Shale shaker  and spray is a common technical improvement in the process of solid-liquid separation or mud treatment, mainly used to improve the separation efficiency and treatment effect. The following is a detailed description of its role, treatment effect and advantages:

effect

Auxiliary cleaning of solid particles:

The spray system rinses the material on the screen by spraying water, effectively removing the mud or fine matter attached to the surface of the particles to prevent blocking the screen aperture.

 

Improve screening efficiency:

Spray water can help separate the fine particles from the larger ones, making the screening more thorough.

 

Reduce material adhesion:

When dealing with mud containing more viscous substances, spraying water can reduce the accumulation and adhesion of materials on the screen, and improve the operating stability of the vibrating screen.

 

Keep the screen clean:

When the vibrating screen runs for a long time, it is easy to block the network because of particle accumulation. The spray device can wash the screen in time to keep the screen smooth.

 

Treatment effect

Separation efficiency:

The addition of spray water can significantly improve the separation efficiency of fine particles, especially in the treatment of fine sand and powder materials.

 

Reduction of solid content in mud:

By spraying, the liquid can be separated from the solid more efficiently, so that the solid content of the sieve increases, and the solid content of the liquid under the sieve decreases.

 

Improved mud recovery:

The spray water can wash out the recyclable liquid attached to the solid, improving the recovery rate of the mud.

 

Enhanced operational stability:

Reduce screen clogging, extend the continuous working time of the vibrating screen, and improve the overall production efficiency of the equipment.

 

advantage

Strong adaptability:

Vibrating screen and spray can handle high viscosity, high fine particle content of the material, to meet the needs of different working conditions.

 

Maintenance cost reduction:

Spray water can reduce the frequency of screen clogging, thereby reducing the frequency of manual cleaning and screen replacement.

 

Environmental protection:

Spraying can reduce the solid content of tailings treated by mud, reduce the burden of subsequent treatment, and be more environmentally friendly.

 

Improve the working environment:

Spraying water can reduce the diffusion of material dust, improve the site working environment, and reduce worker health risks.

 

Application scenario

Drilling waste slurry treatment: improve solid-liquid separation efficiency in waste slurry.

Mine tailings treatment: efficient screening of fine particles, improve resource recovery.

Aggregate production: Clean fine dust and soil in sand and stone.

Environmental protection: Fine treatment of solid-liquid separation in wastewater and waste pulp.

 

Sum up

The vibrating screen and spray system can effectively improve the screening efficiency, reduce the solid content in the solid-liquid mixture, and reduce the maintenance cost and the risk of network blockage, which is an important auxiliary device to improve the overall processing capacity of the vibrating screen. This is particularly evident in demanding solids control and mud handling scenarios.