Oil Mist Separators for Saturn, Centaur, Mercury, Taurus, Mars und Titan
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 used to generate electricity in various branches of industry, such as industrial power plants, refineries and paper mills.
Oil mist on Solar Turbines belongs to the past
FRANKE-Filter has developed a special Oil Mist Separator for Solar Turbines, which convinces with a high filtration efficiency and long service life.
Have you detected oil mist on your Solar Turbine or do you wish an individual consultation for your application?
Then please contact us here and get in touch with your personal contact person.
Personal consultation needed?
Please do not hesitate to get in touch with your personal contact.
Power plant Vianden upgrades Oil Mist Separators
The pumped-storage power plant Vianden in Luxemburg consists of eleven turbine units. With a capacity of 1,300 MW it is one of the largest of its kind in Europe. Since the commissioning in 1964 the operator SEO (Société électrique de […]
Efficiency increase through Oil Mist Separator for Solar Turbine
Molkerei Meggle convinced by Oil Mist Separator Complete satisfaction after conversion Home » Case Studies » Oil Mist Separators for Solar Turbines Search for: In 2010, the operator MEGGLE GmbH & Co. KG in Wasserburg am Inn became familiar with […]
Nuclear Power Plant equipped with FF2-777 Oil Mist Separator
As part of a major life extension program, FRANKE-Filter has provided a first-class engineering solution to the on-running oil mist problems of a large nuclear power plant. With a number of issues such as low levels of vacuum in the […]
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 […]