plant is a basic and essential process operation. For this reason, process plants contain potentially hundreds of heat exchangers. Features Large fleet of standard, refinery-grade Shell & Tube, Shell
- Technology: Air-Cooled, Plate, Shell and Tube
- Application / Industry: Power Generation
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Supplier: Alfa Laval Inc.
Description: The Alfa Laval Type 2 spiral heat exchanger is used for 2-phase duties, both condensing and evaporation (re-boiling). In this configuration the spiral is always in a vertical position. Cross-flow condensing with lowest possible pressure drop. In this configuration the spiral
- Maximum Working Pressure: -14.50377 to 116.03016 psi
- Temperature Range: -148 to 752 F
- Features: Other
- Technology: Shell and Tube
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Description: SUNKAIER manufactures a diverse variety of shell & tube tantalum heat exchangers with stainless steel or steel shells, with glass, steel glass lined or tantalum bonded steel heads, in standard or GMP design, for vertical or horizontal installation, particularily suited for the
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Supplier: BITZER US, Inc.
Description: Whenever additional oil cooling is needed, efficient water or air-cooled solutions are available for single or multi-compressor systems.
- Maximum Working Pressure: 145.0377 to 406.10556 psi
- Temperature Range: 14 to 248 F
- Application / Industry: HVAC, Oil Heating / Cooling
- Technology: Shell and Tube
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Supplier: KTR Corporation
Description: of cold ambient air by the heat exchanger Heat exchanger can easily be cleaned from outside Use of a single, rectangular medium pressure heat exchanger Slight loss of pressure due to large cross sections Design in accordance with the VDMA norm 24561
- Technology: Air-Cooled, Shell and Tube
- Connection Options: NPT
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Supplier: Marlo Heat Transfer Solutions
Description: Shell and Tube heat exchangers typically have round housings for use with higher pressures on the air, refrigerant or gas side. Water is passed through tube bundles that are placed so that optimum heat transfer occurs from the liquid to the gas. Applications
- Construction Features: ASME Certified
- Features: Other
- Application / Industry: Refrigeration (Evaporator / Condenser)
- Technology: Shell and Tube
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Supplier: Taco Comfort Solutions
Description: Top quality Taco Liquid to Liquid Heat Exchangers are designed and constructed in accordance with ASME Section VIII and completely fabricated in-house. They feature U-tube construction and a wide variety of materials to meet the specific demands of your application. For example,
- Maximum Working Pressure: 400 psi
- Temperature Range: 450 F
- Construction Features: ASME Certified
- Primary Material: Brass, Stainless Steel, Steel
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Supplier: DME Company
Description: Rugged steel offers durable performance at low cost. Constructed of carbon steel & tube-sheets with copper tubing and cast iron bonnets. Unit offers a wide range of cooling at a low cost. Models are rated 300psi shell, 150psi tubes at 300°F shipped complete with mounting brackets.
- Features: Other
- Technology: Shell and Tube
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Supplier: Spirax-Sarco
Description: Turflow heat exchangers are compact in design and suitable for a range of fluids including steam. They ultimately deliver an economic efficient solution for heat transfer in any industry inclusive of the food and beverage, and sanitary processes. The unique straight corrugated
- Technology: Shell and Tube
- Primary Material: Stainless Steel
- Application / Industry: Steam
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Supplier: APV, An SPX Brand
Description: APV ParaTube (tube-in-tube heat exchangers) can be supplied with either straight tubes or corrugated tubes. They all follow a similar construction format with a single tube or number of smaller tubes enclosed within an outer shell. They are
- Liquid Flow Rate: 25 to 400 GPM
- Temperature Range: 200 F
- Application / Industry: Food and Beverage Processing
- Technology: Shell and Tube
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Supplier: Bell & Gossett, a xylem brand
Description: U-Tube Heat Exchangers for water to water or steam to water HVAC, plumbing or process applications. NPT or flanged heads, Diamondback double wall construction to prevent cross-contamination. SU, WU, DSU and DWU, TCW, TCS and TS tank heaters. The SU Heat Exchanger
- Maximum Working Pressure: 0 to 300 psi
- Temperature Range: 375 F
- Application / Industry: Chemical Processing, Domestic Water Use, Food and Beverage Processing, HVAC, Hydraulic, Oil Heating / Cooling, Power Generation, Steam
- Technology: Shell and Tube
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Supplier: Process Technology
Description: For virtually any wet chemistry application. FEATURES Ideal for one-pass cooling of chemicals dumping to waste stream and innovatively eliminates high costs associated with water aspiration. Less surface area required for same BTU exchange compared to most other fluoropolymer exchangers.
