In the process of ethylene oxide sterilization, humidity control is crucial. Too high or too low humidity will have an adverse effect on the sterilization effect. Too high humidity may cause ethylene oxide to hydrolyze, reduce its concentration, and thus affect the sterilization effect; too low humidity is not conducive to the penetration of ethylene oxide gas into microbial cells, which will also affect the sterilization effect. Therefore, the humidification system needs to have precise humidification control capabilities to ensure that the humidity in the sterilization room is always maintained within the preset range.

The humidification system of the ethylene oxide sterilization workshop is usually equipped with an intelligent humidity sensor that can monitor the humidity changes in the sterilization room in real time. The sensor feeds back the humidity data to the control system, and the control system automatically adjusts the humidification amount according to the preset humidity range. This intelligent control method not only responds quickly, but also has high adjustment accuracy, which can ensure the precise control of the humidity in the sterilization room.

The humidification amount adjustment mechanism of the humidification system usually adopts precision solenoid valves or stepper motors and other components, which can accurately adjust the humidification amount according to the instructions of the control system. These adjustment mechanisms have high stability and high precision, which can ensure the accurate output of humidification and avoid the problem of excessive or insufficient humidification.

In order to further improve the level of precise control of humidification, some advanced humidification systems also adopt adaptive adjustment algorithms. This algorithm can predict future humidity changes according to the humidity change trend in the sterilization room, and adjust the humidification amount in advance to ensure the stability of humidity in the sterilization room. The application of this algorithm makes the regulation of the humidification system more intelligent and efficient.

Precise control of humidification can avoid the problem of condensation caused by excessive humidification. When the humidity in the sterilization room reaches the preset upper limit, the humidification system will automatically stop humidification to avoid condensation caused by excessive humidity. This not only helps to maintain a dry environment in the sterilization room, but also prevents the adverse effects of condensation on the sterilization effect.

Precise control of humidification can also ensure uniform and stable humidity in the sterilization room. By real-time monitoring and adjusting the humidification amount, the humidification system can ensure that the humidity in the sterilization room is always maintained within the preset range, avoiding the problem of unstable sterilization effect caused by excessive humidity fluctuations. This uniform and stable humidity environment is conducive to the full penetration of ethylene oxide gas and the improvement of sterilization effect.

Precise control of humidification can also improve sterilization efficiency and reliability. By optimizing the humidification adjustment, the humidification system can ensure that the humidity in the sterilization room is always in the best state, thereby improving the sterilization efficiency of ethylene oxide. Precise control can also reduce the risk of sterilization failure caused by humidity fluctuations and improve the reliability of the sterilization process.

In the actual application of ethylene oxide sterilization workshops, the precise control function of humidification has been widely used. For example, in the sterilization process of medical devices, the humidification system can automatically adjust the humidification amount according to the preset humidity range to ensure that the humidity in the sterilization room is always maintained at the best state. This not only improves the sterilization effect, but also reduces energy consumption and costs. In addition, in the ethylene oxide sterilization process in the pharmaceutical, food and other fields, the precise control function of humidification also plays an important role.