Low Energy Consumption DHP-3000 High Pressure Sludge Dewatering Machine

Description:

The High-Pressure Sludge Dewatering Machine is designed with a focus on low energy consumption. It efficiently removes moisture from sludge, resulting in a significant reduction in energy requirements compared to conventional dewatering methods.

Equipped with advanced technology, this machine utilizes a high-pressure system to effectively squeeze out water from the sludge. By applying pressure to the sludge, it achieves a high dehydration rate while minimizing energy consumption.

Additionally, the DHP is equipped with intelligent control features that optimize the dewatering process. It automatically adjusts operating parameters based on the characteristics of the sludge, ensuring optimal performance and energy efficiency.

With its innovative design and energy-saving capabilities, the High-Pressure Sludge Dewatering Machine offers a cost-effective and environmentally friendly solution for sludge dewatering applications.

Features:

1. Abnormal Deviation Correction Device

Automatic continuous detection; Correct filter cloth deviation; Ensure the machine's regular operation and increase the filter cloth's service life.

2. Sludge Distributor

Spread the concentrated sludge evenly on the upper filter cloth to ensure that the sludge is pressed evenly, improve the dehydration rate and extend the service life of the filter cloth.

3. Cylinder Three-point Combination Tensioning Device

Tensioning the filter cloth through cylinder tension to ensure stable, leak-free, and high-safety operation within a certain range.

4. Pneumatic Triple

Composed of Air Filter, Pressure Reducing Valve, and Oil Mist Collector, it can effectively filter water in the air, lubricate pneumatic components, and extend the service life of pneumatic components.

5. Pressing Roller

Made of SUS304, TIG reinforced welding, and after finishing, the structure is fastened without breaking.

6. Synchronous Wheel

The driving roller of the pressing section adopts the synchronous gear design, which is reliable in operation, low in failure rate, easy to maintain, and improves the stability of operation.

7. Waterproof Ring

Installed on the inner side of the bearing, it can prevent the dehydrator from splashing water from the inner side to the inside of the bearing during operation and extend the service life of the bearing.

8. Box Bearing

This bearing is suitable for high-pressure working conditions and adopts a fully enclosed structure, which can prevent the entry of dust and mud, extend the service life of the bearing, and make it easy to replace the bearing at a later stage.

9. Multifunctional Electric Cabinet

Internationally renowned brands such as Omron and Schneider are adopted for electrical components. Siemens is chosen for the PLC, while Danfoss and ABB from Germany are selected for the frequency converter, ensuring stable performance and easy operation. Additionally, a leakage protection device is equipped to ensure safe operation.

10. Precision Feeder

Composed mainly of two parts, arch-breaking and conveying, the device effectively prevents bridging of the conditioner. The screw conveying ensures accurate dosing of the required amount of medicine.

11. Main Drive

To ensure stable operation, long service life, and low maintenance costs, the DHP Series Belt sludge deep dewatering system adopts the internationally renowned brand NORD reducer. This choice guarantees reliable performance and durability.

The NORD reducer is widely recognized for its high-quality construction and precision engineering. Operators can expect consistent and stable operation by incorporating this brand into the system, minimizing the risk of unexpected breakdowns or disruptions.

12. Filter Cloth

Using domestic high-quality filter cloth or imported from Germany, the filter cloth is excellent in water filtration, durability, and corrosion resistance, and is not easy to deform, effectively reducing the moisture content of mud cake.

Process:

1. Introduce thickening tank sludge into the conditioning tank to improve sludge properties;

2. The pretreated sludge then enters the thickening section;

3. The moisture content of the sludge is reduced to about 85%;

4. Add an appropriate amount of sludge conditioner, mix evenly, and dehydrate under high pressure;

5. Further reduce the moisture content of sludge to 60% or below.

How Our Belt Filter Press Works:

Technical Data & External Dimensions of Belt Filter Press:

Welcome to DUBHE:

Q1: How to pay?

A:100％T/T, Paypal, West Union, MoneyGram, Secure payment and Trade Assurance.

Q2: What's the delivery time?

A: 30-60 days.

Q3: What's the MOQ?

A:1set.

Q4: Do you have an inspection report for the material?

A: We can provide the certificate.