Overview
Flocculators provide slow, gentle mixing after coagulation so particles collide and form large, strong flocs that settle or float effectively in clarifiers, lamella and DAF systems.
How It Works
Process flow and treatment mechanism in simple steps:
- 1
Pre-coagulated water enters multi-chamber flocculation tanks.
- 2
Slow-speed paddles provide tapered mixing energy through each zone.
- 3
Particles collide and agglomerate into dense, settleable flocs.
- 4
Conditioned water feeds lamella, DAF, CFS or clarifier units.
Applications
Industries and situations where this product is ideal:
- Lamella and HRSCC pre-treatment
- DAF chemical conditioning
- Municipal and industrial clarification
- Metals hydroxide flocculation
Technical Highlights
Sizes, flow capacities, material options and design notes:
- Robust gearbox and slow-speed paddles
- Multi-chamber tapered flocculation design
- Prevents floc breakage with smooth motion
- Enhanced separation in lamella, DAF and CFS
- Retention time
- 15 – 30 minutes
- Chambers
- 2 – 4 stages
- Construction
- SS / RCC / MS
- Drive
- Bridge or vertical shaft
Specifications are indicative. Final design is engineered to your effluent and site conditions.
Photo Gallery
Fabrication, site installation and commissioning photography. Click any image to preview full size.
Case Study
Manufacturing · Global
Industrial Client
K-Pack equipment delivered stable separation performance under variable loads, meeting discharge targets with lower footprint and dependable after-sales support.
Get Quote
Share the following details with our engineers for a tailored proposal for your Flocculator requirement:
- Design flow rate
- Coagulant and polymer used
- Number of floc stages
- Downstream separation equipment
Need this system sized for your plant?
Tell us about your effluent and operating conditions — our engineers will respond with a tailored proposal.