Application and Advantages of Shell and Tube heat exchanger


Stalwart International- Shell and Tube heat exchanger manufacturers in India ensure to maintain cost-effectively providing solutions for a wide spectrum of heat exchangers used in various process conditions. It has several benefits that include prevention of shear strains on the products, high shear strains on the products and complete switch over the constant process.

What is the role of Shell and Tube heat exchanger in the industry?

Stalwart International follows its advanced technology in order to manufacture Shell and Tube heat exchanger. A shell and tube exchanger comprises of multiple tubes mounted inside a barrel-shaped shell. Two liquids can transfer the heat with each other, one fluid slides over the exterior of the tubes while the second fluid slides within the tubes.

The shell and tube exchanger includes four main parts. First In the Front Header liquid inserts the tube-side of the exchanger. In Rear Header tube side liquid leaves the exchanger or chemical reenter in the front header of exchangers from multiple tube side passes. Tube bundle comprises of the tubes, tube sheets, baffles, and tie rods to hold the bundle together. And Shell is the container for the tube bundle.

In order to ensure this heat is conveyed efficiently, the heat transfer area should be large to optimize the heat loss, this conserves the energy.

Composed of a shell or a large pressure vessel, the shell and tube heat exchanger allows one fluid to pass through the tubes while another fluid flows through the shell in order to transfer heat between the two different fluids. 1 assemblage of tubes inside the shell and tube heat exchanger is acknowledged as the tube bundle. They may be constituted of a mixture of different types of tubes.

Advantages of Shell and Tube heat exchangers

  • Shell and Tube heat exchangers have several advantages and benefits over equivalent smooth tube models.

  • Less costly as compared to plate type exchangers

  • Can be utilized in arrangements operating under immense heats and pressures

  • Pressure drop over a tube cooler is less

  • Tubular coolers in refrigeration structure can go approximately as recipients too.

  • sacrificial anodes secure the entire cooling framework against erosion

  • Easy to repair and maintenance

Application of shell and tube heat exchanger

  • The simple design of a shell and tube heat exchanger makes it best cooling solution and heat stabilizer for a wide variety of applications.

  • One of the most common applications is the cooling of hydraulic fluids, Chemicals, and oils.

  • With the right choice of materials, they can also be used to cool or heat other mediums, such as swimming pool water or charge air.

  • Usually, a shell and tube heat exchangers are easy to clean and maintain, particularly with models where a floating tube bundle.

 

The shell and tube heat exchangers may be used for a variety of different applications based on the particular needs of that industry. The shell and tube design can include a variety of variations based on specific industrial needs. For example, the tubes inside the heat exchanger may be U-shaped or they may be straight.