Domestic sewage industrial sewage integration equipment Application industries: municipal sewage, pharmaceutical and chemical sewage, food processing industry sewage, grease, garbage, printing and dyeing prevention industry, wastewater phosphorus removal engineering, environmental protection sewage treatment and other industries. . Precision filtration equipment Application industry: It is used for liquid purification such as water and paint, solid-liquid separation in machinery, metallurgy, chemical industry, prevention and control, printing, electric lock, medicine, food and other industries, food and beverage, fruit wine, biochemical water treatment, high-end aquaculture, etc.

When choosing microwave electrodeless ultraviolet sterilization equipment, there are different wave bands to choose from, Customized Deodorization of industrial waste gas It is recommended to select disinfector with deep ultraviolet wave band. Because the deep ultraviolet wave band has a wider sterilization range and stronger sterilization ability. Deodorization of industrial waste gas manufactor In addition, when using the disinfector in the deep ultraviolet wave band, we must pay attention to the radiation dose and time. If the irradiation dose is not enough or the time is too short, there is no way to achieve the expected sterilization effect.

The power supply is the foundation and should be used carefully. Generally, it needs to work under 200V/50Hz AC power, Customized Deodorization of industrial waste gas In order to ensure the correct operation of the complete set of automatic water softening device. Deodorization of industrial waste gas manufactor The manufacturer of the microwave and ultraviolet water treatment equipment shall ensure that the power cannot be cut off, and that the switch of the equipment cannot be cut to the point, so as to prevent the quality problems of the softening microwave and ultraviolet water treatment equipment and the increase of equipment loss.

The gas of organic matter discharged from the workshop is subject to particle filtration and desorption after adsorption, and the high concentration organic waste gas from desorption is discharged after catalytic combustion. (The desorbed high concentration organic waste gas enters the catalytic chamber for catalytic combustion after heat exchange, and the discharged hot air desorbs and regenerates the adsorption bed and circulates in turn).