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Bored Pile Desanding Unit in China - Leading Suppliers and Factory for Efficient Mud Separation Solutions
Institutional characteristics hyang
1
First stage shaker to screen out the big particles
Mud enters the primary shaker. Through the shaker, the screen will trap the large particles of solid materials in the mud to achieve the separation of coarse particles.
The material on the screen (large particle solid) is discharged, and the material under the screen (fine particles) enters the next level.
2
Secondary Desander
The material under the screen goes to the secondary desander.
The desander uses centrifugal force to separate the sand from the mud.
Sand particles are deposited at the bottom of the desander and are discharged periodically.
The desanding mud goes to the next stage.
3
Three stage desilter
The mud enters the three-stage desilter.
The desilter further separates the fine clay from the mud.
Fine grained solid material is deposited at the bottom of the desilter and discharged periodically.
Clean water after three stages of desliming is discharged from the system.
System characteristics hyang
Efficient separation
Three-stage screening design, effectively remove all kinds of particles in the mud, to achieve efficient solid-liquid separation.
Space saving
Compact structure, small footprint, save space.
Easy operation
High degree of automation, easy operation and maintenance.
Strong adaptability
It can handle mud of different concentration and different particle size.
Machine display hyang
Frequently Asked Questions
Q
How does the first stage shaker separate coarse particles?
Mud enters the primary shaker, where the screen traps the large particles of solid materials to separate them. The large particle solid material is then discharged, while the fine particles go to the next stage.
Q
What mechanism does the secondary desander use to remove sand?
The secondary desander uses centrifugal force to separate the sand from the mud. The separated sand particles deposit at the bottom of the desander and are discharged periodically.
Q
What is the function of the three-stage desilter in this system?
The three-stage desilter further separates fine clay from the mud. The fine-grained solid material deposits at the bottom and is discharged periodically, allowing clean water to be discharged from the system.
Q
Does this system take up a lot of space?
No. The system is designed with a compact structure and a small footprint, which effectively saves space on site.
Q
Can the system handle mud of varying concentrations and particle sizes?
Yes, the system features strong adaptability, allowing it to efficiently process mud of different concentrations and different particle sizes.