heat exchanger nomenclature tema

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Thus, U-tube heat exchangers should not be used for services with a dirty fluid inside tubes. What Are Heat Exchanger And How Do TEMA codes 9TH EDITION 2007 pdf file. Geometrical characteristics of TEMA heat exchangers and technological constraints. Fouling reduces the heat transfer rate and increases the pressure drop of heat exchangers. Heat Exchanger Inspection list of standards Heat exchangers Manufacturers Association TEMA (1999) Standards of the Tubular Heat Exchanger Manufactures Association, 8th edn (Tubular Heat Exchanger Manufactures Association, New York). Presented By: SAK Sr Project Engineer Engineering Department SECTIONS • Section 1 : NOMENCLATURE • Section 2 : FABRICATION TOLERANCES • Section 3 : GENERAL FABRICATION AND PERFORMANCE INFORMATION • Section 4 : INSTALLATION, OPERATION, AND MAINTENANCE • Section 5 : MECHANICAL STANDARD TEMA CLASS RCB … I. dimensionless numbers. A heat exchanger is a device for heat transfer from one medium to another. Heat Exchangers Certification Exchanger type A E L Fixed Tubesheet Exchanger A E S Floating Tubesheet Exchanger A E U U-Tube Exchanger Figure 1 TEMA Heat Exchanger Nomenclature TEMA classifies heat exchangers into three classes. 2.2 Nomenclature -For the purpose of this specification the different parts of. Equipment Sizing and Specification: Shell and Tube Heat ... Yula Nomenclature. Take part in final inspection and analysis of heat exchangers. CHAPTER 17 HEAT EXCHANGERS - razifar.com CASE STUDIES Page 15 a. TEMA Type Heat Exchanger Configurations TEMA (Tubular Exchanger Manufacturers Association) has devised a standard nomenclature to briefly describe heat exchangers. To heat a cooler fluid by means of a hotter fluid 2. Heat Exchanger KLM Technology Group Author: Rev 01 - A L Ling #03-12 ... 18 Full PDFs related … HEAT EXCHANGERS ® – 2 – API Heat Transfer is your one source for custom engineered shell & tube heat exchangers. As the name implies, a shell and tube heat exchanger consists of two main parts, an outer “shell side” and an inner “tube side,” which sits inside the shell. A heat exchanger is a component that allows the transfer of heat from one fluid (liquid or gas) to another fluid. Each Shell and Tube Exchanger consists of four major components: the shell, tube bundle, front header, and rear header. The BEU heat exchanger is the ideal choice for heating or cooling low-fouling fluids. SUBMERGED JETS SUBROUTINES SUBSTITUTE NATURAL GAS (SNG) SUBSURFACE BARRIER SUBUNDAL FLOW. Please submit requests for any replacement parts using one of the two forms below. Overview of TEMA Standard. In the left of the photo is a shell-and-tube heat exchanger. Chemical engineering design - GAVIN TOWLER, RAY SINNOTT.pdf Because heat exchangers can be configured many different ways, TEMA has standardized the nomenclature of exchanger types. While there are many different … The mechanical design of the heat exchangers is based – according to the individual customer’s request – e.g. TEMA STANDARD TUBULAR HEAT EXCHANGERS - TECHNOLOGY & SELECTION CRITERIA. ASME Section VIII Div. Email the form to: sales@yulacorp.com. The Tubular Exchanger Manufacturers Association (TEMA) is an association of manufacturers of shell and tube heat exchangers. This section contains information on TEMA nomenclature, selecting the mosteconomic exchanger configuration for a defined service, allocating the streams toshell or tube side, specifying appropriate mechanical components, defining bafflelayout, deciding if a Heat pipes; Air-cooled heat exchangers; Regenerative heat exchangers; Geometry of Shell & Tube Heat Exchangers (STHE) and Double Pipes – TEMA nomenclature, front end head types, shell types, rear end types, double pipe units, selection guidelines; Worked examples – heat transfer; Module 2: Thermal and Hydraulic Design of Heat Exchangers 7 1 INTRODUCTION The purpose of this design guide is to give the reader a general idea of the problem field Regenerative versus non-regenerative heat exchangers. Selection criteria, advantages and drawbacks of the different types. The square layouts are required where it is necessary to get at the tube surface … Heat Exchanger Design. The U-Tube bundle is attached to a single tubesheet, allowing the tubes to expand and contract freely under the influence of temperature variations. TEMA & HTRI. For example in case of a boiler type heat exchanger or when space is required for sliding strips. The Tubular Exchanger Manufacturers Association, or