Pall is the global leader in providing filtration a - Pall Corporation

618 Pages·2010·38.22 MB·English

by  Vipul Agarwal

Pall is the global leader in providing filtration and separation
products and services to the Power Generation industry
For decades Pall’s Power Generation Group has served the international power generation
market.Withabroadlineofproductsandservices,Pallcanhelpyouimprovefluidqualityand
increase profitability by optimizing the performance of your plant’s equipment.
Pall’sproductsareappliedtothefluidsfoundthroughoutapowerplanttoensurecleaner,safer
operations,whichleadstomorereliablepowergenerationandhigherprofitability.Pallcansolve
yourpurificationchallenges–fromsmallflowsandsimpleinstallationstolargeflowsandcomplex
systems. We’ll work with you to develop a solution that’s right for you – whether that means
applyinganewelementtoyourexistingsystemordesigninganew,fully-integratedturnkeysystem.
Visit us on the Web at www.pall.com or email us at [email protected].
To access our Products, Systems, and Applications literature,
please click on a link below.
Lubrication,Hydraulics IndustrialWater
Nuclear
and Fuel and Condensate
Lubrication, Hydraulics and Fuel
Case Studies and Articles
High Efficiency Coalescers Increase On-Line Sensor Reliability Pall Oil Conditioning System - Case Study
High Performance Liquid/Gas Coalescers for Compressor Ultipleat® SRT - Application Bulletin
Filter Elements
AquaSep® Plus L-L Coalescer Elements Pall Power Gen Flagship Brochure
Claris® Series Filter Elements PhaseSep® L-L Coalescers
Coreless Ultipor® III Filter Elements PMM® Filter Elements
Dirt-Fuse® Filter Elements PSS® Series Filter Elements
Pall Coreless Filter Elements - English version Rigimesh® Filter Elements
Pall Coreless Filter Elements - French version Schumatherm Filter Elements
Pall Coreless Filter Elements - German version UFV Series Filters
Pall Coreless Filter Elements - Italian version Ultipleat® SRT Filters Elements
Pall Coreless Filter Elements - Russian version Ultipor® III Filter Elements
Pall Coreless Filter Elements - Spanish version Ultipor® Max Filter Elements
Pall Dia-Schumalith® Filter Elements Ultipor® Plus Filter Elements
Pall PFD Reservoir Vent Filter and Dryer Ultipor® SRT Filter Elements
Housings
AquaSep® Plus - PhaseSep® Series Vertical Filter Housings UR219 Series Filters - Ultipleat® SRT Return Line Filters
UH209 Series Filters - Ultipleat® SRT High Pressure Filters UR319 Series Filters - Ultipleat® SRT Return Line Filters
UH219 Series Filters - Ultipleat® SRT High Pressure Filters UR619 Series Filters - Ultipleat® SRT Return Line Filters
UH239 Series Filters - Ultipleat® SRT High Pressure Filters UR629 Series Filters - Ultipleat® SRT Return Line Filters
UH319 Series Filters - Ultipleat® SRT High Pressure Filters UR699 Series Filters - Ultipleat® SRT Return Line Filters
UH319 Series Filters - Ultipleat® SRT Side and Top Manifold UT279 Series Filters - Ultipleat® SRT In-Tank Filters
Mounting
UP319 Series Filters - Ultipleat® SRT High Pressure Filters UT319 Series Filters - Ultipleat® SRT In-Tank Filters
UR209 Series Filters - Ultipleat® SRT Return Line Filters
Purifiers and Water Removal
HLP6 Oil Purifier - Brazilian Portuguese version HNP074 Series Oil Purifier
HLP6 Oil Purifier - English version HRP020-HRM Purifier for Phosphate Ester Fluids
HLP6 Oil Purifier - French version Pall HTP070 Dielectric Fluid Purifier
HLP6 Oil Purifier - Spanish version Pall PB35 Reservoir Blower
HNP006 Series Fluid Conditioning Purifier
Systems
Pall Varnish Control Solution - Brochure Pall Varnish Control Solution - Datasheet
Testing and Monitoring
Differential Pressure Indicators and Switches Water Sensor Calibration and Repair Services
Pall PCM200 Series Fluid Cleanliness Monitor WS08 Series Water Sensor