- Maximum Working Pressure: 25 to 30 psi
- Temperature Range: 275 F
- Application / Industry: Chemical Processing, Electronics / Power Supply Cooling
- Features: Other
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Supplier: Alfa Laval Inc.
Description: AlfaBlue Power air-cooled radiators can be used to cool water or other fluids in various industrial applications: diesel/gas engines in power plants, gas turbine cooling systems, direct process cooling and indirect cooling (using an intermediate plate heat exchanger) of process liquids
- Maximum Working Pressure: 130.53393 psi
- Technology: Air-Cooled, Shell and Tube
- Primary Material: Aluminum, Copper
- Application / Industry: Chemical Processing, Food and Beverage Processing
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Supplier: Aggreko
Description: 500 sqft Heat Exchangers Heating and cooling streams in a process plant is a basic and essential process operation. For this reason, process plants contain potentially hundreds of heat exchangers. Features Large fleet of standard, refinery-grade Shell & Tube, Shell
- Technology: Air-Cooled, Plate, Shell and Tube
- Application / Industry: Power Generation
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Supplier: Munters DH
Description: The Thermo-T™ tubular heat-exchanger is designed to recover heat from energy-consuming processes up to 2000°F. Energy can be recovered and returned as process make-up air, used to preheat combustion air, or used for plant or office heating. Thermo-T™ offers fully adjustable
- Temperature Range: 0 to 1,800 F
- Primary Material: Aluminum
- Connection Options: Flange
- Application / Industry: HVAC
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Supplier: Spirax-Sarco
Description: Spirax Sarco has a long history of designing and manufacturing heat exchangers. As a leading designer and supplier of clean and pure steam generators, multi-effect distillation and hygienic components, we have an intimate knowledge of the functional, documentation, certification and
- Technology: Shell and Tube
- Primary Material: Stainless Steel
- Application / Industry: Steam
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Supplier: DME Company
Description: Rugged steel offers durable performance at low cost. Constructed of carbon steel & tube-sheets with copper tubing and cast iron bonnets. Unit offers a wide range of cooling at a low cost. Models are rated 300psi shell, 150psi tubes at 300°F shipped complete with mounting brackets.
- Maximum Working Pressure: 150 to 300 psi
- Temperature Range: 300 F
- Primary Material: Copper, Steel
- Connection Options: NPT
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Supplier: Taco Comfort Solutions
Description: Taco Steam to Liquid Heat Exchangers feature U-tube construction and are built in accordance with ASME Section VIII. A wide variety of materials allows you to choose the configuration that’s best for your particular application. For example, our standard shell material is steel,
- Maximum Working Pressure: 400 psi
- Temperature Range: 450 F
- Construction Features: ASME Certified
- Primary Material: Brass, Stainless Steel, Steel
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Supplier: Sussman Electric Boilers
Description: Sussman SHE Series Steam Heat Exchangers provide efficient product-side steam from plant steam. For use with reverse osmosis (RO), deionized (DI), distilled and other product side water where the process fluid cannot be mixed or contacted by plant steam or hot water. Industries
- Construction Features: ASME Certified
- Primary Material: Brass, Stainless Steel
- Application / Industry: Food and Beverage Processing, HVAC, Steam
- Technology: Shell and Tube
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Featured Products Top
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HEXNOVAS Shell Coil Heat Exchanger (Spiral tube heat exchanger ) is a compact all-welded heat exchanger designed for heating, cooling and heat recovery applications where conventional shell and tube units are oversized and gasketed plate heat exchangers may not be preferred. Built with (read more)
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USUSTK introduces a custom copper tube-fin liquid-to-air heat exchanger designed to transfer heat from a circulating liquid loop to forced airflow. Copper tubes carry the cooling liquid through the core, while densely arranged copper fins increase the air-side heat (read more)
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-temperature fluids. The compact block design provides excellent thermal performance while minimizing installation space. Compared to traditional shell-and-tube heat exchangers, the welded plate design offers significantly higher heat transfer efficiency and reduced footprint. Key (read more)
