Shell and Tube Heat Exchanger Design

by Webbusterz Engineering Software

A powerful tool for designing and analyzing shell and tube heat exchangers

Operating system: Windows

Publisher: Webbusterz Engineering Software

Release : Shell and Tube Heat Exchanger Design

Antivirus check: passed

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Shell and heat exchangers are used in different industrial processes. Basically, these devices allow the exchange of heat between two fluids (usually a hot and a cold fluid). This can be beneficial in the chemical industry, power generation, petrochemical plants, and several other industries. Since it's an important component, the exchanger’s design matters a lot.

A typical pen-and-paper model can be made, but it does not show the 3D structure or simulate how it works. To improve the design process, WeBBusterZ Engineering Software has developed a Shell and Tube Heat Exchanger Design software. The software allows engineers to design both single-pass and multi-pass heat exchangers.


  • Parameters can be specific, such as tube layout or fluid properties.
  • Optimum heat and condensation can be calculated.
  • Has mobile and web accessibility.
  • Touchscreen compatibility for those who like to work with tablets.
  • A mixing assistant can be used to optimize patterns of liquid flow.
  • Beneficial for different industries.
  • The user interface of this design software is updated regularly.
  • Customizable color themes and workspace looks are available.
  • Material for shell and tube exchangers can be selected.
  • Supports US measurement units as well as SI units.
  • Different coefficients can be added and adjusted.
  • Final designs can be exported and shared in different formats.
  • The final model of the exchanger is printable.

Shell and Tube Heat Exchanger Design can be integrated with other engineering tools. Engineers can get insights into the workings of design by connecting it with process simulation software. For example, by looking at the simulations, the system can analyze how changes in design or operation will affect the overall performance.

The software also collaborates among different design teams, such as thermal or mechanical teams. The thermal team can share insights on heat transfer or fluid dynamics so that the mechanical design team can focus on selecting the right material and building the optimum structures. Diverse features and license plans make Shell and Tube Heat Exchanger Design suitable for students, engineers, professors, and other experts across various industries.

Shell and Tube Heat Exchanger Design software allows engineers to design and simulate heat exchangers.
1. PC with Windows 7 or newer operating system
2. Minimum 2GB RAM, recommended 4GB
3. At least 500MB free disk space
4. .NET Framework 4.5 or higher installed

Streamlines heat exchanger design and sizing process.
Simulates thermal behavior under various conditions.
Provides comprehensive cost and performance analysis.

Can be overwhelming for beginner level users.
Limited customer support available.
Software updates are not frequent.
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