Garbage Station Spray Deodorization System

The garbage station mist deodorization system designed by Fresh Air is specially tailored to the size of the garbage station. It’s equipped with high-end and fully automatic control, and mobile phone remote monitoring control, which greatly improves work efficiency and saves time and effort.

With the massive growth of the population, the expansion of the scale of the city has led to the production of various types of domestic waste. The decay and decomposition of organic matter in domestic garbage produce odorous gas pollution. Malodorous gas pollution refers to all gas substances that stimulate the sense of smell, cause unpleasantness, and damage the living environment. As a typical environmental hazard, it has been recognized by all countries in the world. Many developed countries have studied it as a single public hazard and implemented special legislation to prevent it. The treatment of odor pollution abroad has also been carried out earlier.

Treatment methods of original waste: landfill, composting, sorting and recycling, and incineration. At present, the domestic and international methods to control malodor mainly use the direct combustion method, catalytic oxidation method, UV catalytic photolysis method, activated carbon adsorption method, a chemical spray method, biodegradation method, and so on. To varying degrees, they have problems such as high equipment investment, high operating cost, small processing gas volume, unstable work, low deodorization efficiency, and secondary pollution.

The advantages of mist deodorization system for garbage stations:

1. Simple: easy to operate, fully automatic control
2. Fine mist: 5 billion droplets can be produced per second, and the diameter of the droplets is only 1~10um, and no water droplets are formed.
3. Reliable: quality assurance, fine filtration of a water source, to prevent nozzle clogging.
4. Intelligence: Fully automatic control.
5. Environmental protection: good effect, improve the environment, reduce pollution, energy-saving, and environmental protection.