Chemical Reactor Precision Chiller

Chemical reactor precision chiller is one of the important components in compression refrigeration equipment. There are two types of water-cooled and air-cooled. The water-cooled cooling effect is better, but it needs cooling water. The air-cooled type is flexible and convenient, and does not need cooling water. It is suitable for water-scarce areas or mobile occasions.

Then, in the process of operating chemical reactor precision chiller, everyone also needs to pay attention to the correctness of the operation method.

1. In order to control the temperature of reactants and maintain biological activity during the production and synthesis of products in the chemical and pharmaceutical industries, the temperature can be controlled to ensure the quality of the product.

2. The service life can be extended through our correct operation methods and maintenance skills, mainly for cleaning the heat transfer oil, paying attention to preventing water from entering, and regularly replacing the heat transfer oil, etc.

3. Through the structural design and parameter configuration of the container, the heating, evaporation, cooling and low-speed and high-speed mixing functions required by the process are realized.

4. The pressure requirements in the subsequent reaction process have different requirements on the design of the container. The chemical reactor precision chiller is processed, tested and tested according to the corresponding standards.

5. Control the temperature of the chemical reaction, control the choice of exothermic reaction, adopt PID intelligent control, automatically adjust the power output according to the chemical process, control the temperature of the reaction process, and meet the requirements of the reaction process for temperature changes.

6. The wave-shaped plate heat exchanger is adopted, with large heat exchange area and fast heat exchange speed. The chemical reactor precision chiller is a closed whole liquid cycle, there is no volatilization of oil mist at high temperature, the heat transfer oil will not be oxidized or browned, and it will not absorb water vapor in the air at low temperature, which prolongs the life of the heat transfer oil and lowers the cost of use.