A variety of open loop and closed loop heat exchanger designs are used depending upon the application, including plate and frame, shell and tube, brazed plate, and submerged tube. A variety of open ...

Shell and Tube Heat Exchanger Statistics Utilizing shell and tube heat exchangers has the potential to lower temperatures by a significant margin, typically in the range of 30% to 40%.

Abstract Two-phase heat transfer involving two immiscible systems is gaining importance in petrochemical and allied industries. Varying compositions of diesel and water were experimentally studied in ...

Most commercial heat exchangers have sacrificial anodes that must be replaced on a regular basis; once the anode is reacted away, corrosion will begin on the heat exchanger components. Sacrificial ...

Therefore, optimizing the design of double-layer heat tubes is necessary. This work focuses on the double-layer heat exchanger of a lead-bismuth reactor and utilizes gallium-based graphene nanofluids ...

1-1 TEMA E shell-and-tube heat exchangers; Temperature effectiveness; LMTD correction factor Hess (1985) studied the 1-5 TEMA E STHE with one shell pass and five tube passes. For this heat exchanger, ...

This paper aims to study the design of the double-pass u-tube shell and tube heat exchanger used in the cooling system of marine engines using the finite element software COMSOL Multi-physics.

The new gasketed plate and frame heat exchanger, GPX P45, P55, P86 and P110, features “X” plate technology that increases heat transfer thermal performance up to 20%, reduces surface area up to 20% ...