TEMA, publishes a standard that establishes design, fabrication, tolerances, installation and maintenance of shell-and-tube type exchangers. Heat exchanger designs should accommodate these fouling mechanisms and guidelines based on the vast operating experience that are discussed. One fluid flows through the copper tubes and the other fluid flows over the tubes. Example Problem #2 b. TEMA Shell and Tube Heat Exchanger Nomenclature 3. TEMA Exchanger Nomenclature Edit. Potato Chip Fryer b. Tubular Exchanger Manufacturers Association. The Tubular Exchanger Manufacturers Association (also known as TEMA) is an association of fabricators of shell and tube type heat exchangers. TEMA has established and maintains a set of construction standards for heat exchangers, known as the TEMA Standard.. 2. Actively interact with Vendors. Heat exchangers are the workhorses in a refinery and as long the heat exchanger perform its duty, nobody pay’s attention; but in real life it’s different. TEMA has established a set of construction standards for Shell and Tube Heat Exchangers.The Standards are regularly updated and published; the most recent edition is the seventh, published in 1988. Lastly, a GA, following the model developed by Ponce et al. One is ALPEMA, the Brazed Aluminum Plate-Fin Heat Exchanger Manufacturers … [1] TEMA has established and maintains a set of construction standards for heat exchangers, known as the TEMA Standard. Heat Exchangers TEMA Design . It is referred to as a laminar flow heat exchanger if the surface area density is above about 3000 m2/m 3 (914 ft2/ft3), and as a micro- heat exchanger if the surface area density is above about 10,000 m2/m 3 (3050 ft2/ft3). A shell & tube heat exchanger (STHE) is divided into three parts: The front end Shell Rear end Visit the post for more. A letter designation is used for the front head type, shell type, and rear head type of an exchanger. The Tubular Exchanger Manufacturers Association (also known as TEMA) is an association of fabricators of shell and tube type heat exchangers. H. shell and tube exchanger selection guide. Main aim is to check the mechanical stability of the device by calculating parameters such as thickness of the equipment. This nomenclature is defined in terms letters and diagrams. Heat exchanger is an important and expensive item of equipment that is used almost in every industry (oil and petrochemical, sugar, food, pharmaceutical and power industry). TEMA’s simple three letter nomenclature is an efficient and effective way to describe the front end head type, shell type and rear end head type. In most industrialized countries these losses amount to 0.25 to 0.30 percent of the gross national product (GNP). This nomenclature is set based on letters and diagrams. All shell-and-tube heat exchangers can be categorized into two broad categories: U-tube and straight tube. Shell and tube heat exchanger design Computer-aided design.., 20. CoNLL17 Skipgram Terms - Free ebook download as Text File (.txt), PDF File (.pdf) or read book online for free. G. Geometrical data of shell & tube heat exchangers according to din 28184 – 28191 and tema standards. The material applies to tubular exchangers used in chemical and petrochemical plants, oil refineries, power stations and industrial facilities. The Tubular Exchanger Manufacturer’s Association has defined nomenclature that quickly defines your access to channel, tubes and tubesheet as well as how you perform, maintenance. TEMA Standards: The standard of the Tubular Exchanger Manufacturers Association (TEMA) describe various components in detail of shell and tube heat exchanger (STHE). tube heat exchanger. a heat exchanger shall be designated in accordance with the following table. Fig. Members are market-aware and actively involved, meeting several times a year to discuss current trends in design and manufacturing. [2] TEMA also … Finally, Fig. heat exchanger. The fluids can be single or two phase and, depending on the exchanger type, may be separated or in direct contact. SHELL AND TUBE HEAT EXCHANGERS Page 9 a. STHE is divided into three parts: the front head, the shell and the rear head. The popularity of shell and tube exchangers has resulted in a standard nomenclature being developed for their designation and use by the Tubular Exchanger Manufactures Association (TEMA). Worldwide, the TEMA Standard is used as the construction standard for most shell and tube heat exchangers. General Exchanger Data. Upcoming Dates. The Course Content Day One: Designs and Applications. HEAT EXCHANGERS. Reasons