Pall PCM400 Series Portable Cleanliness Monitor WS09 Series Water Sensor
Pall PFC400W Series Portable Particle Counter WS10 Series Water Sensor
Industrial Water and Condensate
Case Studies and Articles
Pall Aria™ System - Cost Saving Alternative to Clarifiers Pall Condensate Case Study at Northeast Power Plant
Pall Aria™ System - Cost Saving Alternative to Demineralizers Pall MF-RO Technical Paper on Boiler Feed Water
Pall Aria™ System - Cost Saving Alternative to Lime Softening Pall Microfiltration Case Study at Burbank
Pall Case Study with Turbomachinery OEMs Pall Microfiltration Case Study at EnCana
Pall Condensate Newsletter Pall Microfiltration Case Study at Texas Plant
Pall Condensate Case Study at Indiana Power Plant Pall Microfiltration Case Study at Westar Plant
Pall Condensate Case Study at Midwestern Power Plant Pall Ultipleat® High Flow Case Study Filtering Feed Water
Filter Elements
Claris® Series Filter Elements PMM® Filter Elements
Hydro-Guard® CoLD-R Series Filter Elements Profile® II Series Filter Elements
Hydro-Guard® PG Series Filter Elements PSS® Series Filter Elements
Hydro-Guard® PPB Series Backflushable Filter Elements Rigimesh® Filter Elements
Hydro-Guard® PPT Series Pleated Filter Elements Schumatherm Filter Elements
Marksman™ High Capacity Filtration Systems Ultipleat® High Flow 1 Micron Elements
Nexis® A Series Filter Elements Ultipleat® High Flow Filter Elements
Nexis® T Series Filter Elements Water-Fine™ Series Filter Elements
Pall Power Gen Flagship Brochure
Housings
IDL Series Filter Housings LMO High Pressure Series Filter Housings
IDO Series Filter Housings LMO Series Filter Housings
JD Series Filter Housings Marksman™ Series Filter Housings
Ultipleat® High Flow Filter Housings
Systems
Condensate Polishing Systems Pall Aria™ Integrated MF/RO Systems
Industrial Water Treatment Pall Aria™ MF/RO System for Effluents
Pall Aria™ AP-Series Water Treatment Systems - Brochure Pall Water Treatment Systems
Pall Aria™ AP-Series Water Treatment Systems - Datasheet
Nuclear (NSSS)
Case Studies and Articles
Pall Fuel Pool Filtration Case Study
Pall Radwaste Case Study at South Texas Nuclear Plant
Filter Elements
Pall Nuclear Flagship Brochure - English version
Pall Nuclear Flagship Brochure - Russian version
Pall Power Gen Flagship Brochure
Ultipor® GF Plus Filter Elements
Ultipor® GF Plus Nuclear Grade Filters
Data Sheet 1251-C
CLARIS® Series
Filter Cartridges
High Consistency Polypropylene Melt Blown
Cartridge
• Graded Pore Structure Enhances Dirt Holding Capacity
• E-core, an Extruded Fibrous Core, Provides Excellent
Strength
• Unique Proprietary Process
• Easy and Safe Cartridge Incineration and Disposal
• All Polypropylene Construction
• Free of Surfactants, Binders, and Adhesives
• NSFCertified
• Plastic and Metal Spring Assembly End Configurations
Available
Performance Specifications
Filter Grades:
1, 3, 5, 10, 20, 30, 50, 75 µm
Maximum Differential Pressure:
50 psid (3.45 bar) @ ambient
25 psid (1.72 bar) @ 140˚F (60˚C)
Recommended Change Out Differential Pressure1:
35 psid (2.4 bar)
FDAListed Materials:
Dimensions (nominal):
Manufactured from materials, which are listed for food contact
applications in Title 21 of the U.S. Code of Federal Regulations. Outside Diameter: 2 1⁄2"(6.4 cm)
Product in compliance with EU Directive 2002/72/EC for plastic Inside Diameter: 1" (2.7 cm)
in food contact (in simulants A, B, C and D). Lengths: 93⁄4"(24.8 cm), 9 7⁄8"(25.1 cm),
10" (25.4 cm), 19 1⁄"(49.5 cm),
2
Toxicity: 19 4⁄"(50.3 cm), 20" (50.8 cm),
5
All polypropylene components meet the specifications for 29 1⁄"(74.3 cm), 29 1⁄"(74.9 cm),
4 2
biological safety as per the USP for Class VI-121˚C plastics
29 3⁄"(75.6 cm), 30" (76.2 cm),
4
(gaskets/O-rings excluded).
