By reusing process water, grey water and wastewater, buildings and facilities will reduce the demand for raw water from surface water and groundwater sources, and reduce the costs associated with raw water supply and pretreatment of raw water before use. One of the treatments to achieve this goal is Microwave electrodeless ultraviolet sterilization equipment 。 In the past decades, UV sterilizers have become increasingly popular because of their lack of chemical additives and compact size, making them an option for integration into existing systems. You may want to know how UV treated water reuse applications are designed and engineered. Therefore, this article will touch on the key aspects of the design features of the UV disinfection system, and why a design may be more effective for specific applications.

1、 Design features UV treatment systems are relatively simple - that is why they are so compact - and consist of only a few key components: lamps, stainless steel reactor vessels, sensors and power modules.

2、 The lamp type UV disinfection lamp has two characteristics: pressure and output. These lamps have both of these characteristics in either the high or low settings. There are three types of lamps used in UV disinfection systems. Low voltage/low output (LPLO): energy-saving lamps.

These are suitable for low flow applications that want to use less energy during operation. Their lower output means that more lights are needed to produce the same output as stronger lights, which requires more space in the device. Low pressure/high output (LPHO): medium range lamp in terms of energy efficiency and germicidal efficacy. It is suitable for seeking high flow system to improve energy efficiency. When dealing with water of similar volume, they occupy a smaller area than LPLO lamps, but larger than medium pressure lamps. Medium voltage ultraviolet sterilizer: powerful lamp.