Oil Mist Separators made by FRANKE-Filter guarantuee
residual oil of 1-5mg/m³ while ensuring constant underpressure
Take advantage of our solution which delivers precisely adjustable vacuum at up to four bearings
with only one Oil Mist Separator.
Oil Mist Eliminators from FRANKE-Filter guarantee a maintenance-free operation of up to 30,000 operating hours
Since more than 30 years we have been developing, engineering and manufacturing Oil Mist Eliminators that are individually tailored to each application.
Original spare parts from FRANKE-Filter stand for
durability and high efficiency of 99.99%
at a particle size of 0.1 µm
By loading this video you accept Youtube's privacy policy.
Learn more
Oil Mist Separators for Gas Turbines
Filtration efficiency of 99.99% Due to our especially-developed microfibre filter cartridges, FRANKE-Filter Oil Mist Separators are maintenance-free for up to 30,000 operating hours. This corresponds to trouble-free and maintenance-free operation of 2-5 years, depending on your turbine. Furthermore, our filter […]
Oil Mist Eliminators for Steam Turbines
Oil Mist Eliminators for steam turbines are designed to prevent leakage of oil mist. By suctioning and filtering moisture and contamination particles from your lube oil system, Oil Mist Eliminators ensure a smooth operation of your turbine. Plus, the filtered […]
Oil Mist Separators for Hydro Turbines
For hydro turbines, it is crucial that the vacuum can be individually adjusted at each bearing (turbine, guide bearing, generator) so that the oil mist can be extracted locally. In order to meet the little space available in hydropower plants […]
Oil Mist Separators for gas and diesel engines
Oil Mist Eliminators for gas and diesel engines maintain a constant vacuum in the crankshaft housing. Due to fluctuations in the crankshaft housing, your Oil Mist Eliminator is equipped with a frequency converter. The pressure transducer records pressure and transmits […]
Oil Mist Separators for compressors and vacuum pumps
One of the challenges at compressors is the reliable filtration of oil mist. Due to the high pressure impact the lube oil is likely to escape at several spots. Oil Mist Separators for compressors and vacuum pumps The ecological solution […]
Microfibre Filter Cartridges for Oil Mist Separators
The microfibre filter elements developed by FRANKE-Filter are responsible for the precise filtration process. Due to their special nature, they guarantee a high filtration efficiency of 99.99% at 0.1 µm for oil mist. Further, the filter cartridges grant a smooth […]
We are exhibiting at the vgbe conference “Gasturbines and Operation of Gasturbines 2025”
State-of-the-art fertilizer complex in Mexico gets equipped with FRANKE-Filter oil mist separators
FRANKE-Filter at vgbe conference “Maintenance in power plants 2025” 05-06 March in Magdeburg
FRANKE-Filter Health day
FRANKE-Filter at vgbe conference “Steam Turbines and Steam Turbine Operation” on 28 and 29 May 2024 in Würzburg
Visit from our partner Schmachtl in Austria
FRANKE-Filter at the PTK in Oslo from 05.03. to 07.03.2024
vgbe energy workshop “Lubricating oils in energy and industrial plants” on 7 and 8 November in Hildesheim visited FRANKE-Filter
Introducing Job Bikes: E-Bike Leasing for Employees!
FRANKE-Filter exhibits at Hydro 2023 in Edinburgh
Oil Mist Eliminators for GE Frame 3, 5, 6, 7, 9
Vacuum in the lube oil tank of GE Frame 3, 5, 6, 7, 9 is crucial in order to prevent leakages at turbine bearings. By installing an Oil Mist Eliminator you support the smooth operation of your GE Frame Gas […]
Oil Mist Separators for Solar Turbines
The industrial gas turbines from Solar Turbines Saturn, Centaur, Mercury, Taurus, Mars and Titan are in use worldwide and depend on virtually maintenance-free operation where the vacuum is constant and the oil quality is maintained. The gas turbines are mainly […]
Oil Mist Separator for gas turbine GE Frame 6FA
The combined heat and power station (CHP) Hanover Linden is a natural-gas-fuelled power station with a maximum electric capacity of 255 MW and cogeneration of 185 MW. The combined-cycle plant consists of two gas and one steam turbine and is […]
