08045475464

Change Language

WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

Our Products

Industrial Centrifuge

Vacuum Pump

Laundry Equipment

Decanter Centrifuges

Vacuum Impregnation Systems

STP ETP Plant Equipments

Industrial Washing Machines

Textile Processing Machines

Direct Drive Water Ring Vacuum Pump

Basket Centrifuge

Direct Drive Oil Seal Vacuum Pump

Oil Lubricated High Vacuum Pump

Commercial Laundry Equipment

Front Loading Machine

Lime Sludge Dryer For ETP

Lime Sludge Dryer

Tumbler Dryer

Sludge Treatment Plant

Sludge Dewatering Machine

Centrifuges Repairing Services

Pusher Centrifuge Repairing Service

Industrial Solid Liquid Separation Centrifuges

Pusher Centrifuge

Starch Plant

WCPL Effluent Hastelloy Self Cleaning Dewatering Decanter Centrifuge

WCPL Effluent Hastelloy Self Cleaning Dewatering Decanter Centrifuge Specification

Product Type
Effluent Self Cleaning Dewatering Decanter Centrifuge

Material
Hastelloy

Type
Horizontal Decanter Centrifuge

Centrifugal Chamber
Hastelloy Fully-Enclosed Drum

Motor
Heavy Duty, 3 Phase, Explosion Proof

Speed
Up to 4000 RPM (variable)

Moisture Content of Cake
Low, superior dewatering efficiency

Feed Capacity
2 - 25 m3/h

Electrical Power
30 kW - 75 kW (based on size/model)

Solids Discharge
Automatic, Self-Cleaning Scraper System

Corrosion Resistance
Excellent, suitable for aggressive effluents

Application
Effluent treatment, dewatering, sludge separation

Operation Mode
Continuous Automatic Operation

Feed Solid Content
Up to 30%

Bowl Diameter
355 mm - 650 mm (depending on model)

Bowl Length
1500 mm - 3000 mm (depending on model)

Drive System
Dual Motor or Backdrive System

WCPL Effluent Hastelloy Self Cleaning Dewatering Decanter Centrifuge Trade Information

Minimum Order Quantity
1 Number

Delivery Time
4

About WCPL Effluent Hastelloy Self Cleaning Dewatering Decanter Centrifuge

The WCPL Effluent Hastelloy Self Cleaning Dewatering Decanter Centrifuge is a premium, high-performance solid-liquid separation system specifically engineered for the most demanding industrial effluent treatment (ETP) applications. Constructed from high-grade Hastelloy, this unit provides unparalleled resistance to extreme corrosion and chemical attack, outperforming standard stainless steel in harsh environments where aggressive acids or chlorides are present.

Designed for continuous, 24/7 operation, the system features an advanced self-cleaning mechanism that prevents the accumulation of sticky or fibrous solids, ensuring consistent throughput and clear filtrate without manual intervention. This "Dewatering" powerhouse utilizes high-speed centrifugal force to achieve exceptional cake dryness, significantly reducing sludge volume and minimizing disposal costs. Equipped with a fully automated control system, the WCPL Decanter optimizes energy consumption and performance. It represents Whirlers commitment to providing robust, reliable, and sustainable solutions for complex wastewater challenges, ensuring long-term operational excellence and environmental compliance in the most rigorous industrial settings.

Superior Dewatering Efficiency

Thanks to its advanced horizontal decanter design and robust Hastelloy material, the WCPL centrifuge offers reliable, efficient separation of solids from effluent streams. The system's variable speed-up to 4000 RPM-ensures precise operation tailored to your process requirements, while consistently delivering a low-moisture discharge cake.

Rugged Construction for Harsh Environments

Constructed entirely from premium Hastelloy, this centrifuge provides excellent corrosion resistance, making it suitable for highly aggressive and challenging effluent treatment environments. Its sturdy, explosion-proof, heavy-duty motor and enclosed drum design further boost operational safety and longevity.

Seamless Automated Operation

Equipped with a self-cleaning scraper system and automatic solids discharge, the WCPL Decanter Centrifuge is designed for continuous operation with minimal manual intervention. The dual motor or backdrive system enhances drive efficiency while supporting varying throughput needs.

FAQ's of WCPL Effluent Hastelloy Self Cleaning Dewatering Decanter Centrifuge:

Q: How does the self-cleaning feature benefit the decanter centrifuge's operation?

A: The self-cleaning scraper system automatically removes any accumulated solids from the drum walls, minimizing downtime and maintenance requirements. This ensures sustained throughput, consistent performance, and optimal dewatering efficiency even during continuous operation.

Q: What materials can the WCPL Decanter Centrifuge handle?

A: With its Hastelloy construction, this centrifuge is ideal for handling aggressive and corrosive effluents, sludges, and industrial wastes with solid contents up to 30%. It's suitable for a wide range of applications, including wastewater treatment, chemical processing, and sludge dewatering.

Q: When should I use a Hastelloy-based decanter centrifuge over other materials?

A: A Hastelloy-based centrifuge should be chosen when processing highly corrosive or aggressive effluents where standard materials might degrade quickly. Hastelloy ensures excellent durability, prolonged equipment life, and superior resistance to harsh chemicals.

Q: Where can this centrifuge be installed in an industrial process?

A: It is typically integrated into effluent treatment plants, wastewater management facilities, or any industrial process line requiring efficient solid-liquid separation and dewatering of high-solid-content sludges.

Q: What is the operational process of the WCPL Effluent Decanter Centrifuge?

A: The process involves continuously feeding effluent into the horizontal decanter, where high-speed centrifugal force separates solids from liquids. Solids are automatically discharged via the self-cleaning system, while clarified liquid exits through designated outlets, ensuring uninterrupted, automated operation.

Q: How does variable speed operation improve the centrifuge's performance?

A: Variable speed (up to 4000 RPM) enables precise control over separation efficiency, allowing operators to adjust for different types of effluent and sludge characteristics. This flexibility results in optimized cake dryness and maximum recovery of solids.

Tell us about your requirement