The green and environment protection sand washing production line is a system solution for the problems of sand dewatering, tailwater purification, waste dry discharge. The silica sand washing plant mainly includes screening, cleaning, dehydration, fine material recovery, solid-liquid separation, sludge dewatering, and other aspects. The material is effectively screened, washed and dewatered throughout the system. Save resources and reduce water consumption. The entire production line has excellent continuous working performance and convenient maintenance. Long service life, easy to move and excellent effect. At the same time, it ensures no pollution and meets environmental protection requirements. A 300ton per hour silica sand purification plant in cost about 500,000 USD.
The green and environment protection sand washing production line is a system solution for the problems of sand dewatering, tailwater purification, waste dry discharge. The silica sand washing plant mainly includes screening, cleaning, dehydration, fine material recovery, solid-liquid separation, sludge dewatering, and other aspects. The material is effectively screened, washed and dewatered throughout the system. Save resources and reduce water consumption. The entire production line has excellent continuous working performance and convenient maintenance. Long service life, easy to move and excellent effect. At the same time, it ensures no pollution and meets environmental protection requirements.
Using high-pressure air as a power source to drive abrasive particles to hit objects within a certain range will produce a great impact. The function of the sandblasting nozzle is to spray abrasive particles on the object evenly and efficiently. Sandblasting nozzles can be divided into: straight hole sandblasting nozzle, Venturi sandblasting nozzle , double Venturi sandblasting nozzle, angle sandblasting nozzle Straight hole nozzle: There are only contraction section and straight section inside, the structure is simple and easy to manufacture. This kind of nozzle cannot overcome the vortex phenomenon existing at the inlet end, and the pressure loss is large; the abrasive velocity at the outlet is less than 100m/s under the pressure of 0.7MPa.
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