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The working process of stainless steel reaction kettle: In chemical production, the reaction kettle is not only a simple chemical reaction process, but also involves physical mass transfer processes such as fluid flow, material heat transfer, mass transfer, an...

U-shaped tube heat exchanger, each tube is bent into a U-shaped shape, and both ends are fixed on the same tube plate. Each tube can be freely extended and extended to solve the problem of thermal compensation. The tube has at least two passes, the tube bundle can be removed for cleaning, and the tube can expand freely. Its disadvantages are difficulty in cleaning the inner wall of the pipe, difficulty in replacing the pipe, and fewer pipes arranged on the pipe plate. The advantages are simple structure, light weight, and suitability for high temperature and high pressure conditions.

In the operation of the distillation tower, it is necessary to maintain the stability of the products at the top and bottom of the tower, and maintaining the material balance of the distillation device is a necessary condition for the steady-state operation of the distillation tower. The material balance of the distillation tower is usually controlled by the liquid level at the bottom of the tower.

1.Installation location: The reaction kettle should be installed in a high-pressure operating room that meets explosion-proof requirements. When multiple reaction kettles are equipped, they should be placed separately, and each two should be separated by a safe explosion-proof wall. Each operating room should have channels and exits leading to the outside.

With the continuous development of technology, magnetic reaction vessels, as an efficient and environmentally friendly reaction equipment, have been widely used in biopharmaceutical production lines.

The heat exchanger heater is an important device that is widely used in various industrial and commercial fields. The main function of this device is to transfer heat from one fluid to another, so as to achieve the conversion and utilization of heat energy.