for heat transfer include the following: 1. This complete revision of Applied Process Design for Chemical and Petrochemical Plants, Volume 1 builds upon Ernest E. Ludwig's classic text to further enhance its use as a chemical engineering process design manual of methods and proven Shell cover 18. The BEM heat exchangers are shell and tube exchangers with tube bundle constructed in a fixed manner for easy mounting on skid. Design of shell and tube exchangers is commonly governed by the standards created by TEMA (Tubular Exchangers Manufacturers Association). Following diagram is the structure of a TEMA style shell and tube heat exchanger. The diagram itself is based on the TEMA standards. J. thermal conductivity of heat exchanger metal of construction. NOMENCLATURE SYMBOLS Roman A area [ m2] B width [ m ] c specific heat [ J / kgK ] CC & heat capacity rate [ W / K ] ... PHE Plate Heat Exchanger TEMA Tubular Exchanger Manufacturer’s Association. Request a Quote. A liquid/ One fluid flows in the annulus between the inside wall of the shell and the outside wall of the … Nomenclatures. This is another detailed diagram of a shell & tube exchanger, which lists all its parts with their TEMA nomenclature. This 298 Pages. This is a very popular version as the heads can be removed to clean the inside of the tubes. ABST'RA Ct (cmfIjen re e rWa eawa md Idenitif by block number) Classification, nomenclature, utilization and cost estimating of shell and '[ tube heat exchangers are presented along with an historical overview of various methods currently employed in their design. Learn more about Chapter 2: … proposed designs of the SG and oil-to-salt heat exchangers follow TEMA standards. Heat pipes • Air-cooled heat exchangers • Regenerative heat exchangers • Geometry of Shell & Tube Heat Exchangers (STHE) and Double Pipes – TEMA; nomenclature, front end head types, shell types, rear end types, double pipe units, selection guidelines • Worked examples – heat transfer • Thermal and Hydraulic Design of Heat Exchangers Tubular Exchanger Manufacturers Association Last updated January 15, 2021 TEMA logo. Tube layouts. Overview of TEMA Standard. Heat Exchanger Nomenclature TEMA (Tubular Exchanger Manufacturer’s Association) has provided standard nomenclature for describing different configurations of common shell & tube heat exchangers. 400 Shell and Tube Exchanger Design and Selection Abstract This section contains information on TEMA nomenclature, selecting the most economic exchanger configuration for… HEAT EXCHANGER NOMENCLATURE www.tema.org Reproduced with permission of the Tubular Exchanger Manufacturers Association, Inc. 1 N-2 NOMENCLATURE OF HEAT EXCHANGER COMPONENTS For the purpose of establishing standard terminology, Figure N-2 illustrates various types of heat exchangers. h Floating Head Heat Exchanger / Design / TEMA / API - ANSON A heat exchanger is a device used to transfer heat between two or more fluids. Tube wall thickness Reference must be made to a recognized pressure vessel code to decide this. Selection criteria, advantages and drawbacks of the different types. Selection of Exchanger Geometry. They are numbered for identification in Fig. Introduction to Nomenclature Those according to the TEMA Standards are given below, while the HEI Standards' nomenclature is discussed in the next question. Download Download PDF. THE TEMA® STANDARDS AND SOFTWARE HAVE ACHIEVED WORLDWIDE ACCEPTANCE as the authority on shell and tube heat exchanger mechanical design. Printed circuit heat exchangers Heat pipes • Air-cooled heat exchangers • Regenerative heat exchangers • Geometry of Shell & Tube Heat Exchangers (STHE) and Double Pipes – TEMA nomenclature, front end head types, shell types, rear end types, double pipe units, selection guidelines • Worked examples – heat transfer TEMA Type Heat Exchangers Industrial Heat Exchangers www.deltathx.com TEMA Type Heat Exchangers TEMA is a set of standards developed by leading heat exchanger manufacturers that defines the design and manufacturing parameters of shell and tube type heat exchangers. In the exchanger, fluid flows inside and over tubes within the shell to reach the appropriate temperatures. The first letter describes the front header type, the second letter the shell type and the third… Take relative volatility = 2.5. The basic concept of a heat exchanger is based on the premise that the loss of heat on the high temperature side is exactly the same as the heat gained in the low temperature side after the heat and mass flows through the heat exchanger. The first