Large scale kitchen waste treatment equipment It is a new type of processing equipment with larger processing capacity and plays an important role in the entire production process. The equipment integrates sorting, conveying, crushing and dehydration, fermentation, deodorization, oil-water separation and sewage treatment. The whole process is smooth, energy-saving and environmentally friendly, stable and reliable, and can be combined with a variety of equipment to meet different material needs. In addition, large Kitchen waste treatment equipment Affordable price, short payback period, low investment risk, worth buying!

Working principle of large kitchen waste treatment equipment

The system first pours the organic materials into the sorting tray, which is equipped with oil-water filter screen, and the perishable waste water will flow into the sump, while the perishable materials will be transported to the feed port of the grinder by No. 1 conveyor. The crushed materials will be squeezed and dehydrated by screw, and the dehydrated materials will be transported to the spiral distributor by No. 2 conveyor, and the perishable materials will be transported to the fermentation host, The materials entering the treatment bin shall first be subject to high-temperature treatment according to the organic perishable waste treatment specifications to kill the pathogens in the organic perishable waste, and at the same time, the excess water in the materials shall be automatically and regularly treated by the waste gas treatment system. At the same time, the equipment will enter the fermentation and decomposition mode to provide superior living conditions such as better temperature, humidity and support for the bacteria, In order to achieve the purpose of rapid decomposition, thus improving the processing efficiency of the equipment

The collected organic waste gas enters the gas treatment system. According to the characteristics of the organic waste gas, this process first carries out the joint operation of carbon box adsorption+biological spray tower+uv photolysis to decompose the gas pollutants into harmless CO2 and H2O as well as inorganic substances such as sulfuric acid and nitric acid. Sulfuric acid and nitric acid are decomposed and oxidized into harmless substances by thiobacillus and nitric acid bacteria; After triple treatment, the gas can be discharged up to standard. Considering the particularity of the operator and the convenience of supervision, the system adopts a one touch, real-time intelligent control system to transmit the operation status, and records the system operation data for query. No professional operation is required. At the same time, safety precautions are achieved through induction to prevent accidents