HEPA Filters Used for Gas Turbine Air Inlet Filtration

Model NO.: THN-BS
Item No.: Gas Turbine Filter
Shape: panel
Usage: Power Plant
Trademark: Thenow
Transport Package: Standard Export Carton
Specification: ISO9001; CE
Origin: Shanghai, China
HS Code: 84219990
Model NO.: THN-BS
Item No.: Gas Turbine Filter
Shape: panel
Usage: Power Plant
Trademark: Thenow
Transport Package: Standard Export Carton
Specification: ISO9001; CE
Origin: Shanghai, China
HS Code: 84219990
HEPA Filters used for gas turbine air inlet filtration

First stage
Structure:
Frame Filter Media Face net
Water resistant cardboard Polyester/Polycotton Spot mesh, expanded mesh
 
Feature:
  1. Self-supporting material
  2. No metal, thus fully incinerable
  3. Low pressure drop media
 
Technical data:
  1. G3~G4 EN779; MERV5~8 ASHRAE
  2. Available in 23mm, 44 and 95mm depth
  3. Average arrestance: 92%(ASHRAE 52.2-1992)
  4. DIN 53438 Flammability: F1
  5. UL 900 Standard: Class 2
  6. Max air flow rate: 125% of nominal air flow
  7. Final pressure drop: 2-3 times initial pressure drop
  8. Thermal Stability: Up to 70ºC
  9. Moisture resistance: 100% RH
 
Sample Data:
Type W*H*D(inch) W*H*D(mm) Filter Class Filter Area(m2) Airflow(CMH) Intial Pressure Drop(Pa)
Standard airflow 24*24*1 595*595*23 G4 0.56 1900 85
High airflow 0.83 2600 65
Standard airflow 20*20*2 495*495*45 G4 0.61 1330 55
High airflow 0.75 2000 80
Standard airflow 24*24*4 595*595*95 G4 1.68 1900 45
High airflow 2 3400 70
Standard airflow 12*24*4 287*595*95 G4 0.84 930 45
High airflow 1 1600 70

Second stage
Structure:
Frame Filter Media
Extruded Aluminum/Galvanized steel sheet/Plastic Multi-layer complex synthetic fiber
 
Features:
  1. Quick and easy mounting
  2. Large filter area and high dust holding performance
 
Application:
Pocket filters have been widely used in central air conditioning ventilation systems and some gas turbine air inlet systems. They are used for secondary filtration to reduce load and prolong service life of higher-efficiency air filtration systems.
 
Technical data:
  1. F5~F9 EN779; MERV9~15 ASHRAE
  2. Average arrestance: 80%~90%(ASHRAE 52.2-1992)
  3. DIN 53438 Flammability: F1
  4. UL 900 Standard: Class 2
  5. Max air flow rate: 125% of nominal air flow
  6. Final pressure drop: 2-3 times initial pressure drop
  7. Thermal Stability: 70ºC
  8. Moisture resistance: 100% RH
 
Sample data:
W*H*D(mm) Filter Class Pockets(pcs) Filter Area(m2) Airflow(CMH) Intial Pressure Drop(Pa) Airflow(CMH) Intial Pressure Drop(Pa)
595*595*600 F5 8 6.4 2540 30 3800 45
F6 40 60
F7 75 110
F8 85 130
595*595*600 F5 6 4.97 2540 35 3800 50
F6 50 75
F7 80 120

Third stage
Structure:
Media Frame Separator Sealing Gasket
Glass fiber
Synthetic fiber 		ABS/Aluminum/
Galvanized steel 		Hot melt glue Polyurethane EVA,EPDM
 
Feature:
  1. Compact structure
  2. Fully incinerable with plastic frame
  3. Large filter area and high dust holding capacity
  4. Water resistant
Application:
  1. Work as the main filter in ventilation and air conditioning systems of clean room
  2. Intake air filtration for gas turbine and air compressors
  3. High humidity operating conditions
 
Technical data:
  1. F6~F9 EN779; MERV11-15 ASHRAE
  2. DIN 53438 Flammability: F1
  3. UL 900 Standard: Class 2
  4. Final pressure drop: 2-3 times initial pressure drop
  5. Thermal stability: Up to70ºC
  6. Humidity: 100%RH
 
Sample data:
Type W*H*D(mm) Efficiency Filter Area(m2) Airflow(CMH) Intial Pressure Drop(Pa)
Aluminum/Galvanized Steel Frame 305*610*292 F6 12.5 1700 80
4V F7 12.5 1700 95
  F8 12.5 1700 115
610*610*292 F6 25 3400 80
4V F7 25 3400 95
  F8 25 3400 115
610*305*292 F6 12.5 1700 80
2V F7 12.5 1700 95
  F8 12.5 1700 115
ABS Frame 592*592*292 F6 16.5 3400 70
4V F7 16.5 3400 85
  F8 16.5 3400 110
592*490*292 F6 13.5 2750 70
4V F7 13.5 2750 85
  F8 13.5 2750 110
592*287*292 F6 7.5 1700 70
4V F7 7.5 1700 85
  F8 7.5 1700 110
HEPA Filters used for gas turbine air inlet filtration

First stage
Structure:
Frame Filter Media Face net
Water resistant cardboard Polyester/Polycotton Spot mesh, expanded mesh
 
Feature:
  1. Self-supporting material
  2. No metal, thus fully incinerable
  3. Low pressure drop media
 
Technical data:
  1. G3~G4 EN779; MERV5~8 ASHRAE
  2. Available in 23mm, 44 and 95mm depth
  3. Average arrestance: 92%(ASHRAE 52.2-1992)
  4. DIN 53438 Flammability: F1
  5. UL 900 Standard: Class 2
  6. Max air flow rate: 125% of nominal air flow
  7. Final pressure drop: 2-3 times initial pressure drop
  8. Thermal Stability: Up to 70ºC
  9. Moisture resistance: 100% RH
 
Sample Data:
Type W*H*D(inch) W*H*D(mm) Filter Class Filter Area(m2) Airflow(CMH) Intial Pressure Drop(Pa)
Standard airflow 24*24*1 595*595*23 G4 0.56 1900 85
High airflow 0.83 2600 65
Standard airflow 20*20*2 495*495*45 G4 0.61 1330 55
High airflow 0.75 2000 80
Standard airflow 24*24*4 595*595*95 G4 1.68 1900 45
High airflow 2 3400 70
Standard airflow 12*24*4 287*595*95 G4 0.84 930 45
High airflow 1 1600 70

Second stage
Structure:
Frame Filter Media
Extruded Aluminum/Galvanized steel sheet/Plastic Multi-layer complex synthetic fiber
 
Features:
  1. Quick and easy mounting
  2. Large filter area and high dust holding performance
 
Application:
Pocket filters have been widely used in central air conditioning ventilation systems and some gas turbine air inlet systems. They are used for secondary filtration to reduce load and prolong service life of higher-efficiency air filtration systems.
 
Technical data:
  1. F5~F9 EN779; MERV9~15 ASHRAE
  2. Average arrestance: 80%~90%(ASHRAE 52.2-1992)
  3. DIN 53438 Flammability: F1
  4. UL 900 Standard: Class 2
  5. Max air flow rate: 125% of nominal air flow
  6. Final pressure drop: 2-3 times initial pressure drop
  7. Thermal Stability: 70ºC
  8. Moisture resistance: 100% RH
 
Sample data:
W*H*D(mm) Filter Class Pockets(pcs) Filter Area(m2) Airflow(CMH) Intial Pressure Drop(Pa) Airflow(CMH) Intial Pressure Drop(Pa)
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December 25, 2020