Engineering construction waste can be classified into fixed and mobile treatment systems based on cement, bricks, waste plastics, metals, furniture, etc. The disposal plan can be flexibly designed according to the material composition and working conditions to ensure efficient treatment of different materials.

The intelligent management platform for hazardous waste specifically addresses the pain points and difficulties in the "production, transportation, treatment, and supervision" process of hazardous waste, enhances the supervision and utilization and disposal capabilities of hazardous waste,

In order to solve the problem of garbage siege, the organic waste in the layout of the general sanitation mainly includes kitchen waste, food waste, fruit and vegetable waste and garden greening waste. The generation points of kitchen waste, fruit and vegetable waste, and landscaping waste are relatively controllable, so the collection, transportation, and disposal of these three types of waste have established a fixed mode.

After being crushed by a shredder, biomass can be directly burned for power generation, gasified for combustion for power generation, and hydrogen fuel for power generation. Some companies also process biomass into fuel particles for sale.

Rotten waste originates from domestic waste landfills, also known as landfill stock waste. Generally, the landfill has a long landfill life. With the natural biodegradation of organic matter, aged waste in anaerobic environments can produce toxic and combustible gases such as hydrogen sulfide and biogas,

For the treatment of existing leachate in landfill sites. The DTRO butterfly tube reverse osmosis treatment process is used for the disposal of existing leachate, and the treated water quality meets the requirements of the "Pollution Control Standard for Domestic Garbage Landfill" (GB16889-2008). Equipment model:

Due to the fact that there is generally a small amount of residual electricity in waste ternary lithium batteries, from the perspective of safety, the process of "drilling → brine discharge → draining → drying → crushing" is commonly used for the crushing of waste ternary lithium batteries.

This plan is mainly suitable for rapid capacity reduction treatment of mixed large waste. Its compact and reasonable layout, fully sealed structure, and negative pressure dust removal design can effectively suppress dust leakage and achieve a dust-free working environment; The core equipment is a motor driven dual axis shear crusher, with a unique crushing and shearing method that can easily crush any type of large waste quickly.