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Patented since 2009 · NO20092260
How Lynx Kitchen works
A rotating mesh spins grease droplets out of the airstream with extremely high centrifugal force. All liquid droplets — grease and water — are cast radially outward and continuously drained. No filters to replace, no chemicals.
Technical specifications
Detailed technical specifications for the Lynx Kitchen centrifugal grease separator.
| Property | Value |
|---|---|
| Technology | Rotating mesh, centrifugal separation |
| Centrifugal force | 75–314 G |
| Separation efficiency | 100% of liquid particles down to 0.3 µm |
| Power | 90 W |
| Voltage | 230 V |
| Capacity | 850 m³/h (1,000 m³/h at reduced separation requirement) |
| Duct diameter | Adapts to all dimensions (standard 150–350 mm) |
| Connection | Standard flange connection (inline) |
| Drainage | Yes — continuous |
| Control | Schneider Electric — cloud-based logging |
| Material | AISI 316 stainless steel (other grades on request) |
| Patent | NO20092260 (2009) + PCT/EP2021/080260 (2021) |
Centrifugal separation
Instead of trapping grease in filters, Lynx Kitchen spins grease droplets out of the airstream with centrifugal force — and continuously drains them out of the system.
Step 1: Air intake
Contaminated kitchen air enters the unit via a standard flange connection and is directed towards the rotating mesh.
Step 2: Centrifugal separation
The rotating mesh spins at 75–314 G centrifugal force — up to 440 times stronger than the industry's passive solutions. Liquid particles down to 0.3 µm are cast radially outward and hit the mesh surfaces.
Step 3: Continuous drainage
The grease is collected and continuously drained out of the system. No filters to replace, no chemicals — the ducts remain chemically clean.
100%
Separation of grease droplets > 3 µm — confirmed by SINTEF and Camfil laboratory measurements
SINTEF + Camfil lab
NTNU FTIR research
DNV risk assessment
Oslo Airport field
Installation in one day
A standard flange connection and 230 V is all that is needed. No specialist skills beyond standard HVAC practice.
1
Measure and order
Provide duct diameter and number of hoods. We dimension the correct number of units and deliver complete with flange connections.
2
Inline mounting
The unit is mounted inline in the existing duct with a standard flange connection — no specialist skills required.
3
230 V + drain + Schneider
Connect 230 V power, drain pipe, and the Schneider Electric controller for cloud-based logging.
4
Commission and log
Start the unit and verify operation via the Schneider Cloud portal. The system logs operating hours and performance data continuously.
Schneider Cloud — continuous logging
The Schneider Electric controls log grease volumes, operating hours, and performance deviations continuously. All data available in real time and can be exported for insurance documentation and ESG reporting by arrangement.
Grease volume removed
Continuous log of grease volumes removed per hour, day, and month — ready for insurance and ESG reporting.
Operating hours
Accumulated operating hours per unit provide the basis for service planning and proactive follow-up.
Performance deviation alerts
Automatic alerts on deviation from the normal curve — identify and address issues before they escalate.
Insurance and ESG report
Logged data can be exported and used for insurance documentation or ESG reporting — set up together with the customer.
Sample view — illustration
Grease volume (last 30 days)2.4 kg
Operating hours712 h
Performance index98.2%
Last report exporttoday
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