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&D 2459

Pall Activated Carbon Filters

Incorporating SeitzAKS Filter Media

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$ >> ($AC) = ?= >

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Pharmaceutical processes involvingthe addition of Bulk Activated Carbon,generally involve 4 operations:

1. H!$+' & "+* #!" !$ $'

! ,' 5%%+

'= =?> > =>?> ?=> >

> >, > >> >>

>= > ?>

?>? >.

2. M' & "+* #!" $# +

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3. R%,5!+ & PAC &, % #% !&% !$

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> => > =?> ?= >. $>=

? ? > =? > > ,

= >?>= > > >> ==. A>

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;? > = ?

> =?=;?> =>.

4. C+%!' & #!" &, #% %,%

C =>?> >?

== ;?> ?> > >

. '= = >? > > >= ?>?= >= ==

;?> > >= = > ==? >

==->>.

Streamlining your Process with Pall

Activated Carbon Filters

S/!#!/ 200 #!/+% # !!8 ()' S/!$)# I $+%

)#/!)' S%)9 AKS )")+)9%$ #!" &)+% %$)!

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PURIFIED SOLUTIONFeederBulk Carbon

FEED SOLUTION MixingTank

PlateFilter

Polishing

Filter

Feed Solution

Purified Solution

F'% 1: A 8#!+ $%#+9! #% 5+5' !$$ & "+* !#5!%$ #!" (#+%!' % )

F'% 2: A 8#!+ $%#+9! #%

' ! S%9 AKS ,,"+9%$ !#5!%$ #!"

&+% ,%$! !%,"+8

Streamlined Processing

$ &> A& >> >

= => == ;? = =>.

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> > > > > = =>.

'= == >, =?=, =. I> = 100%

?=> = >= > =

? >> >>. # > , >>,

=>= .

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I > > => > ==, $ &> A&

>= >? > >

= > ?>= =?>

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$AC (F? 3).

T%% !% %! & % ,5%$ %&%#8

& %%-"!%$ !$ #,!%$ "+* ,'

!$ #%%.

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F'% 3: C,! & $%#+9! "%%%

"+* #!" !$ #!" ,%'!%$ %%

% !,% #!" '!$% ' ! #,% A#5%

P!,!#%#!+ I'%$% (API)

F'% 4: A$ "%!5 & #+ !

'+% #!" %% ,%

& =, ?>= === , $ =

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> >= > >> >= =?>

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C=> (I$AC) >=, > ?= =

=>?=. "= ( 50 >), ==

(250 >) = ().

Improved Adsorption

Color

Removal(%)

Concentration PAC [g/L]

Pall Supradisc AKS filters Bulk Activated Carbon

100

98

96

94

92

90

88

86

0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2 1.3 1.4 1.5

+150%

+80%

+40%

+50%

TIME

S/!#!/ 60 #!/+% )( AKS )")+)9%$ !#)!%$ #!"

$%/( &)+% %$)!.

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"- == = >

= > > >, ?

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& ?=, =? = > ?, =

? > 319.86 >=,

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C, >? ?=, >= >

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> > => ==, $ =

=- >=> = &> A& > ?=

$ &&" >=> >= = > =>

Application Guidelines

Efficiency Characteristic

Ultra high efficiency

Ultra high efficiency

High efficiency

Lowest efficiency in AKS range

High efficiency

High efficiency

Ultra high efficiency

High efficiency

High efficiency

Typical Molecular Weight of

Target Contaminants

400 - 1500 daltons

400 - 1000 daltons

400 - 1000 daltons

400 - 1500 daltons

200 - 400 daltons

400 - 1500 daltons

400 - 1500 daltons

400 - 1000 daltons

400 - 1000 daltons

Typical Application

API decolorization

API decolorization

API decolorization

General purpose

Plasma fractionation

Plasma fractionation

API decolorization

API decolorization

API decolorization

Media Grade

AKS 1

AKS 2

AKS 3

AKS 4

AKS 5

AKS 6

AKS 7

AKS 8

AKS 9

T!"+% 1: T8#!+ !+#! !$ %&%#8 #!!#%# & P!++ AKS ,$+% '!$%

S/! AKS #!)$'%.

