What kind of temperature control unit is needed for reactor integration system?

Requirements for temperature control unit (TCU):

Accuracy and Stability: High-precision temperature control is the primary consideration, and the control accuracy is usually required to be between ±0.1℃ and ±1℃ to meet the strict requirements of fine chemicals, pharmaceuticals and other fields.

Temperature Range: According to the needs of the reaction process, the TCU should cover a wide temperature range from deep cooling to high temperature, such as -80℃ to +250℃, to adapt to the temperature conditions of different chemical reactions.

Fast Response: Fast temperature change response capability is essential for processes that require frequent or fast temperature adjustments to reduce reaction time and improve production efficiency.

Intelligent Control: Integrated PID control or more advanced control algorithms, as well as communication interfaces with host computers or DCS systems, facilitate remote monitoring and automatic control.

Safety Protection: including multiple safety protection measures such as over-temperature, over-pressure, leakage, etc. to ensure safe operation.

Adaptability and Compatibility: can be integrated with various reactors, heat exchangers and other equipment to adapt to different installation environments and process requirements.

Requirements for chiller heaters:

Refrigeration Capacity and Heating Power: match the heat load of the reactor to ensure fast and efficient heating or cooling under any working conditions.

Circulation system: equipped with stable and reliable circulation pumps and high-efficiency heat exchangers to ensure uniform and rapid circulation of coolant or heating medium and improve heat exchange efficiency.

Material and Anti-corrosion: parts in contact with the medium should be made of corrosion-resistant materials, especially for the chemical industry, to extend equipment life and reduce maintenance costs.

Modularity and Scalability: For large or complex reaction systems, modular design can be selected, which is easy to expand and upgrade to adapt to future process changes or capacity growth.