39" (99.1 cm), 40" (102 cm),
50" (127 cm)
Purity:
Claris Series filter cartridges are free of surfactants,
anti-static agents, binders, and adhesives.
Product Specifications
Materials of Construction:
COMPONENT
Filter Media: Polypropylene
This Claris Series filter cartridge is tested
End Caps2: Polypropylene and Certified by NSF International
under ANSI/NSF Standard 42 for mate-
Extended Core2: Stainless Steel rials only.
Extruded Core: Polypropylene
Gaskets/O-rings2: Silicone Elastomer, Buna N, Viton3A,
EPDM, Santoprene4 1-Provided that the maximum differential pressure is not exceeded based
on temperature limits defined above.
2-These components are not NSF certified.
3-Registered trademark of DuPont Dow.
4-Registered trademark of Advanced Elastomer Systems.
Typical Flow vs. Differential Pressure for Application Sizing
Flow Rate (lpm)
0 4 8 12 16 20 24 28 32 36
.45
.4 1µm 3µm5µm10µm 20µm .03
.35
sid) .3 30 µm .02
p
re( .25 50 µm
u
s .2
Pres .15 75 µm .01 kPa)
al =
nti .1 00
e 1
er .05 (x
Diff 0 0 Bar
1 2 3 4 5 6 7 8 9 10
Flow Rate (gpm),Water at 68°F (20°C)
Flow rate is per 10" (25.4 cm) cartridge. For liquids other than water, multiply differential pressure by fluid viscosity (cP).
Part Numbers/Ordering Information
CLR n –lt u (e.g. CLR 3–20DOES)
Code Filter Code Cartridge Code End Configurations
n Grades5 l Lengths t
(nominal)
1 1µm Blank DOE industrial (no end caps)
9.75 9.75"
3 3µm DOE DOE with elastomer gasket seals & end caps
9.875 9.875"
5 5 µm H21 DOE, Santoprene gasket seal
10 10"
10 10 µm 1X DOE industrial, 1" (2.54 cm) stainless steel
19.5 19.5" extended core
20 20 µm
19.8 19.8" M3 SOE flat closed end, external 222 O-rings
30 30 µm
(retrofits other manufacturers’ Code 0)6
20 20"
50 50 µm
M8 SOE fin end, external 222 O-rings
29.25 29.25"
75 75 µm (retrofits other manufacturers’ Code 5)6
29.5 29.5"
M18 SOE flat closed end, external 222 O-ring
29.75 29.75"
XK SOE plastic spring assembly, saw cut end
30 30"
SI SOE metal spring/polypropylene cap, saw cut end
39 39"
40 40" Code Gasket/O-ring
u Materials
5-Based on typical application 50 50"
usage.
S Silicone
6-For details, contact Pall
Corporation. N Buna N
E EPDM
V VitonA
2200 Northern Boulevard Visit us on the Web at www.pall.com
East Hills, New York 11548-1289
Pall Corporation has offices and plants throughout the world in locations including:
1.800.FILTERS toll free Argentina, Australia, Austria, Belgium, Brazil, Canada, China, France, Germany, India,
Indonesia, Ireland, Italy, Japan, Korea, Malaysia, Mexico, the Netherlands, New Zealand,
516.484.5400 phone
Norway, Poland, Puerto Rico, Russia, Singapore, South Africa, Spain, Sweden, Switzerland,
516.484.3216 fax Taiwan, Thailand, United Kingdom, United States, and Venezuela. Distributors arelocated in
[email protected] e-mail all major industrial areas of the world.