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$ = > & ?>=

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;?=>). A= >, ? ==

&? 60 =?= (26 ) =>

== >.

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10 ., 20 . 30 . = > A& =.

&? A& >= > = = =

&? 100 =? > >= ==>

>> > > =>= =?> =

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F ? = ?> &?=A& ?= 12 .,

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F > > &? 200 =?=

= > $ ?> &D 2295.

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Ensuring Highly Efficient Contaminant Removal

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T/: C(%)#!+ API F!#)+)8, R%/"+)# & I%+!$.

L%&: S/!$)# I 12 ). !$ 16 ). $+%, S/! AKS #!)$'%

!$ S/!#!/ 60 #!/+% )( S%)9 AKS )")+)9%$ #!"

$%/( &)+% %$)!.

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S4/1!$)# I M.$4+% )3( AKS M%$)!

Materials of Construction

Media Cellulose base and PAC

Plastics Components Polypropylene (standard version)

Polyamide (high temperature version)

O-rings Platinum-cured silicone

elastomer or FEP-encapsulated

silicone or EPDM elastomer

Endcap Gaskets Platinum-cured silicone elastomer

or EPDM Elastomer or PTFE

Operating Parameters1

Maximum Operating Temperature 80 C in polypropylene design

160 C in polyamide design

Maximum Differential Pressure 2.4 bar (35 psi) at 80 C

Typical Operating Flux2

150 250 L/m2/h

Sterilization

Steamin Place3 125 C for 30 minutes

at 0.3 bar differential

(4.3 psi differential) maximum

Nominal Dimensions

Total Length Total Diameter

Double O-ring 332 mm (13.1 in.) 284 mm (11.2 in.)4

Endcap Version 410 mm (16.1 in.)5

Flat Gasket 272 mm (10.7 in.) 284 mm (11.2 in.)4

Endcap Version 410 mm (16.1 in.)5

1 W)( #./!)"+% &+)$, ()#( $. . .&%, %++ .

!$%%+8 !&&%# (% /.$# . ) !%)!+ .& #.#).

2 H)'(% &+7% !8 "% /.)"+%

3 S%! ) /+!#% .+8 !*% /+!#% ) (% &.!$ &+. $)%#).

4 F)+% !%! #.$% 212, 214, 215

5 F)+% !%! #.$% 415, 416, 419

S4/1!#!/ 200 C!/4+% )3( AKS M%$)!

Materials of Construction

Media Cellulose base and PAC

Plastic Components Polypropylene

O-rings Platinum-cured silicone elastomer

or FEP-encapsulated silicone or

EPDM elastomer

OperatingParameters1

Maximum Operating Temperature 90 C

Maximum Operating Pressure 6 bar gauge (87 psi gauge) at 60C

3 bar gauge (44 psi gauge) at 90CMaximum Differential Pressure 2.4 bar (35 psi) at 80 C

Typical Operating Flux2

150 250 L/m2/h

Sterilization

Steam in Place3 4 125 C for 30 minutes

at 0.3 bar differential

(4.3 psi differential) maximum

Nominal Module Dimensions

Total Length 326mm (12.8 in.)

Total Diameter 298 mm (11.7 in.)

1 W)( #./!)"+% &+)$, ()#( $. . .&%, %++ .

!$%%+8 !&&%# (% /.$# . ) !%)!+ .& #.#).

2 H)'(% &+7% !8"% /.)"+%

3 S%! ) /+!#% .+8 !*% /+!#% ) (%&.!$ &+. $)%#).

4 O+8 /.)"+% &. .$+%)( !)+% %%+ )% ) %$#!/ -

#.$%C300

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Technical Information

1 M$+% )( (% !%! !!)+!"+% %%

T!"+% 3: S! AKS #!$'% &+% &,! & $&&%% AKS ,%$!

1 L%%+ & )%$ %$)!

T!"+% 2: S!#! 200 !$ S!$# I ,$+% #&'! #$%1 & $&&%% AKS ,%$! '!$%

!$ ,$+% $!,%%

T!"+% 4: T8#!+ ! !$ %$ +%5%+ & $&&%% AKS '!$%

Media Area per

16 in. Module

3.5 m2

3.5 m2

3.7 m2

4.35 m2

3.7 m2

3.7 m2

3.5 m2

3.7 m2

3.7 m2

Amount of PAC

Present per 16 in.

