Lamella Clarifiers
FILTEC offers efficient lamella clarifiers in New Zealand and Australia, designed to optimise solid-liquid separation processes, improving water quality and operational efficiency.


Improve Water Treatment Efficiency with Lamella Clarifiers
Lamella clarifiers enhance water treatment processes by increasing sedimentation efficiency, making them ideal for pre-treatment plants and various industries. Using inclined plates, these systems promote rapid solids settling, improving water quality and reducing sludge volumes. Lamella clarification enhances overall operational performance in primary treatment stages.
Key Benefits
Reduced Sludge Volume
Low Maintenance
Flexible Flow Rates
Versatile Application
Improved Water Clarity
Durable, Long-Lasting Materials
Enhanced Sedimentation Efficiency
Compact Footprint Design
Reduced Sludge Volume
Low Maintenance
Flexible Flow Rates
Versatile Application
Improved Water Clarity
Durable, Long-Lasting Materials
Enhanced Sedimentation Efficiency
Compact Footprint Design
Reduced Sludge Volume
Low Maintenance
Flexible Flow Rates
Versatile Application
Improved Water Clarity
Durable, Long-Lasting Materials
Our Lamella Clarifier Solutions

FILTEC Lamella Clarifiers
Constructed from durable epoxy-painted carbon steel or corrosion-resistant stainless steel (304/316), FILTEC’s lamella clarifiers efficiently treat flows from 25–110m³/hour, delivering reliable, consistent performance across a range of industrial and drinking water treatment applications.
Parkson Lamella Clarifiers
For higher flow requirements, FILTEC supplies Parkson Technologies' original Lamella®—the industry-standard inclined plate clarifier since 1971. These systems use patented technology to maximise solids separation, utilising 100% of the inclined plate surface for effective treatment.


Brentwood Tube Settlers
Our clarifiers feature Brentwood tube settlers made from lightweight, durable PVC. These settlers maximise sedimentation efficiency by increasing settling surface area, promoting rapid solids separation, and improving water clarity without significantly increasing tank size.
Integrated Sludge Extraction System
Experience the convenience and reliability of our liquid feed water chlorination systems, offering a safe and efficient method for introducing chlorine. With precise and consistent dosing, these systems ensure thorough disinfection, delivering clean, healthy water for diverse application.

Featured Products

FILTEC Lamella Settlers

Tube Settlers

The SedVac Sediment Drudge System

Clarifiers
How Lamella Clarification Works
Lamella clarification uses inclined plates to create a large surface area for solids to settle. Water flows upward between the plates, allowing suspended particles to settle onto the plates. These particles then slide down for collection, improving clarification efficiency without requiring large tanks.
FAQs
How do lamella clarifiers improve performance in pre-treatment plants?
They enhance sedimentation efficiency, reducing the load on downstream filtration systems. This leads to improved water quality, reduced chemical usage, and more efficient overall treatment processes.
How effective are lamella clarifiers when silt levels are high?
Lamella clarifiers excel in handling high silt levels by increasing the settling surface area, promoting rapid particle separation, and preventing excessive sludge accumulation, which maintains consistent performance even in challenging conditions.
Are lamella clarifiers easy to maintain?
Yes, with minimal moving parts and integrated sludge removal, maintenance is straightforward and cost-effective.
Can lamella clarifiers handle variable flow rates?
Yes, FILTEC’s lamella clarifiers accommodate flows from 25-110m³/hr, providing flexibility for changing operational demands.
How do lamella clarifiers reduce space requirements?
The inclined plate design increases sedimentation area within a smaller footprint, reducing the need for large sedimentation tanks.

Optimal Solid-Liquid Separation with FILTEC’s Lamella Clarifiers
FILTEC’s lamella clarifiers improve sedimentation efficiency, support consistent water quality, and deliver long-term reliability across diverse operational environments
