Stainless Steel Sludge Dewatering System With Low Energy Consumption

Sludge Dewatering System With Low Energy Consumption

Sludge Dewatering Machine
 
Vertical Screw Filter Press Machine Sludge Dewatering Equipment
 

The screw type sludge dewatering machine utilizes the principle of screw extrusion, which generates strong extrusion pressure through changes in screw diameter and pitch, as well as friction between the moving ring and the fixed ring, to squeeze out water in the sludge and achieve sludge dewatering. The main structure of this type of dehydrator includes a screen jacket, a spiral shaft, spiral blades, a spiral drive device, a press, a cleaning device, and so on.Widely used in municipal sewage treatment engineering, petrochemical, light industry, chemical fiber, papermaking, leather and other industries

Introduction

The multi plate screw press developed by our company has passed ISO9000 and CE certification, following the principles of forced water flow, thin layer dehydration, moderate pressure, and extended sludge dewatering path. It can effectively treat low concentration sludge and oily sludge, with low energy consumption and convenient operation. The multi plate spiral press achieves efficient dewatering of sludge.

Functional Principle

Layers of spacers, fixed and moving rings construct the dewatering cylinder. Moving rings, which are slightly smaller than the outer diameter of the screw and slightly narrower than the spacers, are located between the fixed rings. Edge of the screw pushes these moving rings in continuous circular motion.
The moving rings continuously clean sludge out of the gaps, prevents clogging and reduces the use of rinsing water.
 

Advantages

1. One-in-all design, fits in small facility
 

1)The structure is compact and consists of an electric control cabinet, a metering tank, a flocculation mixing tank, and a dehydrator body.

High efficiency and low speed, with a screw shaft speed of approximately 2-3 RPM and extremely low power consumption.

2) Less faults, low noise and vibration, and safe operation.

3) Easy to operate, the electric control cabinet is connected to the dosing machine, sludge pump, dosing pump, etc., and can achieve 24-hour continuous unmanned operation.

4) Short daily maintenance time and simple maintenance operation.

5) Durable, almost all valve bodies are made of stainless steel, which can maximize their service life.

2. Applicable to sludge in various kinds of applications
1) Municipal water and wastewater treatment plants
2) Agricultural/fishery community wastewater treatment plants
3) Industrial waste treatment plants
4) Food/beverage production plants
5) Dairy farming/Meat processing plants
6) Chemicals manufacturing plants
7) Machinery manufacturing/Metal processing plants
8) Laundry wastewater
9) Other (paper manufacturing, building material manufacturing, oilfield associated water accompanied with crude oil mining, etc. )
 
Specifications

• Product Graphic Details

 

 
Company Profile
 

Chengdu Yuanjin Environmental Protection Engineering Co., Ltd. was established in 2012 . The company is a high-tech enterprise. It has obtained a number of certificates such as a patent certificate, nine software copyrights, a construction enterprise qualification certificate, and ISO9001 international quality management system certification. 

FAQ

 
1.Why choose us?
1) Yuanjin has 12 years of experience in wastewater and sludge treatment.
2) We introduce advanced technology and experience at home and abroad, and have been committed to the research and development of water treatment equipment for a long time.
3) We only use the best parts from the best suppliers.
​4) Yuanjin's technical team is composed of a group of people with long-term working experience in the field of water treatment to provide customers with high-quality services.
 
2. What is the price of the product?
According to the amount of water treated, the price is different, and the unit price range is 145~866 $/m3·d.
3. What is the effect of the treated water?
1) The treated pure water can be directly consumed and meets the World Health Organization (WHO) drinking water quality standards.
2) The sewage can be directly discharged after treatment, which is environmentally friendly and meets the requirements of international sewage treatment discharge standards.