Industrial filter with centrifugal separation for industries

The separator enables reliable separation of heavy particles at high degrees of contamination. This ensures effective liquid purification, minimizes deposits and protects connected systems from contamination.

The innovative turbo spiral design enables fast and efficient separation of abrasive particles and scale - ideal for sealing water and cooling water applications in power plants and steelworks. This extends the service life of mechanical seals by up to 50 %, prevents nozzle blockages and saves high downtime costs of up to 2 weeks.

The separators clean themselves fully automatically and do not require any moving parts. Instead of a rotating backwash arm, a static dirt collection container diverts particles to the side. This reduces mechanical wear, lowers maintenance and overhaul costs by up to 20 % and minimizes unplanned downtimes of your system.

The fixed ball valve as a shut-off valve regulates the separated concentrate volume as required and thus maximizes filter efficiency. This saves treatment and disposal costs, reduces concentrate losses and increases the recovery of iron through recycled scale - ideal for resource-efficient processes in steelworks.

Thanks to the horizontal or vertical installation position, the system can be integrated into almost any piping environment to save space - without the need for costly conversions during modernization. Separated particles can be discharged continuously or discontinuously, depending on requirements. This saves you 30-40 % in conversion and installation costs and allows you to adapt the system flexibly to individual operating conditions.

The multi-separator technology enables a high flow rate with minimal space requirements. Multiple separators housed in a single unit provide efficient filtration of larger quantities of liquid.

The raw water enters via the inlet flange and is set in rotation by the turbo spiral inside the housing.

The rotary motion generates centrifugal forces that push heavy particles (> 1.3 kg/dm³) toward the outer edge (outer vortex).

Solids accumulate in the lower part and are continuously removed via the concentrate outlet. The separated quantity amounts to up to 0.2 % of the inflow at a flow rate of 3-10 % of the inflow.

The purified medium enters the inlet opening of the inner tube and exits the separator via the outlet flange.

The Multi-Separator is based on the proven principle of the separator. Only at the beginning is the raw water distributed across multiple separators via the distribution block and then merged before the purified medium is discharged.