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TEMA Heat Exchanger

TEMA Heat Exchanger

TEMA Heat Exchanger is desiged and manufactured according to the recommendations of the TEMA code –Tubular Exchanger Manufacturers Association, Inc. (TEMA)

This tubular heat exchanger is part of our new Industrial Line.

TEMA Heat Exchanger Applications

Processes of heating, evaporation, condensation or cooling of products such as oils, effluents, sewage, asphalts, hydrocarbons, biogas, exhaust gases, biodiesel, methanol and others.

TEMA Heat Exchanger
TEMA Heat Exchanger
TEMA Heat Exchanger
TEMA Heat Exchanger
TEMA Heat Exchanger
TEMA Heat Exchanger
TEMA Heat Exchanger

TEMA Heat Exchanger Technical Data Sheet

Standard Design Conditions

Design temperature: 180°C

Design Pressure: 10 barg

For higher design pressures or temperatures as well as hazardous fluids, the heat exchangers can be checked according to AD 2000 Merkblätt, ASME VIII Div.1, PD 5500, EN 13445 or by Finite Elements Analysis and CE certificated by individual inspection modules. 

Included: 3.1 Quality certificate and CE Marking according to 2014/68/UE.

Standard Measures

Shell side diameter: 60,3 mm – 1.500 mm

Tube side diameter: ≥ 10 mm

Length:  1-1,5-2-3-6 m

Other available sizes under request.

Materials

Shell and tubes:

Stainless Steel 304 or 316L

Other materials available on request (2205, 2507, 254 SMO among others)

Available Connections

Flange

Other connections available on request.

Surface Finish

External

Matt

Options

Insulation

Mineral wool coated in 304 stainless steel metal sheet. 

Frame

In 304 stainless steel. The type and shape of the frame will be selected to fit the needs of each project. If required, equipment may be sloping for better drainage.

Interconnections

In case the equipment contains several units in series, SACOME can provide the interconnections for the product channel and the service channel.

SACOME TYPE DEFINITION

I-BEM-4-I-7-1-85/18-6000-304/316L-P

I
Industrial Line

BEM
Example of model according TEMA code.

4
Number of passes

I
Not removable tube bundle

7
Number of inner tubes

0/1
Without / With expansion joint

85
Ø Shell (mm)

18
Ø Inner tube (mm)

6000
Nominal length (mm)

304
Shell side material

316L
Tube side material

P
Plain Tube

Analysis of the thermal properties of fluids

The starting point in the design of any heat exchange system is the definition of how the thermal properties evolve throughout the process, whether heating or cooling.

Shell and Tube Heat Exchangers Frequently Asked Questions

SACOME Heat Exchangers frequently asked questions with regard to the engineering, design and manufacture of our tubular heat exchangers & shell and tube heat exchangers.

Heat Exchanger Calculation

The critical issue when designing the heat exchanger is the determining of the thermal exchange coefficients reliably and accurately.

Corrugated Tube Heat Exchangers

The advantages of corrugated tube heat exchangers make these type of heat exchanger ones of the most demanded configurations in the industry.

How to avoid intergranular corrosion?

One of the main problems of the austenitic stainless steel can be the intergranular corrosion. Despite of its name, stainless steel is a material that is susceptible to be corroded or oxidized

Advantages of Tubular Heat Exchangers

In this technical resource we explain the main advantages of tubular heat exchangers. Tubular heat exchangers are the most used heat exchanger type in the market due to the excellet operation and high versatility of this type of heat exchangers.

Engineering, Design and Manufacturing of Tubular Heat Exchangers

Can we help you?

Our Technical Staff shall be delighted to provide you with detailed information

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