Browse Heat Exchangers Datasheets for Hexnovas Heat Exchanger Technology Co., Ltd -
enabling a self-cleaning effect due to high turbulence. This makes it particularly suitable for media such as sludge, wastewater, and fluids with suspended solids. Compared to conventional shell-and-tube or plate heat exchangers, spiral heat exchangers offer superior resistance to fouling and (read more)
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, inspection, and capacity expansion. This makes GPHE an ideal solution for processes requiring frequent maintenance or future scalability. Compared to traditional shell-and-tube heat exchangers, GPHE offers significantly higher heat transfer coefficients, reduced footprint, and lower energy (read more)
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McElroy produces the finest finned tube manufacturing equipment in the world. These machines offer the versatility, speed, durability and efficiency required to maximize the potential of your finned tube manufacturing operations. (read more)
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(evaporation and condensation) • Reduced footprint compared to shell-and-tube heat exchangers Typical Applications: • Ammonia (NH3) refrigeration systems • CO2 (R744) refrigeration and heat recovery • Industrial refrigeration and cold storage (read more)
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petrochemical industry, it is applied in reactors, pipelines, and heat exchanger tubes exposed to acids and corrosive gases. In semiconductor manufacturing, it functions as diffusion and oxidation tubes, or (read more)
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Qualtek heat shrinkable products include Polyolefin, Silicon, Teflon, Viton®, Kynar®, Halogen-Free, high temp, single wall, and adhesive lined tubing with varying shrink ratio, colors and sizes. Wire Harnesses & Splices Hose & Pipe Protection (read more)
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Heat Shrink Tubing Our complete line of Heat shrinkable products include thin wall, medium and heavy wall, adhesive lined, medium and high voltage insulation, molded parts and end caps, wide range of shrink (read more)
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Header and contents pages
TWISTED TUBE HEAT EXCHANGERS 3.23.1 Typical Configurations of Twisted Tube Heat Exchanger, B. Dzyubenko and G. Dreitser .
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Twisted Tude Heat Exchanger Technology (.pdf)
TWISTED TUBE HEAT EXCHANGER TECHNOLOGY R. Donald Morgan Brown Fintube Company 12602 FM 529 Road Houston, Texas 77240-0082 USA Phone: 1 (713) 849-8197 Fax: 1 (713) 466-3701 e-mail: morganOd@kochind.com ABSTRACT .
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Index
…Busemann-Crocco integral) Cross counterflow heat exchangers, 1.1.1-2 solutions for, 1.3.1-1/1.3.1-4 Crossflow: in air-cooled heat exchangers, 3.8.5-1/3.8.5-5 in twisted tube heat exchangers , 3.23.1-2…
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Header pages
3.23.1 TYPICAL CONFIGUMTIONS OF TWISTED TUBE HEAT EXCHANGERS , B. DzyMbenko and G. Dreitser .
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ESDU 00016 B - Heat exchanger fouling in the pre-heat train of a crude oil distillation unit.
4.2.1.3 Twisted Tube heat exchangers .
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ESDU 00016 - HEAT EXCHANGER FOULING IN THE PRE-HEAT TRAIN OF A CRUDE OIL DISTILLATION UNIT
However, with the improvement in shellside distributions and performance now available with designs such as helical flow baffles, rod baffles and twisted tube heat exchangers , the advantages of having the fouling fluid (crude oil in the present case) on the tubeside are…
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Index
1 1-7/2.5.11-8 in aupnentation of condensatiom 2.6.6-2 l , 2.6.6-25 Twisted tube heat exchangers .
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Linear Drives for Industry Applications IX
[5] Zhang XX, WeiGH, Sang ZF., “Experimental research of heat transfer and flow friction properties in twisted tube heat exchanger ”, Chem Eng, vol.35, no.2, pp.17–20, 2007.
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Fundamentals of Heat Exchanger Design Complete Document
Dzyubenko, B. V., L.-V. Ashmantas, and M. D. Segal, 1999, Modeling and Design of Twisted Tube Heat Exchangers , Begell House, New York.
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CR4 - Thread: DIY Heat Pipe
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