Module (kg)

3.65

3.65

3.00

1.85

2.40

3.00

3.653.00

3.00

Configuration

Codes for 16 in.

Modules

415

415

416

419

416

416

415416

416

Media Area per

12 in. Module

1.35 m2

1.35 m2

1.6 m2

1.7 m2

1.6 m2

1.6 m2

1.35 m2

1.6 m2

1.6 m2

Amount of PAC

Present per 12 in.

Module (kg)

1.4

1.4

1.3

0.7

1.05

1.35

1.41.3

1.3

Configuration

Codes for 12 in.

Modules

212

212

214

215

214

214

212214

214

Media Code

XAK1

XAK2

XAK3

XAK4

XAK5

XAK6

XAK7XAK8

XAK9

Media Grade

AKS1

AKS2

AKS3

AKS4

AKS5

AKS6

AKS7AKS8

AKS9

Typical Endotoxin

Level (EU/mL)1

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Ordering Information

S!$# F+% M$+% S%9 AKS M%$! - P!++ P! N,"%:

E!/+% /! "%: 300AK1C415EP

S!$!$ S/!$)# $+% )( AKS1 %$)!, 16 ). $)!%% &+! '!*% %$#!/ )( EPDM '!*% %!+, /+!)# /! !++-/+8//8+%%

S!#! 200 C!+% S%9 AKS M%$! - P!++ P! N,"%:1

E!/+% /! "%: C306AK5S214FP

S/!#!/ 200 #!/+% )( !)+% %%+ )% ) %$#!/, #!))' AKS 5 %$)! !$ //+)%$ )(

FEP %#!/+!%$ )+)#% O-)'.

1O+8 !!)+!"+% ) 12 ). $)!%% $+% )( $"+% O-)' !$!/% 2N %!!"+%

C3 S P

3

ModuleCode

00

062

Module Version

Standard

Without stainlesssteel ring inendcap adapter

Media Code

See column 2table 2

Endcap Version

Double O-ring

Configuration Code

See column 3table 2

O-ring/ GasketMaterial

Silicone elastomer

FEP silicone

EPDM elastomer

SealCode

S

F

E

Plastic Parts

Polypropylene

CartridgeCode

1

2

3

Nominal Length

10 in.

20 in.

30 in.

Media Code

See column 2table 3

PharmaceuticalGrade

P-suffix indicatesoptimized withregards to lowendotoxin content

O-ringCode

H31

H

O-ring Material

Platinum curedsilicone elastomer

Fluorocarbonelastomer

Cartridge Style

Pall code 7 bayonetO-ring lock and fin

ModuleCode

00

01

Module Version

Standard

High temperature

Media Code

See column 2table 2

Endcap Version

Double O-ring

Flat gasket

Configuration Code

See column 3 and6 table 2

O-ring/ GasketMaterial

Silicone elastomer

FEP silicone1

EPDM elastomer

PTFE2

SealCode

S

F

E

T

PlasticCode

P

A

Plastic Parts

Polypropylene

Polyamide

EndcapCode

S

C

S! AKS C!$'% S%9 AKS M%$! - P!++ P! N,"%:

E!/+% /! "%: AB1AK17PH31

S/! AKS 10 ). &)+% )( AKS 1 %$)! !$ /+!) #%$ )+)#% %+!% $"+% O-)'

AB 7 P

S!#! 60 C!+% S%9 AKS M%$!- P!++ P! N,"%:

E!/+% /! "%: SC060AK3

S/!#!/ 60 #!/+% )( AKS 3 %$)!

SC060

Media Code

See column 2 table 3

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E%

+41 (0)26 350 53 00

+41 (0)26 350 53 53

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U%$ S!%

1.800.717.7255 > (&A)

1.516.484.5400

1.516.801.9548

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2010, Pall Corporation. Pall, , Seitz, Supracap and Supradisc are trademarks of Pall Corporation.

indicates a trademark registered in the USA and TM indicates a common law trademark.

Filtration.Separation.Solution.SM and UpScaleSM are service marks of Pall Corporation.

01/10, $DF, G#09.3917 &D 2459

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