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WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

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Repair Plants SS304 ETP Efficiency Dewatering Screw Press

Repair Plants SS304 ETP Efficiency Dewatering Screw Press Specification

Usage & Applications
Industrial ETP/STP, Sludge Dewatering, Wastewater Treatment

Ph Level
6 - 9

Water in conductivity
Max 2000 S/cm

Feature
Corrosion resistant, High efficiency, Low maintenance

Pump Type
Progressive Cavity / Screw Pump

Efficiency (%)
90-95%

Frequency
50 Hz

Power Consumption
2-7 kW (Depends on model size)

Recycle Rate
Up to 98%

Technology
Multi-Disk Screw Press

Noise Level
Low, under 75 dB(A)

Water Out Conductivity
Less than 20 S/cm

Flow Rate
Variable, up to 30 m3/h

Product Type
Dewatering Screw Press

Power Source
Electric

Water Source
Effluent / Wastewater

Voltage
380 V

Drive Type
Gear Motor Driven

Volume
Customizable as per requirement

Purity Level
Up to 95%

Material
SS304 Stainless Steel

Automatic Grade
Automatic

Filter Type
Multi-Disk Screw Type

Capacity
500-30000 LPH (Litres Per Hour)

Installation Type
Skid Mounted / On-site Installation

Ambient Temperature Range
5C to 50C

Service & Maintenance
On-site support available

Safety Features
Overload, Phase Protection, Emergency Stop

Surface Finish
Polished SS304

Overall Dimensions
As per capacity/model

Inlet Solids Concentration
0.2% - 5%

Control Panel
PLC Based with Auto-Manual Modes

Sludge Cake Moisture Content
65%-80% (adjustable)

Inlet/Outlet Connection Size
DN50 to DN150 (depends on model)

Repair Plants SS304 ETP Efficiency Dewatering Screw Press Trade Information

Minimum Order Quantity
1 Number

Delivery Time
4

Repair Plants SS304 ETP Efficiency Dewatering Screw Press About

The Repair Plants SS304 ETP Efficiency Dewatering Screw Press is a high-performance sludge management solution specifically engineered for Effluent Treatment Plants (ETP) within industrial repair and maintenance facilities. Fabricated from premium SS304 stainless steel, this unit offers excellent corrosion resistance and structural durability, ensuring long-term reliability in demanding wastewater environments.

Designed with an emphasis on operational efficiency, the screw press utilizes an advanced filtration mechanism that maximizes liquid-solid separation while minimizing power and water consumption. Its "Efficiency" designation highlights an optimized screw geometry that delivers high cake dryness, significantly reducing sludge volume and associated disposal costs. The system's robust construction and automated features allow for continuous, low-maintenance operation, making it an ideal choice for facilities seeking to streamline waste management. By combining sustainable engineering with high-torque performance, the SS304 ETP Screw Press provides a cost-effective approach to solid-liquid separation, helping facilities meet environmental compliance goals with ease.

Advanced Dewatering Technology

Incorporating multi-disk screw press technology, this system maximizes sludge dewatering for industrial wastewater with minimal operator intervention. Its sophisticated design maintains high resource recovery rates of up to 98% and ensures water purity levels compliant with discharge standards. Operators can adjust parameters to match specific sludge characteristics, optimizing performance for a broad range of applications.

User-Friendly & Robust Construction

The press features a polished SS304 stainless steel build for enhanced durability and corrosion resistance. The PLC-based control panel enables seamless switching between automatic and manual operation modes. Designed for flexible installation-either skid-mounted or on-site-the equipment integrates robust safety features like overload and phase protection, further improving its reliability and user safety.

Efficient & Flexible Operation

Handling flow rates up to 30 m3/h, this screw press is suited for varied treatment capacities and solid-loading requirements. With low noise emissions (below 75 dB(A)), efficient power usage (2-7 kW), and progressive cavity or screw type pumps, it delivers dependable and efficient sludge reduction. The on-site service and maintenance support ensure minimal downtime and operational continuity.

FAQ's of Repair Plants SS304 ETP Efficiency Dewatering Screw Press:

Q: How does the Dewatering Screw Press improve sludge handling in ETPs and STPs?

A: The dewatering screw press maximizes sludge dewatering by reducing moisture content to as low as 65%, resulting in drier, more manageable cakes. This efficiency decreases disposal costs, improves overall plant hygiene, and enhances wastewater treatment performance.

Q: What are the key safety features included in this equipment?

A: Safety is prioritized with overload and phase protection, as well as an emergency stop mechanism. These features protect the equipment and operators during operation, reducing risks associated with power fluctuations or mechanical failures.

Q: When should the system be switched between automatic and manual modes?

A: Automatic mode is best suited for continuous, routine operations, ensuring optimal process control. Manual mode offers flexibility during maintenance, troubleshooting, or when handling unusual sludge characteristics and process adjustments.

Q: Where can the dewatering screw press be installed?

A: This press can be installed on a skid for mobility or directly on-site, depending on the plant's requirements and model specifications. The flexible design accommodates different space and operational constraints within industrial facilities.

Q: What is the typical process flow for treating sludge with this system?

A: Sludge enters through appropriately sized inlet connections, passes through the multi-disk screw filtration, and is pressed to reduce moisture. The separated water, meeting stringent conductivity standards, is recycled, while dewatered sludge is discharged for further handling or disposal.

Q: How does the system's efficiency and recovery rate benefit plant operations?

A: With up to 95% treatment efficiency and a recycle rate approaching 98%, the system significantly reduces water consumption, enables resource recovery, and supports regulatory compliance, making operations sustainable and cost-effective.

Q: What kind of maintenance and support can users expect?

A: Users benefit from on-site maintenance and service support, ensuring prompt assistance with installation, troubleshooting, and routine upkeep to minimize downtime and maintain high performance.

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