InnoCyclone: 97.8% Proven & Reliable Phosphorus Removal

InnoCyclone: Separation Without Filtration

Wastewater Clarification

Reimagined.

Phosphorus Removal

Total Phosphorus (TP)

0 %

TSS Removal

Total Suspended Solids

0 %

BOD Reduction

All bloom-forming species

0 -97%

Technology

How It Works

1 Coagulant Injection

A coagulant (such as alum or ferric chloride) is precision-dosed into the incoming wastewater stream, destabilizing suspended particles and initiating floc formation.

2 Polymer Addition

Polymer is introduced to agglomerate the micro-flocs into larger, stronger structures that are easier to separate from the water.

3 InnoFloc Injection

The tailored InnoFloc solution is injected, inducing the formation of microbubbles that entrap the flocs. These buoyant flocs rise rapidly to the water’s surface.

4 Separation Without Filtration

The conditioned wastewater enters the InnoCyclone unit. Clean water exits at the bottom; thickened sludge overflows at the top. No filter. No skimmer.

Who It's For

Applications

Municipal Lagoons

Phosphorus removal, TSS clarification, algae removal, and BOD reduction for lagoon wastewater meeting provincial discharge regulations.

Municipal Lagoons

Phosphorus removal, TSS clarification, algae removal, and BOD reduction for lagoon wastewater meeting provincial discharge regulations.

Municipal Wastewater

Biological solids clarification, phosphorus removal, and WAS thickening for municipal wastewater treatment plants.

Municipal Wastewater

Biological solids clarification, phosphorus removal, and WAS thickening for municipal wastewater treatment plants.

Food Processing

Removal of TSS, fats, oil, and grease from food processing effluents for water reuse or to meet discharge criteria.

Food Processing

Removal of TSS, fats, oil, and grease from food processing effluents for water reuse or to meet discharge criteria.

Industrial Wastewater

Pretreatment for removal of TSS, oil and grease, BOD, COD, and phosphorus from industrial effluents prior to discharge or reuse.

Industrial Wastewater

Pretreatment for removal of TSS, oil and grease, BOD, COD, and phosphorus from industrial effluents prior to discharge or reuse.

Mining Industry

Contaminant removal from polishing ponds and mining process water to meet stringent environmental discharge standards.

Mining Industry

Contaminant removal from polishing ponds and mining process water to meet stringent environmental discharge standards.

Industrial Laundry

Removal of oil and grease from industrial laundry effluents to meet sewer discharge limits and enable water reuse.

Industrial Laundry

Removal of oil and grease from industrial laundry effluents to meet sewer discharge limits and enable water reuse.

Proven Results

Performance Data

Contaminant

Wastewater (mg/L)

Clean Underflow (mg/L)

Removal Rate

Total Phosphorus (TP)

16.1

0.357 97.8%

BOD

22

10.9 50.5%

Total Suspended Solids (TSS)

343

16.2 95.3%

Total Nitrogen (TN)

53.2

52.3 1.7%

Total Organic Carbon (TOC)

27

23.8 11.9%

* Performance data based on lagoon wastewater treatment. All values in mg/L unless noted.

Why InnoCyclone

InnoCyclone vs. DAF

Comparison

DAF

InnoCyclone

HLR (LPM/m²)

40–200

>700

Footprint

Moderate

Lower

Skimmer Required

Yes

No

Energy Efficiency

Moderate

Lower

Flexibility & Adaptability

Moderate

High

Capital & Operating Costs

Moderate

Lower

HLR — Hydraulic Loading Rate | LPM — Litres Per Minute

Technical Overview

The InnoCyclone System

The InnoCyclone system is a complete wastewater clarification solution featuring a separation unit (1), mixing stand (2), chemical skid with coagulant, polymer & InnoFloc dosing pumps (3), and PLC automation (4). This setup includes a raw water inlet (5), clear underflow discharge (6), and sludge discharge (7).
Contact us for technical specifications.

Download the InnoCyclone Technical Sheet

Full specifications, performance data, models table, and DAF comparison — everything your engineering team needs.