HEAT EXCHANGER MANUFACTURER AND DESIGNER
HEAT EXCHANGER MANUFACTURER AND DESIGNER
Designing a Shell and Tube Heat Exchanger (STHE)
For effective heat transfer between two fluids while maintaining their separation, STHE are widely utilised in a variety of industries. They are appropriate for high-temperature and high-pressure applications because they are durable and adaptable. To ensure maximum performance and safety, STHE design entails a number of crucial processes. We’ll look at the key components of STHE design.
Understanding the Basics
Before commencing the design process, it is crucial to have a firm grasp of the foundations of shell and tube heat exchangers. These devices feature a cylindrical casing with many tubes inside. A tube-side fluid is one that flows inside the tubes, whereas a shell-side fluid is one that flows around the tubes. The heat of one fluid is transferred to the other through the tube walls. A shell and tube heat exchanger is defined by many factors, including the tube diameter, tube length, shell diameter, tube arrangement, and many more.
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