The integrated cold and hot circulation device automates and integrates traditional experimental equipment such as heating and stirring, achieving the integration of various experimental equipment. The entire chemical reaction process of the integrated cold and hot cycle device is carried out on an automated control experimental platform, using automation control technology to observe the reaction process using real-time parameter tables and real-time curves. At the same time, the main parameters in the reaction process can be accurately controlled, fundamentally changing the method of observing and controlling chemical reactions relying on conventional instruments and chemical vessels.

The integrated cold and hot circulation device realizes the digitization of key experimental parameters throughout the entire reaction process and can record and search in real time, such as temperature, stirring rate pH、 Conductivity, etc; The integrated cold and hot cycle device automatically adjusts the feeding amount by controlling the pH value changes during the reaction process, achieving the conversion between intermittent and continuous reactions for a single instrument.

The integrated cold and hot circulation device uses a universal database platform, which allows for flexible design of formulas, experimental conditions, and requirements, facilitating the export and processing of experimental data; The application of automated control can ensure the consistency of each parameter, greatly reducing the interference of human factors on experimental results.

Real time online data collection of scientific data and key process parameters helps to study the inherent laws and mechanisms of synthesis or reaction systems, providing theoretical basis data for process optimization, equipment amplification, and intelligent controllable processing technology; The cold and hot integrated circulation device equipment can be customized according to actual needs, and the system functions can be designed according to actual needs. The system has a wide range of applications.