First of all, water treatment is an important part of the principle of clean steam generator. In this step, the water passes through pre-treatment equipment, such as filters, softeners, etc., to remove suspended solids, dissolved solids and hardness substances to ensure the purity of the water. Only fully treated water can enter the next step to ensure the quality of the steam.
Next is the steam generation process. In a clean steam generator, water is heated to the boiling point to form steam. This process is usually accomplished using a heating element such as an electric heater or a gas burner. During the heating process, impurities and dissolved substances in the water are separated, producing high-purity steam. At the same time, the clean steam generator will also ensure the stability and safety of the steam by controlling the heating temperature and pressure.
The last step is the steam purification process. In a clean steam generator, the steam passes through purification equipment such as separators, filters, and dehumidifiers to remove tiny particles, impurities, and moisture. These devices can effectively filter out solid particles and liquid droplets in the steam, improving the purity and dryness of the steam. Through the purification process, clean steam generators are able to produce high-quality steam to meet the needs of various industries and laboratories.
Therefore, the clean steam generator can convert water into high-purity, impurity-free steam and is widely used in various fields. Clean steam generators play an important role in production environment control processes such as humidification of high-cleanliness factories and workshops, such as food, beverage, pharmaceutical industry, integrated electronic processing and other processes, providing reliable steam resources for all walks of life.
