Sludge dewatering and sedimenting centrifuge, which is a specific type of centrifuge, and from the name of its name, it is mainly used in the sludge dewatering process for solid-liquid separation operation, so that sludge dewatering work can be carried out well. Good work quality, therefore, it is necessary to achieve the above purpose through correct and reasonable use and standard operation.
1. How to carry out product selection for sludge dewatering and sedimentation centrifuge?
In order to purchase a sludge dewatering and decanting centrifuge, it is necessary to take all relevant factors into consideration so that accurate judgment and correct selection can be made. Moreover, among these considerations, there are some factors that must be considered, which are indispensable for the product origin, parameters, quality, real-time quotation and price quotation, and after-sales service of the manufacturer and the product. After comprehensive and comprehensive consideration of these factors, you can choose the right product.
2. How does the sludge dewatering and sedimentation centrifuge dewater the sludge?
The sludge dewatering and decanting centrifuge, which performs sludge dewatering, can drive the sludge to rotate at a high speed by means of a rotating drum rotating at a high speed, and then the solid particles in the sludge are settled and gathered by the centrifugal force generated. On the wall, the formed mud cake is then scraped off and concentrated, so that the purpose of sludge dewatering can be achieved.
3. Can sludge dewatering and sedimentation centrifuge be used in mud sewage treatment?
In muddy sewage treatment, sludge dewatering and sedimentation centrifuges can be used, so the answer to this question is yes. Moreover, the sludge dewatering and sedimentation centrifuge can well handle the mud sewage treatment, as long as the correct and standardized operation can have a good use effect.
The working principle of the sludge dewatering and decanting centrifuge is as follows: the suspension to be treated enters the drum through the feeding pipe, and under the action of high-speed centrifugal force, the solid phase particles with a relatively large specific gravity in the suspension will deposit in the rotating drum. On the inner wall of the strand, the spiral blade which moves relative to the drum will scrape the solid phase particles and push out the slag discharge port, and the clear night after separation is the overflowing drum. The relative movement between the spiral ladder and the drum is through the differential, and its speed of movement is controlled by the auxiliary motor to achieve continuous separation of boredom.