by Enerquip | Oct 28, 2018 | Article, Design
Shell-Side Fluid Challenges: Increasing the Pressure Drop A smaller shell diameter can increase the flow rate of the shell-side fluid. Shell-Side Fluid Challenges: Increasing the Pressure Drop 01040 Before fabricating a shell and tube heat exchanger, it must be...
by Enerquip | Oct 25, 2018 | Article, Design
Helpful Details to Consider When Selecting a Heat Transfer Fluid Choosing the right HTF for your operation involves many considerations. Helpful Details to Consider When Selecting a Heat Transfer Fluid 00000 The heat transfer fluid flowing through your shell and tube...
by Enerquip | Oct 20, 2018 | Article, Design
Metal Expansion Bellows vs. Packed Expansion Joints There are numerous categories of expansion joints, and each one has its own set of considerations to take into account. Metal Expansion Bellows vs. Packed Expansion Joints 10050 To few engineers’ surprise, shell and...
by Enerquip | Oct 1, 2018 | Article, Design
3 Shell & Tube Heat Exchanger Features that Affect Shell-Side Pressure Drop Three of the most important elements of shell and tube heat exchanger design: the shell, the tubes and the baffles. Shell style can help limit or increase pressure drop. 3 Shell &...
by Enerquip | Jul 31, 2018 | Article, Design
Horizontal vs. Vertical Baffles: Which to choose for your shell and tube heat exchanger The way baffles are installed into a shell and tube heat exchanger will have a direct impact on the heat transfer rate and pressure drop of the unit. Horizontal vs. Vertical...