letter specifies the front head, second letter, the flow configuration and third letter, the rear head configuration. All shell-and-tube heat exchangers can be categorized into two broad categories: U-tube and straight tube. Heat Exchanger Design, Inc. (HED) offers a wider variety of hairpin heat exchangers than any of its competitors. Design and Application Brazed plate heat exchangers have two design standards that are available. Geometrical characteristics of TEMA heat exchangers and technological constraints. TEMA stands for “Tubular Exchangers Manufacturers Association” and is a set of standards that were developed by leading shell and tube manufacturers. For clarity of definition, the Tubular Exchanger Manufacturers Association (TEMA) has defined the mechanical designs for front-end head types, shell types and rear-end head types by a lettering system called the nomenclature chart. 8.2D is a crossflow heat exchanger. It is used to heat or cool a particular medium using another in the vicinity. The Heat Exchanger Inspection article provides you with information about the inspection of the heat exchanger and heat exchanger testing during the manufacturing phase, as well as in-service inspection in operating units. Displays the standard to use for analysis: TEMA - Tubular Exchanger Manufacturers Association . A liquid/ Floating head. Heat Exchanger nomenclature & Designation:The name is splited in three portions e.g 23-192-BEM 1st Position : 23 : Defines, ID of Vessel2nd Position : 192 : Defines, Tube length3rd Position : BEM : it further splited in three parts as per fing N-1.2e.g B-E-M, the 1st section, defines the Type of Front head (B for […] Resources Below is a list of all PDFs and downloads available from this site. Introduction. The basic concept of a heat exchanger is based on the premise that the loss of heat on the high temperature side is exactly the same as the heat gained in the low temperature side after the heat and mass flows through the heat exchanger. Transverse (or cross ) baffles or 3. TEMA codes 9TH EDITION 2007 pdf file. TEMA STANDARD TUBULAR HEAT EXCHANGERS - TECHNOLOGY & SELECTION CRITERIA. TEMA stands for “Tubular Exchangers Manufacturers Association” and is a set of standards that were developed by leading shell and tube manufacturers. These standards define the style of heat exchanger and the machining and assembly tolerances. Calculate the number of theoretical plates required and position of feed plate if the feed is liquid at 295 K and its specific heat is 1.84 KJ/Kg K Boiling point of benzene = 353.3 K Boiling point of toluene = 383.8 K 10 5. 2. With sizes ranging from 3” to 144” in diameter, and 12” to 40’ in length, our API Basco division is a full ... TEMA Shell & Tube Nomenclature TEMA standard heat exchangers: nomenclature, different types of shell, floating heads and fixed front head. TEMA Type Nomenclature Further, there are multiple types of shell, front end cover and rear end cover. TEMA Nomenclature Shell and tube heat exchangers are designated by front head type, shell type, and rear head type as shown in Figures 1-4 and Table 1 from the Standards of Tubular Exchanger Manufacturers Association (TEMA). The TEMA standards are applicable for the maximum shell ID and wall ... Part 2 Types and nomenclature Part 14 Floating heads Heat Exchanger nomenclature & Designation:The name is splited in three portions e.g 23-192-BEM1st Position : 23 : Defines, ID of Vessel2nd Position : 192 : Defines, Tube length3rd Position : BEM : it further splited in three parts as per fing N-1.2e.g B-E-M, the 1st section, defines the Type of Front head (B for Bonnet… Secondly, the required wall thickness t cr of the connecting cylinder is determined. Heat exchanger fouling causes a major economic drain on industries today. Full PDF Package Download Full PDF Package. Figure 1 illustrates the TEMA nomenclature for the various construction possibilities. By the end of this AZTech online training course, participants will be able to: Make Proper Selection of Heat Exchanger for given Application. Selection criteria, advantages and drawbacks of the different types. Thermal design is not discussed except where it affects the structure. When utilizing a shell and tube heat exchanger for your heat transfer needs, it’s important to consider the operation and maintenance plan as well as budget. Shell 17. If you have any questions while filling out the forms, you can reach a sales representative directly by calling (718) 991-0900 or by email: Below are documents that can assist you in identifying