What kind of structure is used in Desen Washing Plant for cleaning river silt?
DSLXC/02, the newly developed Desen Washing Plant of Desen Environment, can be applied to the project sites with various physical leaching classification requirements, such as ditch sludge, river sludge, lake dredging, shield slurry and mine restoration. Aiming at the temporary, urgent, small capacity, high demand for site space and rapid transition of soil remediation projects.
There are two kinds of river silt, one is polluted silt, and the other is pollution-free silt. The pollution is mainly affected by the water quality of the river and the silt left by the upstream. Therefore, the treatment methods after discharge are different. First, the polluted sludge is treated, which includes metal pollutants. Mild pollution, and general pollution. Dunhua treatment is needed to treat the sludge contaminated by metal in a pollution-free state. For slightly polluted sludge, the pollution standard should be lowered first. Only when the discharge standard is met can it be discharged into the natural environment.
The newly-developed Desen Washing Plant DSLXC/02 of Desen Environment can be applied to many kinds of project sites with physical leaching classification requirements, such as ditch sludge, river sludge, lake dredging, shield slurry and mine restoration. Aiming at the temporary, urgent, small capacity, high demand for site space and rapid transition of soil remediation projects.
Structural design:
1. The central control room adopts the hydraulic scissor lifting platform to control the safe and stable operation, and the low position can be safely transported, and the high position can look at the overall situation. The latest 5G technology is adopted to realize the digitalization, networking and intelligence of the equipment operation state.
2. Functional integration of efficient grading module; The classification adopts stepless speed regulation control, which makes the classification efficiency of fine particles in mud higher; Mixing improves the reaction efficiency between chemicals and pollutants, and at the same time effectively prevents mud precipitation.
3. The cyclone adopts spiral case pre-classification feeding structure, spiral feeding structure and angle checking cone structure, which can effectively improve the separation efficiency of the cyclone and reduce the energy consumption of the equipment.
