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1 PALL NEWS 2013 SPRING Vol.117

2 LED NEW 316L NW40 NW50 O L 316 L nm (38 O C ) 3 nm 75 slpm 0.72 MPa 100 O C O - 1 1/4 VCR 2 ISO NW40 NW SPRING Pall News ol.117

3 D mm L CK4000I40H Flow D CK4000I50H L MPa atm Fill time for 85 liter chamber case (sec) The comparison data of Fill time performance 50% Conentional CK4000I50H TEL SPRING Pall News ol.117

4 FOD 24 EAPS EAPS Engine life increase factor 20 EAPS 96% Efficiency (%) EAPS96% 20 EAPS AW 109 AW 119 AW 139 A 129 Bell 205 / UH 1 Bell 206 AH 1 Bell 230 Bell 407 Bell 427 Bell 430 CH - 47 V 22 AS 350 / EC 130 EC 135 / 635 AS 330 / AS 332 / EC 225 SA 315 / 316 SA 341 / 342 AS 365 / EC 155 Tiger NH 90 Sea King S 61 SH 3 K - Max BK 117 C 2 MD 500 / 520 / 530 MD SPRING Pall News ol.117

5 MTU Aero Engines 156kgEAPS 10 EAPS IBF EAPS : 156 kg IBF IBF 4 IBF EAPS IBF : 0.46 kg 1 EAPS : Engine Adanced Protection System 2 I B F : Inlet Barrier Filter kg 15 4 Instructions for Continued Airworthiness for the AW139 IBF AW139 image courtesy of AgustaWestland SPRING Pall News ol.117

6 1 EAPSIBF & FAR27 & 29 FOD FAR 27 & 29 HGI EAPS 96% EAPS Tiger NH90 EAPS OEM FAR2729 FOD HGI IBF 5 Arriel 2BArriel 2B1 EC A FOD (EAPS)Fit&Forget EAPS 5 Instructions for Continued Airworthiness STC SR00811SE and SR01049SE, 1350-SERIES-ICA-1 6 Type Certificate Data Sheet E00054EN 7 Rotorcraft Flight Manual Supplement, Doc. No TEL SPRING Pall News ol.117

7 LED R Versapor R R Supor R PTFE Emflon PTFE PTFE TEL SPRING Pall News ol.117

8 PP 160 PA ph C 10,000 cp 0.1 m 70 m TSS ppm SPRING Pall News ol.117

9 PPPA [L / m 2 hr] x250S232SP ( SD ) [kpa] 300x250S216SP ( SD ) I II 0.5m 3 / m 2 hr 0.5m 3 / m 2 hr 0.2m 3 / m 2 hr 10,000 mpa s 10,000 mpa s 200 mpa s TSS 100 ppm 100 ppm 20 ppm Dp max. 0.3 MPa max. 0.3 MPa max MPa TSS TEL SPRING Pall News ol.117

10 Q = πd 4 ΔP / 128 µ L Q : m 3 / s d : m P Pa µ Pa s L m SPRING Pall News ol.117

11 J = Nπd 4 ΔP / 128µ L J : m 3 / m 2 s N : 1 / m 2 d : m P Pa µ Pa s L m ΔP = ΔP0 ( 1- Kb ) P0 : Pa Kb : 1 / m : m 3 / m 2 J = J0 ( 1- K b ) J0 : m 3 / m 2 s 1 / ΔP ( 1 / ΔP) = ( 1 / ΔP0 ) ( 1- K b ) J J = J0 ( 1- K b ) 1 / ΔP0 - ( 1 / ΔP0 ) K b - K b J0 J0 dn dt t : s : 1 / kg = -J C d( N d 2 L / 4) dt = -J C SPRING Pall News ol.117

12 ΔP = ΔP0 (1- ) 2 2 Ks dn dt = -J C N Ks : 1/ m J = (1- Ks ) 2 2 ΔP = ΔP0exp (K i) K i : 1 / m (1 / ΔP) ( 1 / ΔP) = ( 1 / ΔP0 ) ( 1- ) (1 / P0 ) K s 2 J J0 K s J = J0 ( 1-2 ) K s K s - ( 1 / ΔP0 ) - J0 2 2 J = J0exp (-K i) In ( ΔP ) In ( ΔP ) = In ( ΔP0) + Ki In (J) In ( J ) = In ( J0 ) - Ki In ( ΔP0 In ( J0 Ki - Ki SPRING Pall News ol.117

13 ΔP = ΔP0 (1+ Kc) Kc : 1 / m 1 J = J0 ( 1+ K c ) Lc Lm ΔP ΔP = ΔP0(1+ Kc ) 1/J ( 1 / J ) = ( 1 / J0 ) (1+ Kc ) N π d J = 4 ΔP 128 µ Lm + Lc) Lc = c C c : m 3 / kg Kc Δ P0 ΔP0 1 / J0 Kc / J0 J (m 3 / m 2 s) 15 kpa 1µm 20.8 O C 1.E mpa s 5.E Kb x Jo Kb (1 / m) J = V + 8x E (m 3 / m 2 ) SPRING Pall News ol.117

14 J (m 0.5 / s 0.5 ) kpa N µm20 O C 6.3 mpa s (20 O C) - ( Ks /2)x Jo Ks 29.2 (1 / m) J = V (m 3 / m 2 ) LnJ ( - ) kpa N µm26 O C 6.8 mpa s Ln ( J ) = V Ki (m 3 / m 2 ) Ki 28.6 (1 / m) P ( kpa ) x10-4 (m 3 / m 2 s) PP 0.45 µm 20 O C 1.0 mpa s Kc x P0 Kc 5.75 (1 / m) P = 46.25V (m 3 / m 2 ) SPRING Pall News ol.117

15 1) Hermans P H and H L Bredée Principles of the Mathematical Treatment of Constant-Pressure Filtration J Soc Chem Ind55T 1-4(1936) 2) Grace H P Structure and Performance of Filter Media AIChE J2(3) (1956) 3) 39A208 (2007) 4) Iritani EN Katagiri Y Sugiyama Analysis of Flux Decline Behaiors in Filtration of Very Dilute Suspension AIChE J53(9) (2007) TEL SPRING Pall News ol.117

16 SPRING Vol SPRING Pall News ol.117

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