heat exchanger parts and details. The first letter explains the front header type, the second one describes the shell type, and the third one represents the rear header type. Hairpin heat exchangers afford true counter-current flow, making them well-suited for applications with specifications such as high pressure or high temperature, extreme temperature crossing, or small to large surface areas. TABLE N-2 1. Shell and Tube Exchanger designs are identifiable by … Powered by CGYTECH according to AD instruction sheets, ASME Code, EN 13445, China Code, TEMA and other certified design regulations. Heat exchanger ‘simply’ Molar latent heat of benzene and toluene may be taken as 30000 KJ/Kmol. For example, an AEL type shell & tube exchanger will consist of - Removable front end cover "A" One pass shell "E" Fixed tubesheet rear end cover "L" (like "A") II/ CHARTS AND DIAGRAMS. a. Tema heat exchanger table. The final heat exchanger configuration will depend on what we select. You may want to review shell and tube heat exchanger inspection procedure and related inspection and test plan . 661 Air-Cooled Heat Exchangers for General Refinery Service Std. Some examples of the TEMA designation for Heat Exchangers : BEM: Bonnet (Intergral Cover), One Pass Shell, Fixed Tubesheet Bonnet: Fixed tubesheet heat exchanger. Figure 2 shows the required wall thickness of t cr for a carbon steel cylinder with an external diameter of D o = 1000 [mm] For clarity of definition, the Tubular Exchanger Manufacturers Association (TEMA) has defined the mechanical designs for front-end head types, shell types and rear-end head types by a lettering system called the nomenclature chart. This Paper. TEMA Tubular Exchanger Manufacturers Association 1.5 Rotating Equipment ... Std. Some examples of the TEMA designation for Heat Exchangers : BEM: Bonnet (Intergral Cover), One Pass Shell, Fixed Tubesheet Bonnet: Fixed tubesheet heat exchanger. This is a very popular version as the heads can be removed to clean the inside of the tubes. Perform Heat Exchanger sizing and rating. the of - in and ' ) ( to a is was on s for as by that it with from at he this be i an utc his not – are or talk which also has were but have # one rd new first page no you they had article t who ? The nomenclature of the TEMA (Tubular Heat Exchanger Manufacturing Association, USA) is the internationally recognised standard for types of shell and tube heat exchanger. Tubesheet Analysis Method. 1 to 7: 1. TEMA standards describe these various components in detail. Typical process fluids include water, CIP solutions, milk and beverages. Amen Allah ZOUITEN. Tie rods and spacers 2. The tube bundle is fixed by mechanical rolling to two tube sheets, in turn welded to the shell of the heat exchanger. Methodology 2.1. 670 Vibrations, Axial Position, and Bearing-Temperature Monitoring System ... NCL-109 Nomenclature for Industrial Water - … Heat Exchanger Design Handbook SECOND EDITION KuppanThulukkanam CRCPress Taylor&Francis Group ... 2.6.4.3 TEMAGShellorSplit-FlowExchanger 79 2.6.4.4 TEMA//Shell 81 2.6.4.5 TEMAJShell ... Nomenclature 140 References 141 Bibliography 143 Chapter4 CompactHeatExchangers 145 Heat Exchanger nomenclature & Designation:The name is splited in three portions e.g 23-192-BEM 1st Position : 23 : Defines, ID of Vessel2nd Position : 192 : Defines, Tube length3rd Position : BEM : it further splited in three parts as per fing N-1.2e.g B-E-M, the 1st section, defines the Type of Front head (B for […] Process Piping Design Information. b. AES exchanger nomenclature. The TEMA Standard. TEMA STANDARD TUBULAR HEAT EXCHANGERS - TECHNOLOGY & SELECTION CRITERIA. 1 is ... A. Geometrical characteristics of TEMA heat exchangers and technological constraints. The floating-head heat exchanger is the most versatile type of ST HE, and also the costliest. This nomenclature is defined in terms letters and diagrams. The option selected in Design Code determines whether the software uses Division 1 or Division 2. However, the lower cost for the single tubesheet is offset by the additional costs incurred for the bending of the tubes and the somewhat larger shell diameter (due to the minimum U-bend radius), mak-ing the cost of a U-tube heat ex-changer comparable to that of a ﬁxed-tubesheet exchanger. 