Integrated negative pressure deodorization equipment

Introduction to Integrated Negative Pressure Deodorization Equipment

The integrated negative pressure deodorization equipment landscape atomization can neutralize the positive ions of oxygen in the air, and the negative ions of oxygen can be increased thousands of times for many times. It plays an important role in creating and improving the environment for human survival and living. The spray deodorization system uses various elements in the garbage as nutrition, grows rapidly, and effectively degrades waste components during the reproduction process. At the same time, the large number of beneficial bacteria will devour rotting bacteria during the reproduction process, preventing garbage from producing odor gas.

The integrated negative pressure deodorization equipment system uses water as raw material and purifies it with 5 levels of purity to make the raw water the system's drinking water. It is more hygienic and ensures that the mist particles it produces do not contain harmful substances to the human body. This allows people to enjoy the large amount of negative ion health benefits brought by atomization without inhaling impure small particles (mist) that affect their health. Spray deodorization integrates many advantages such as low carbon, environmental protection, health and comfort. High pressure spray deodorization equipment adopts high-quality high-pressure pump, with high pressure and sufficient horsepower, so that the range of liquid medicine spraying is wider, the area is larger, the duration is longer, and no dead space is left. This system fully utilizes the functions of environmental protection, epidemic prevention, and disinfection, with low investment cost, long usage time, and economic efficiency

The integrated negative pressure deodorization equipment can achieve flow detection, automatic control of dosing, and remote computer control, which can meet the needs of different odor sites, such as pig farming, cattle breeding, pet breeding, agricultural fields, pens, as well as household waste, landfill sites (garbage transfer stations, landfills, garbage incineration plants, garbage composting plants), sewage treatment plants, feces disposal stations, public toilets, large and medium-sized breeding farms, slaughterhouses, food processing plants, starch factories, leather processing plants, sewage pits, landscape water bodies, polluted river water, lake water, factories that are prone to odor and odor, living areas, etc.