As an efficient sterilizing agent, ethylene oxide is widely used in the sterilization of medical devices, protective clothing, masks and other medical and protective supplies. However, its sterilization process is not impeccable. The volatility of ethylene oxide has become one of the challenges that must be faced during the sterilization process. Excessive temperature will intensify its volatilization, resulting in a decrease in the concentration of ethylene oxide in the sterilization chamber, which in turn affects the sterilization efficiency. At the same time, the volatile ethylene oxide may also pose a health risk to the surrounding environment and operators. For example, long-term inhalation can cause symptoms such as headaches, nausea, and difficulty breathing, and may even cause cancer in severe cases.

In order to overcome this challenge, an efficient hot water circulation system was born. The system provides an ideal operating environment for ethylene oxide sterilization by precisely controlling the water temperature in the sterilization workshop. Specifically, the hot water circulation system can ensure that the water temperature is always maintained within an appropriate range. This feature not only accelerates the sterilization process, but more importantly, it effectively reduces the volatilization and residue of ethylene oxide by maintaining the stability of the water temperature.

In the process of ethylene oxide sterilization, the stability of water temperature is crucial. Too high a temperature will intensify the volatilization of ethylene oxide, resulting in a decrease in the concentration in the sterilization chamber, affecting the sterilization effect; while too low a temperature may slow down the sterilization speed and prolong the sterilization cycle. The efficient heating hot water circulation system can accurately control the water temperature within the preset range through intelligent temperature control technology, thereby avoiding the volatilization of ethylene oxide caused by temperature changes.

The working principle of this system is that the hot water circulation pump transports the heated hot water into the sterilization chamber and mixes it with ethylene oxide gas to form a stable sterilization environment. At the same time, the built-in sensor of the system monitors the water temperature changes in real time. Once the water temperature deviates from the preset range, the control system automatically adjusts the heating power to ensure that the water temperature is always maintained at an appropriate level. This precise temperature control mechanism not only reduces the volatilization of ethylene oxide, but also improves the sterilization efficiency and ensures the safety and stability of the sterilization process.

The hot water circulation system not only reduces the volatilization of ethylene oxide by maintaining the stability of the water temperature, but also significantly improves the sterilization efficiency and safety. On the one hand, the stable water temperature accelerates the penetration and diffusion of ethylene oxide molecules, making the sterilization process faster and deeper. At a suitable temperature, ethylene oxide can more effectively kill a variety of microorganisms including bacteria and viruses, ensuring that the sterilized products reach a high standard of sterility. On the other hand, reducing the volatilization of ethylene oxide reduces the pollution to the environment and the health risks to operators, making the sterilization process more green and safe.

In addition to optimizing the sterilization process, the efficient heating hot water circulation system also focuses on environmental protection and energy saving. The system adopts advanced heating technology and intelligent control system, which can adjust the heating power according to actual needs and avoid unnecessary energy waste. The built-in exhaust gas treatment device of the system further ensures the safe discharge of ethylene oxide exhaust gas and reduces the potential impact on the environment. This green design concept not only meets the requirements of modern industry for sustainable development, but also brings significant economic and social benefits to enterprises.

The efficient heating hot water circulation system also has intelligent management functions. Through the integrated control system, users can monitor key parameters such as water temperature, flow, pressure, etc. in real time, and remotely control them according to actual needs. This intelligent management not only improves the operational efficiency and reliability of the system, but also reduces the cost and risk of manual intervention. The system also has fault warning and diagnosis functions, which can detect and handle potential faults in a timely manner to ensure the continuity and stability of the sterilization process.