CamPulse GTC

  • HemiPleat â„¢technology- proven open pleat solution
  • Non discharging F9
  • Water resistant media
  • Improved dust release
  • 2 in 1 package - saves space and money
  • Optimal ability to handle daily fog and humidity
  • Helicord design for efficient pulse cleaning
  • ICON5 Low Pressure Drop
  • ICON15 LCC optimized
  • ICON17 2in1
Item Type ISO/PM rating Filter Class EN779 Filter Class EN1822 Filter Class ASHRAE Airflow (m3/h) Diameter 1 (mm) Diameter 2 (mm) Length 1, Cylindrical (mm) Length 2, Cylindrical (mm) Pressure drop Initial (Pa)
Cyl/Cyl ePM1 80% F9 MERV 15 2500 445 324 660 660 140
Co/Cyl ePM1 80% F9 MERV 15 2500 445/324 324 660 660 200
Tenkay 34" ePM1 80% F9 MERV 16 1150 324 864 115
CyCy E10 MERV 15 2500 324 445 660 660 140
CoCy E10 MERV 15 2500 324 445 660 660 200


For humid/dry heavy dust load areas. Our recommended choice for one-stage self cleaning air intake systems
Filter Frame
Galvanised steel, Stainless steel
Max temperature (°C)
70º C
Relative Humidity
Recommended final pressure drop
1000 Pa
Polyurethane, endless foamed, EPDM
End caps: Available Galvanized steel (Standard), Powder coated, Stainless steel AISI304, Stainless steel AISI 31
Liners: External helical cords and internal screen, secure the filter element from movement without obstruction to the pulse
Additional information: Available in Co/Cy, Tenkay, and in other dimensions on request.
Filter Class ASHRAE

Articles related to Synthetic GTC

Reduce Pressure Drop and Increase Life

Smurfit Kappa Pulp and Paper Company Improves Pressure Drop By 92% With GTC Cartridge Filters

Low pressure drop GTC air filters minimize filter replacement requirements, improve power output, and lower fuel consumption.

Manufacturing and Machinery Energy and Power Systems Case Studies
It Can't Get Any Cleaner, or Can It?

Cartridge Air Intake Filters Improve Gas Turbine Performance for Union Gas Despite the Very Clean Environment

A side by side comparison shows the benefits of higher grade GTC F9 gas turbine air intake filters for two RB211 gas turbines, even in very clean rural areas. It means a cleaner engine, higher power output, fewer water washes, and fuel savings.

Energy and Power Systems Case Studies

CamPulse GTC Gas Turbine Air Intake Filters Fighting Fog, Salt, and Hydrocarbons for Watson Cogneration Plant

The Watson Cogeneration Plant operates 4 GE, Frame 7EA engines and produces 400 MW for local refineries and sells excess electricity to the grid. The Plant Manager requested air intake efficiency, pressure drop, and water tests from Camfil. The test results revealed the true impact of the synthetic cartridge filters on gas turbine performance.

Energy and Power Systems Case Studies

Major North African Pipeline Operating Over 2 Years Without Shutdown

Synthetic CamPulse GTC F9 cartridge air intake filters keeps twenty 30MW engines clean and running despite the humid and dusty desert environmental conditions.

Energy and Power Systems Case Studies Air quality

Bartow Power Generation commissions a CamLab On-Site for 3 Months to select the right air intake filters for the challenging environmental conditions

The test showed that that the CamPulse GTC gas turbine cartrdige filter upgrade would improve pressure drop and increase power output despite the salt laden, high humidity environmental conditions.

Energy and Power Systems Case Studies

Auburndale Power Plant Saves Over $390,000 USD after 3 years with CamPulse GTC low pressure drop air filters

After three years of operation the CamPulse GTC F9 cartridge gas turbine air filters helped improve power output, decrease filter replacement frequency, and save over $400 000 as a result of lower pressure drop.

Energy and Power Systems Case Studies

Huadian Corporation upgrades to the CamPulse GTC synthetic cartridge filters and maximizes availability during the critical heating season

Huadian, a power generation company located in China, upgraded the air inlet filtration system to the GTC synthetic cartridge filters on GT PG9171E engines and improved pressure drop and availability despite the high humidity levels.

Energy and Power Systems Case Studies

Call Auckland Office
+64 9 636 0663
Call Cambridge Office
+64 7 827 4142
Find a contact