©Copyright 2005, Pall Corporation. Pall, and Claris are trademarks of Pall Corporation. ® Indicates a Pall
trademark registered in the USA. is a service mark of Pall Corporation.
Bulletin #1251-8C 8/05
Data Sheet E-2135-C
WATER-FINE™ Series
Filter Cartridges
DIand High Purity Water Filter
• Proprietary Highly Asymmetric Polysulfone Membrane
Media
• Absolute Rated at >99.9% Efficiency with Retention
Ratings from 0.05 to 1.2 µm
• Superior Flow Rates and Long Service Life
• HighPurity Polypropylene Hardware
• End Configurations to Fit Most Housings
Performance Specifications
Filter Grades (>99.9% Retention Rating by Standard
Latex Bead Challenge):
0.05, 0.1, 0.2, 0.45, 0.65, 0.8, 1.2 µm
Maximum Differential Pressure:
70psid (4.8 bard) @ 120°F (49°C)
50psid (3.4 bard) @ 180°F (82°C)
Recommended Change Out Differential Pressure1:
35psid (2.4 bard)
FDAListed Materials: Dimensions (nominal):
Manufactured from materials, which are FDA listed for food Outside Diameter: 2 3⁄5"(6.6 cm)
contact applications in Title 21 of the U.S. Code of Federal Lengths: 4" (10.2 cm), 9 3⁄4"(24.8 cm),
Regulations. 10" (25.4 cm), 19 1⁄2"(49.5 cm),
20" (50.8 cm), 29 1⁄"(74.3 cm),
4
Sanitizing Agents: 30" (76.2 cm), 39" (99.1 cm),
Cartridge may be sanitized in place with common oxidizing 40" (102 cm)
agents. Consult factory for compatibility information. Surface Area: 6.1 ft2(0.57 m2)per 10" (25.4 cm)
equivalent
Rinse-Up:
Cartridges will rinse-up to 18 Megohm-cm with a minimum Product Applications
of throughput.
• Preand Post Filter for DI Water
Pre-Rinsing: • Point-of-Use Filter for DI Water
Apre-rinse is available upon request. Specify code 314 at end
• Filtration of Aqueous Chemical Solutions
of Water-Fine description.
Product Specifications
Materials of Construction:
Filter Media: Highly Asymmetric Polysulfone
Membrane
Support Material: Polypropylene
Hardware: Polypropylene
Surface Treatment: Hydroxypropylcellulose
Sealing: Thermal Bond
Gaskets/O-rings: Silicone Elastomer, EPDM, Buna N,
Viton2A, FEP Encapsulated Silicone 1- Provided that the maximum differential pressure is not exceeded based
on temperature limits defined above.
2- Registered trademark of DuPont Dow.
Liquid Flow Specifications
Filter Grade (µm) DI Water Flow
per 1 psid (gpm/10" (25.4 cm) equivalent)
0.05 1.0 (3.8 lpm)
0.1 1.7 (6.4 lpm)
0.2 3.0 (11.4 lpm)
0.45 5.5 (20.8 lpm)
0.65 6.0 (22.7 lpm)
0.8 7.0 (26.5 lpm)
1.2 8.0 (30.3 lpm)
Part Numbers/Ordering Information
WFN n – l U u – tz (e.g., WFN0.2–10US-M3 314)
Code Filter Code Cartridge Code End Configurations
n Grades l Lengths t
(nominal)
Blank DOE with elastomer gasket seals & end caps
0.05 0.05 µm
4 4"
1X DOE, 1" (2.54 cm) extended core
0.1 0.1 µm
9.75 9.75"
M2 SOE flat closed end fits housing with
0.2 0.2 µm 10 10" 020 O-ring post
M3 SOE flat closed end, external 222 O-rings
0.45 0.45 µm 19.5 19.5"
(retrofits other manufacturers’ Code 0)3
0.65 0.65 µm 20 20" M5 DOE, internal 120 O-rings
29.25 29.25" (retrofits 213 O-ring style)3
0.8 0.8 µm
30 30" M6 SOE flat closed end, external 226 O-rings
1.2 1.2 µm (retrofits other manufacturers’ Code 6)3
39 39"
M7 SOE fin end, external 226 O-rings
40 40" (retrofits other manufacturers’ Code 7)3
M8 SOE fin end, external 222 O-rings
Code Gasket/O-ring (retrofits other manufacturers’ Code 5)3
u Materials M10 DOE, internal O-rings (fits other manufacturers’
housings)3
S Silicone (standardO-rings)
M11 SOE flat closed end, internal 120 O-ring
E EPDM (retrofits other manufacturers’ X-style)3
M20 SOE, internal O-ring (same as M10),
V VitonA
closed end with deep recess
N Buna N (standard gaskets)
Code Pre-Rinse
T FEP Encapsulated Silicone
z Option
X No O-ring required (M2 only) Blank No Pre-Rinse
314 Pre-Rinse
3- For details, contact Pall Corporation.
