ZK Separation Decanter Centrifuge Application in River Wastewater Fields.
Project Operation date: July, 2018
Centrifuge model: LW450×1845E
Application: Industrial Park concentrated sludge water
Centrifuge capacity: 30～40m3/h
Moisture content of solids-phase：75～78%
Moisture content of fluid-phase：0.2～0.5%
Project operation: the centrifuge has been put into operation since July 30, 2018 for solid-liquid separation of river concentrated sludge water. The operation is stable and the separation effect is stable. There is no fault in normal operation for more than 2 year. At present, the working speed of the centrifuge is 2200 rpm, the processing capacity is 30-40m3 / h, the water content of solid-phase after separation is less than 75-80%, and the solid content of liquid-phase after separation is ≤ 0.2%. After separation, the liquid phase is clarified, which fully meets the daily sewage treatment requirements of customers, and lays a good foundation for further cooperation.
Project customer evaluation: centrifuge professional, high processing accuracy; fast service response. The centrifuge has been running smoothly and reliably since it was used. During the operation of the equipment, the manufacturer visited and exchanged many times and provided trainings, which provided effective guarantee for continuous production.
Chengdu ZK Separation Technology Co., Ltd. is a specialized solid-liquid separation company established by Chengdu West Petroleum Equipment Co., Ltd. Our ZK brand
Centrifuge provides solutions to all technological problems of solids-liquid and liquid-liquid separation, specialized in industrial centrifugal separation markets. These solutions help customers to clarify, concentrate, and separate products in production.
Centrifuge working principle: the feed suspension is introduced through an inlet pipe into the feed zone of the conveyor where it is accelerated and directed into the interior of the bowl. The settled solids are conveyed axially towards the small end of the bowl by means of the screw conveyor, which rotates at a slightly different speed than the bowl. On the way to the discharge ports the solids are lifted out of the pond up along the dry beach. The solids are finally discharged from the bowl through the discharge ports into the collecting chamber of the casing that surrounds the bowl. From there the solids are removed by gravity through the outlet funnel.
