artment. They’re sturdy and feature a simple design compared to other kinds of heat exchangers. They are inexpensive, easy to maintain, and offers a very efficient rate of transfer of heat. But, they need more area than heat exchangers having similar thermal exchange capacity. But how do the shell and the heat exchanger work? Read on to find out.
One fluid can pass through tubes by the heat exchanger starting from the bottom as another flows through it from above. Both of the fluids are stopped from mixing by the wall of the tube. This causes cooling to occur in indirect ways. The turbulent flow can increase the rate of heat transfer as well as limiting the likelihood of accumulating dissolved solid on the shell or tube walls.
The turbulent flow inside the tubes develops by inserting tabulators into each of the heat exchanger’s tubes. This flow is created through baffles which direct water through the tubes twice as the fluids through into the exchanger. Check out the video above to get more information on how the shell and tube heat exchanger works. lwoz6alhet.