Rotary Drum Screen – Industrial Rotary Screen for Wastewater Treatment

Rotary drum screen is a highly efficient mechanical filtration system designed for continuous solid-liquid separation in industrial and municipal applications. It is widely used in wastewater treatment, food processing, and industrial filtration systems.

The system consists of a rotating cylindrical drum made from wedge wire or perforated screen, which allows water to pass through while retaining solid particles. As the drum rotates, accumulated solids are automatically removed, ensuring continuous operation with minimal maintenance.

Compared to traditional static screens, rotary drum screens offer higher efficiency, automatic cleaning, and stable performance, making them an essential solution for modern filtration systems.

At WireMeshi, we provide high-performance rotary drum screens with wedge wire screen cylinders, engineered for durability, precision, and long-term operation.

| Specifications

Item Details
Material Stainless Steel 304 / 316
Screen Type Wedge Wire / Perforated
Drum Diameter 300 mm – 2000 mm
Drum Length 500 mm – 6000 mm
Slot Size 0.25 mm – 3 mm
Capacity Custom based on flow rate
Installation Internal / External / Channel Mounted

Structure & Components

A rotary drum screen typically includes:

  • Wedge Wire Screen Drum
    Core filtration component with precise slot openings
  • Drive System (Motor & Gearbox)
    Controls rotation speed and operation
  • Spray Cleaning System
    High-pressure water cleans the screen surface
  • Frame & Housing
    Provides structural support and installation base
  • Discharge System
    Removes separated solids automatically

Working Principle

The rotary drum screen operates through a simple but effective process:

  1. Wastewater flows into the drum
  2. Water passes through the screen slots
  3. Solids are trapped on the surface
  4. Drum rotation lifts solids upward
  5. Spray system cleans the screen
  6. Solids are discharged into collection system

This continuous cycle ensures efficient separation with minimal downtime.

| Features

Continuous Automatic Operation

Rotating drum ensures uninterrupted filtration and self-cleaning.

High Filtration Efficiency

Effectively removes suspended solids and debris.

Anti-Clogging Design

Wedge wire slot structure prevents blockage and improves flow.

Low Maintenance

Self-cleaning mechanism reduces manual intervention.

Durable Construction

Made from stainless steel for corrosion resistance and long lifespan.

| Applications

1. Wastewater Treatment

Used in municipal and industrial plants for removing solids and debris.

2. Food & Beverage Industry

Applied in vegetable washing, meat processing, and beverage filtration.

3. Pulp & Paper Industry

Used for fiber recovery and water recycling.

4. Aquaculture & Farming

Applied in fish farms and agricultural water systems.

5. Industrial Filtration

Used in chemical, textile, and manufacturing processes.

| Customization Options

We offer full engineering customization:

  • Drum size and slot size
  • Flow capacity design
  • Material selection (304 / 316)
  • Automatic control system
  • Installation type and structure

| Packaging & Shipping

  • Equipment packed in wooden cases or steel frames
  • Secure packaging for international transport
  • Suitable for sea freight and project delivery
  • Installation guidance available

Why Choose WireMeshi?

WireMeshi specializes in wedge wire filtration solutions and rotary drum screen systems. We provide both core components (wedge wire cylinders) and complete equipment, giving clients a one-stop solution.

Our products are widely used in water treatment, industrial filtration, and environmental protection projects worldwide.

| FAQs

Q1: What is the advantage of rotary drum screen over static screen?
It provides automatic cleaning, higher efficiency, and continuous operation.

Q2: What screen type is best?
Wedge wire screens offer better anti-clogging performance and longer lifespan.

Q3: Can you customize capacity?
Yes, systems are designed based on your flow rate and application.