Vacuum belt filter press With Rotary Drum Thickener

Vacuum belt filter press With Rotary Drum Thickener 

Specifications:

1.automatic filter cloth washing
2.long life belt cloth
3.save energy
4.High capacity 

Product Features :                                               

1.  Material of the main structure : SUS304/316

2.  Belt : Has a long service life

3.  Low power consumption, slow-speed of revolution and low noise,

4.  Adjustment of belt: Pneumatic regulated, ensures the stability of the machine

5.  Multi-point safety detection and emergency stop device:improve the operation.

6.  The design of the system is obviously humanized and provides convenience in operation and maintenance.

Product Application:                                               

1. Sludge dewatering of industry waste water

2. Separation of liquid and solid in food, chemical and mining industries

3. Sludge dewatering in butching and animal husbandry

Product Data:                                               

Product Details:                                                

BOEEP belt filter Press, which is a latest advancedsludge dewatering technique. It’s characterized by small footprint and wide applications. It can be used for different sludgein varieties of industries includingpetrochemical processing, light industry,electroplating, printing & dyeing, food & beverage, chemical fiber, paper-making, proteins,livestock, pharmacy and leather etc.

The concentration belt sludge filter Press is slightly influenced by the load fluctuation of sludge and the water content’s rate of sludge cakes is low. The machine is easy for worker’s operation and management.

ZDY-TypeDrum enrichment belt filter press dewatering machine: mainly used to treat sludge which is ready to be concentrated through rotating and concentrating(e.g. residual sludge in Method A/O). This equipment has double functions of sludge concentrating and dewatering,and its treating capacity increase more than that of old press filter.

Treatment Flowchart :                                                

Project Site: