shell and tube heat Exchangers part-2

             let's take a look at all the main components that make up a shell and tube heat exchanger. I will show you some of its design features, these are the pros and cons and I will also show you how it works. so let's start. now, this is not what a housing and tube changer normally looks like in the workplace. If it were, it would be much easier to understand how it works. Let's fix the configuration tool for a moment and now you can see the balance and the tube heat exchanger as it normally would be in the workplace. There are different variation designs, but this is quite standard. So, let's start looking at the outside of the heat exchanger.

        We have the reservoir, it is a pressure vessel, which means that it will be under pressure to correspond to the pressure of the fluid or the system that flows through it or specifically through the reservoir. Sometimes, people also refer to the wrapper as the box. We also have a front and a rear part of the heat exchanger. In addition, we have four main connections on the heat exchanger. One, two, three and four. We have two inlets and two outlets because we have two liquids flowing in and out of the heat exchanger. This heat exchanger is called a shell and tube heat exchanger because it has a shell and because there are some tubes in the shell.

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