Dynamic temperature control systems are widely used in petroleum, chemical, pharmaceutical and other industries. Our company has several high-quality professional designers with rich experience in low temperature, high and low temperature research and development, and has developed a fully enclosed dynamic temperature control system that can respond to reactions Kettle, reactor, fermenter, extraction, distillation, etc. are used for cooling and heating control, so how does our temperature control equipment work with these equipment?

Main features of dynamic temperature control system

1. Completely closed system, since only the heat transfer medium participates in the circulation, the temperature of the expansion tank is always kept at room temperature 60°C, avoiding the problems caused by air entering the circulation system.
2. Cooling from high temperature, the dynamic temperature control system can directly use the compressor to refrigerate at high temperature, and can perform exothermic reaction at high temperature such as 300 ℃, without changing the medium, only the compressor can control the temperature and take away the excess heat .
3. The temperature control range is wide, and a single heat transfer medium can be used to achieve ultra-wide temperature control from -120°C to 300°C. Moreover, the single-unit refrigeration technology can reach a temperature as low as -80°C, and the volume is small, which is easy to carry.
4. Temperature dynamic control technology, the temperature measurement points at the inlet and outlet outlets transmit temperature information in real time, and the dynamic temperature control system will immediately issue exothermic and endothermic reactions when the temperature difference is large, and control the temperature of the heat transfer medium at ±0.3°C.
5. The pipeline circulation system, tubular heater and plate heat exchanger improve the power density ratio of the system, reduce the use of heat transfer medium in the dynamic temperature control system, and improve the temperature control response speed of the system at the same time.

Dynamic temperature control system is matched with different equipment

①The dynamic temperature control system is matched with the reactor

The glass reactor is a commonly used equipment in the reaction process of pharmacy, chemical industry, scientific research, and laboratory. Usually, by heating the heat transfer oil in the jacket of the reactor, the heat energy is indirectly transferred to the material in the reactor, thereby controlling the temperature of the reaction material. It can be used at high temperature. up to 300°C. The dynamic temperature control system can be used in conjunction with various reactor equipment to provide high and low temperature circulating liquid to control the reaction of materials.

②The dynamic temperature control system is matched with the liquid distribution tank

The three-layer thermal insulation liquid distribution tank with jacket and insulation layer inside the liquid distribution tank has the functions of heating, heat preservation and stirring, and is widely used in dairy, chemical, food, beverage, pharmaceutical, pharmaceutical and other industries. The dynamic temperature control system is matched with the temperature control of the liquid distribution tank, the fully enclosed temperature control system, and the multi-function alarm system have powerful guarantee functions and stable operation, which meet the needs of the development of the chemical and pharmaceutical industry.

③The dynamic temperature control system is matched with the fermenter

The reaction process of the fermenter has a great influence on the temperature. Controlling the temperature of the fermenter is beneficial to the speed of various enzyme reactions, changes the synthesis direction of metabolites, and affects the regulation of microbial metabolism. In order to meet the required temperature requirements, a dynamic temperature control system is used in production to control the temperature of the fermenter to provide an appropriate temperature to achieve the required temperature and reaction effect.

④Practical application of dynamic temperature control system in extraction

During extraction, according to the characteristics of the solvent, different temperature and pressure of dissolution and extraction are selected to realize rapid extraction by solvent heating. The external temperature control is used to set different heating temperatures and heating times, which further enhances the operability of the system, speeds up the rapid extraction of solvents, saves man-hours, and improves the extraction efficiency.

⑤ Practical application of distillation with dynamic temperature control system

In pharmaceutical and chemical industry, the temperature gradient is used to control the temperature, and the dynamic temperature control system is used to control different temperatures to achieve the distillation temperature and ensure the condensation effect.