2200 Northern Boulevard. Visit us on the Web at www.pall.com
East Hills, New York 11548-1289
Pall Corporation has offices and plants throughout the world in locations including:
1.800.FILTERS toll free Argentina, Australia, Austria, Belgium, Brazil, Canada, China, France, Germany,Hong Kong,
India, Indonesia, Ireland, Italy, Japan, Korea, Malaysia, Mexico, the Netherlands, New Zealand,
516.484.5400 phone Norway, Poland, Puerto Rico, Russia, Singapore, South Africa, Spain, Sweden, Switzerland,
516.484.3216 fax Taiwan, Thailand, United Kingdom, United States, and Venezuela. Distributors arelocated in
[email protected] e-mail all major industrial areas of the world.
©Copyright 2005, Pall Corporation. Pall, and Water-Fine are trademarks of Pall Corporation. ® Indicates a Pall
trademark registered in the USA. is a service mark of Pall Corporation.
Bulletin #E-2135-4C 1/05
®
High Flow Filter Systems
Designed for Large Flow Applications
®
Ultipleat
High Flow Filter Systems
…fewer elements
smaller housings
higher flow rates
and bigger cost savings
The Pall Ultipleat® High Flow filter system Lower waste disposal costs
addresses your need for an economical and
reliable filter system for high flow applications. Longer service life and coreless construction equate to
You no longer have to rely on traditional bag minimized disposal volumes and costs.Use of Ultipleat
or cartridge filter systems that do not meet all High Flow elements result in up to four times less
of your requirements. volume of spent cartridges than conventional depth
filters (see Figure 2).
Smaller, more economical filter systems The inside-to-outside flow configuration and coreless
construction of the Ultipleat High Flow element allows
This proven filtration technology has advanced to the
it to be tightly compacted to further minimize disposal
next level with even higher flow rates per filter cartridge.
costs.Also,since no metallic components are used in
In fact,just one six-inch diameter Ultipleat High Flow
the element,incineration is a disposal option.
filter element can handle up to 500 gpm (1900 lpm).
Waste disposal savings are even greater when the
The unique crescent-shaped pleat geometry,combined
longer service life of Ultipleat High Flow filters is
with its large diameter and proprietary range of available
considered.Less frequent change outs provide even
filter media,permits use of significantly fewer elements
fewer elements for disposal.
and smaller housings for high flow applications.Greater
performance may now be achieved with a system that
is two to four times smaller than conventional depth
Lower maintenance costs
or pleated filter technologies.Smaller systems are also
less costly to install and maintain (see Figure 1). Maintenance requirements and production downtime
is dramatically reduced with 30 times fewer filters
to change out versus conventional depth filters (see
Figure 3).Removal of spent elements is neither difficult
FilAtePr SAcPochUMLvuaeIitnCI nCri gN n4CfeA i0ElohEtT%uaeIlSt rO f s fcSwarNoevisiqtnthusg e.sncy ninosri dmee ossfy t hsien cfeil taelrl. of the solid contamination is trapped
2