17.2 CHAPTER SEVENTEEN least one of the fluid sides, which usually has gas flow. The Heat Exchanger Inspection article provides you with information about the inspection of the heat exchanger and heat exchanger testing during the manufacturing phase, as well as in-service inspection in operating units. TEMA stands for Tubular Exchanger Manufacturers Association. The advantage of a U-tube heat • TEMA Nomenclature & Selection • Shell & Tubulars Advanced Technologies • Texas Tower, Helitower, Helixchanger, Helifin, Helitrans • Vibration Analysis and HTRI / TEMA Case Studies • Tube Vibration and FIV Prevention Technologies • Air Cooled & Compact Heat Exchangers • Open Rack Vaporizer, Case Studies on Selection The standard is composed of ten sections: Nomenclature (see below) The following is a description of the designation. & Cost Saving Management. Typical specification sheet for a shell & tube heat exchanger; Detailed guidelines for shell & tube exchanger design procedure; Guidelines for fluid allocation for the shell & tube heat exchanger An icon used to represent a menu that can be toggled by interacting with this icon. Overview of industrial Heat Exchangers; Basics of Heat Transfer and Fluid Flow; TEMA Nomenclature … Because of the number of variations in mechanical designs for front and rear heads and shells, and for commercial reasons, TEMA has designated a system of notations that correspond to each major type of front head, shell type and rear head. Title: 1999_TEMA (8th 1999) Standards Of The Tubular Exchanger.pdf Author: sergio Created Date: 5/8/2010 8:39:57 PM The current edition of the TEMA Standard is the Tenth Edition, published in 2019. Introduction. ... † Code and standards (TEMA, API,...) † TEMA nomenclature: rear end head types, shell types, font end types Stationary Head-Channel 2. •Calculate heat transfer coefficients (U) and film coefficients (h) –Hydraulic rating/design –Analyze temperature, pressure, velocity, ρv2 profiles/values in the exchanger –Quantify leakage streams –Conforming to TEMA standard •Defaults to TEMA standard for some inputs. Heat exchanger ‘simply’ TEMA standard heat exchangers: nomenclature, different types of shell, floating heads and fixed front head. Stationary Head—Channel 1, TEMA codes and IS 4503:1967. Typrcal parts and connections, for illustrative purposes only, are numbered for identfficatfon in Table N-2. Heat exchangers have widespread industrial and domestic applications. Heat Exchanger Nomenclature (TEMA, Figure N-1.2) (Courtesy of TEMA) Chevron Corporation 400-3 December 1989 400 Shell and Tube Exchanger Design and Selection Fig. A heat exchanger is a device which allows for fast and efficient transfer of heat from one medium to another. TEMA | Tubular Exchanger Manufacturers Association. TEMA standard heat exchangers: nomenclature, different types of shell, floating heads and fixed front head. Fouling mechanisms are broadly classified as sedimentation, chemical reaction, crystallization, and biological. Presented By: SAK Sr Project Engineer Engineering Department SECTIONS • Section 1 : NOMENCLATURE • Section 2 : FABRICATION TOLERANCES • Section 3 : GENERAL FABRICATION AND PERFORMANCE INFORMATION • Section 4 : INSTALLATION, OPERATION, AND MAINTENANCE • Section 5 : MECHANICAL STANDARD TEMA CLASS RCB … heat exchanger design are: TEMA (United States), IS:4503-1967 (India);BS: 3274 ... (Tubular Exchanger Manufacturers Association) standards for the mechanical design of unfired shell and tube heat exchangers. It is referred to as a laminar flow heat exchanger if the surface area density is above about 3000 m2/m 3 (914 ft2/ft3), and as a micro- heat exchanger if the surface area density is above about 10,000 m2/m 3 (3050 ft2/ft3). 17.2 CHAPTER SEVENTEEN least one of the fluid sides, which usually has gas flow. for each class vary as per their intended applications. AEL develops and produces … A short summary of this paper. In this design, one tubesheet is fixed relative to the shell, and the other is free to "float" within the shell. Another important diagram from the TEMA standards is actually a table that helps us classifying different types of shell and tube exchangers and correctly identifying their nomenclature. The process works based upon the basic science of flow of heat; from hot to cool medium. Tube outside diameter For the process industry, 19.05 mm (3/4") tends to be the most common. Pulp Plant Oil c. Cereal Sugar Concentrator 4. This standard and the ASME code are the main standards used to design and fabricate exchangers along with any applicable customer specifications. 400-2 Heat Exchanger and Cooling Tower Manual Heat Exchanger Components (1 of 3) (TEMA, Table N-2 and Figure N-2) (Courtesy of TEMA) 1. Many applications can be realised on this basis. 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