At a Glance

High-Efficiency Washing System

• Highly efficient washing system for the continuous removal of organic material from screenings
• Subsequent compaction and dewatering of the inorganic fraction
• Optional water supply if insufficient water is fed in with the screenings

Available Models

• RWK 20
• RWK 30
• RWK 40
• RWK 50

Attached to the Screenings Wash Press

• Wash Water Supply: Including brass solenoid valve R 3/4" – 220 V/50 Hz and dirt strainer (mesh size 0.8 mm)
• Flushing System: Wash and press water collection tray with solenoid valve R 3/4" – 220 V/50 Hz and dirt strainer (mesh size 0.8 mm)
• Manual Shut-off Valve: Brass R 3/4"
• Rinse Water Connection: For hose nozzle R 3/4"
• Support Frame: Adjustable for leveling construction tolerances (adapted to the system)
• Press Pipe: With flange connection via a pre-pressing cone, bolted to the base unit for discharge into a container or subsequent conveying systems
• Infeed Hopper: Adapted to the upstream screen or conveyor to ensure a hygienic transition

Materials

Screenings Washing Plant with Integrated Screenings Press

Purpose of the System

Screenings washing plant for the continuous washing of organic material from screenings, followed by compaction and dewatering of the inorganic fraction, with discharge to further conveying systems or collection containers.

Washing Process

The washing takes place in a trough-shaped wash tank into which the pre-dewatered screenings are fed. In the inlet area, two mixing shafts with paddles rotate to break up and thoroughly mix the screenings. Each shaft is driven by a separate motor.

A water supply system is installed in the hopper. If the screenings are not sufficiently supplied with water, it adds wash water to ensure that loosened organic substances go into solution.

The mixing shafts transition continuously into conveying shafts beyond the inlet area, transporting the washed screenings out of the washing zone.

The wash water containing the dissolved organic matter flows through drainage screens located in the conveying section into a collection trough and is returned to the inflow.

Pressing Zone and Dewatering

The undissolved inorganic material is conveyed by the screw shafts into the downstream pressing zone and friction pipe. Here, as in a conventional screw press, compaction and dewatering of the remaining screenings occur due to the back pressure within the press pipe.

The resulting press water, which still contains organic substances, flows through the drainage screens into the collection trough and is also returned to the inflow.

Gallery

Please contact us directly so that we can provide you with the requested documents and suitable accessories.