Gas Turbine Filters

DYNA VANE

A compact, virtually self-cleaning, inertial separator. Designed to handle large volumes of air at high velocities, while operating at a constant airflow resistance. The Dynavane incorporates inertial separation, providing high dust removal efficiency of airborne particulate matter.
The Camfil Farr Dynavane is self-cleaning and does not require any routine maintenance. It is designed to provide long lasting, trouble-free service under the most rigorous conditions. The blade packs are removable facilitating inspection or service.

64 MZ

A low velocity, high performance, panel type moisture separator comprised of alternative layers of flat and herringbone crimped galvanized screen. Enclosing frame is also galvanized and complete with drain holes.
For maximum performance, panels should be installed vertically. Also available in stainless steel for offshore, tropical or coastal applications.

CAMVANE

A high efficiency droplet separator using vertical separation vanes. Ideal when high droplet separation efficiency is required in combination with low operating pressure dropTypical applications include air intake filtration for turbo machinery and ventilation intakes which experience high humidity and/or heavy rainfall.
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The CamVane housing is made of extruded marine grade aluminum. The droplet separator profiles are available in black polypropylene or extruded marine grade aluminum.

TENKAY

Vertically hung self-cleaning air filter cartridge providing high performance in a single stage of filtration. Camfil Farr's dimple pleat design ensures uniform pleat spacing and maximum utilization of the filtration media. In turn, this results in improved air distribution through the filter, lower pressure drop and longer service life.
Offering leak-free performance, the filter media is factory bonded to a closed steel bottom pan and to a top clamping plate. A triple helical cord is bonded to the outer surface to prevent media distortion during back flushing.
A wide variety of models are available with header, gasket and media options to meet your particular needs.
The water repellent media is composed of a resin-impregnated mixture of cellulose and synthetic fibers and is available in three different grades: standard cellulosic, blended Polytech and the ultra high efficiency Polytech HE media.
Tenkay filter elements maintain pleat stability and overall performance even under high humidity conditions.

30/30 GT

An extended area pleated filter which has long been established as the industry standard prefilter for gas turbines. Its favorable efficiency rating, low initial pressure drop, extended service life, and ease of handling have made the 30/30 GT the prefilter of choice for those seeking both economy and proven performance.
The 30/30 GT is rated as a medium efficiency, totally disposable filter offering extended service life to final filters. RADIAL PLEAT DESIGN – Unique “radial pleat” design assures total usage of the filter media, maximum dust holding capacity and extended service life. The 30/30 GT is rated as a class G4 filter per CEN EN 779 and a MERV 7 filter according to ASHRAE 52.2.

R30/30 WR

A filter that has been specifically developed for wet conditions. When subjected to water testing at a feed rate equivalent to 11 inches (280 mm) per hour of rain – the R30/30 WR test filters allowed no water penetration on the downstream side.
The filter combines high efficiency removal of water and mist with medium removal of airborne particulate.
The R30/30 WR is rated as a class G4 filter per CEN EN 779 and a MERV 7 filter according to ASHRAE 52.2.

HI-CAP

A pocket filter made of synthetic media. It has a large filter area, good collection efficiency on atmospheric dust and is widely used as a prefilter and coalescer in 2 and 3 stage systems offering extended service life to final filters.
Produced in the following filter classes: G3 and G4 per CEN EN 779 and MERV 6 according to ASHRAE 52.2.

HI-Flo T

These bag filters are the first choice for thousands of satisfied customers who have found that HI-FLO bag filters represent the most economical filter choice for a variety of applications. The filter pockets are manufactured using the proprietary CMS (Controlled Media Spacing) method. Each pocket is thus formed into a perfect V-Shape, inhibiting contact between bags and optimizing the airflow profile.
The model Hi-Flo T has a reinforced backing on the media and a reinforced frame to suit all the needs of the turbine industry. Produced in the following filter classes: F5, F6, F7 and F8/F9 per CEN EN 779 and MERV 9, 11 and 13 per ASHRAE 52.2

RIGA-FLO GT

This high efficiency, heavy-duty air filter is designed for application on gas turbines in any location. The Riga-Flo GT provides high efficiency filtration from initial installation to change-out. Its totally rigid construction results in the Riga-Flo GT not being affected by changes in air velocity or equipment shutdown, and its configuration is not altered by the accumulation of dust.
Specifically designed for gas turbine applications, the sturdy Riga-Flo GT has a welded wire media support grid, corrosion resistant contour stabilizers, a galvanized steel enclosing frame and protective wire mesh screens on both the upstream and downstream sides. All these characteristics contribute to the filter's structural integrity throughout its service life.
The filter pack is continuously bonded to the inside of the enclosing frame and the filter itself is able to withstand a 6220 Pa (25" w.g.) pressure drop without any noticeable distortion.
Produced in the following filter classes: F6, F7 and F8 per CEN EN 779 and MERV 11, 13 and 14 per ASHRAE 52.2.

AIRO-PAC / TURBO-PAC

A box type filter for installations having space limitations. Camfil Farr’s compact Turbo-Pac filter has a maximum depth of 292 mm. It's rigid construction assures that the filter performance is not affected by repeated changes or surges in airflow
Ideal for higher temperature applications.
Produced in the following filter classes: F7, F8 and F9 per CEN EN 779 and MERV 11, 13 and 14 per ASHRAE 52.2.

CAM GT

A totally new, state of art, high-capacity filter for turbo machinery. Its unique design assures that performance is maintained in humid or wet conditions, guaranteeing a long service life and an economical filtration solution. Combined with its sturdy and heavy duty design, the Cam GT's high efficiency and low pressure drop guarantee optimum protection and engine performance under the most demanding operating conditions
The Cam GT is suitable for both onshore and offshore installations where its exceptional performance is maintained during periods of high humidity and extensive fog.
Produced in the following filter classes: F7 and F9 per CEN EN 779. H10 per EN 1822. MERV 13, 14 and 15 ASHRAE 52.2.

CAM GT BOX STYLE

A totally new high-capacity filter for turbo machinery. Based on the same unique filter pleat design as the standard Cam GT, the box type version is set into a rigid enclosing frame and contains more filtration media resulting in an extremely high dust holding capacity and low pressure drop. It is also very suitable for upgrading existing filter systems from older box type filters to high performance, technologically advanced filtration products. Similar to the Cam GT, its performance is maintained in humid or wet conditions, guaranteeing a long service life and an economical filtration solution.
Combined with its sturdy and heavy duty design, the Cam GT's high efficiency and low pressure drop guarantee optimum protection and engine performance under the most demanding operating conditions.
Produced in the following filter classes: F7 and F9 per CEN EN 779. H10 per EN 1822. MERV 13, 14 and 15 per ASHRAE 52.2.

Sofilair GT

One of many Camfil Farr micro filters. Often used as the final stage of filtration when extreme engine protection is required. The Sofilair GT's extended media area allows turbines to be operated for longer periods of time. Consult our Clean Processes brochure for further information.
Produced in the following filter classes: H10-H14 per EN 1822. MERV 15 per Ashrae 52.2 (95 DOP) and 99.97% DOP per IES.
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