• Compact footprint: Dyclar filtration rate is 15 — 20 m/h, and for MF is 5 — 15 m/h
• Improved effluent quality (NTU<1, TSS <1.5ppm, PO4<0.1ppm, Fe <0.1 ppm, COD/BOD reduction more than 70%)
• Gravity assisted backwash with lower pressure and reduced water consumption
• Longer service life of the media (20 years for DYCLAR vs 10 years for mechanical filters)
• Dyclar floating filtering media is not subject to microbial clogging and mudding

• Dyclar is less sensitive to feed water quality in terms of turbidity, color, as well as suspended solids content and microbiological contamination
• Provides a One-Stage treatment of surface water without need for additional pre-treatment
• Longer service life of the media (20 years for DYCLAR vs 10 years for membrane technology)
• Resistant to hydraulic shocks
• No use of dangerous acids and alkali chemicals for backwash

OVER lamellar clarifier

• Improved effluent quality (COD reduction: Dyclar more than 70-90%, Lamellar Clarifier ~ 50%; Effluent TSS: Dyclar < 1.5ppm; Lamellar Clarifier > 10 ppm).
• One-Stage filtration without need of post-treatment.
• Enhanced reliability with no bottom scrapers.

OVER sand-ballast sedimentation

• Higher effluent quality (COD reduction: Dyclar more 70-90%, ballast sedimentation 50-70%; Effluent TSS: Dyclar < 1.5ppm; sand-ballast sedimentation > 5 ppm).
• Compact footprint (2-3 times smaller).
• One-Stage filtration without need for post-treatment.
• Clarification without use of microsand, which eliminates abrasive wear in pumps, clarifier, and scrapers.
• Ballast with a high specific gravity such as fine sand is not required.
• Enhanced reliability with no mixers and no bottom scrapers.