Purewater Membrane Elements

Transcription

1 Purewater Membrane Elements July 2015 Imagination at work.

2 Agenda Membrane Elements Overview Product Line Updates Packaging Changes Seawater Product Specifications Pure Water Elements Pure Water Low Fouling Competitor Cross-Reference Specialty Elements Ultra Low Energy (AP) Municipal NF (HL) Beverage Chlorine Resistant (CK)

3 Membrane Element Overview 3

4 RO, NF Membrane UF, MF Membrane What is a Membrane? Two classes of membranes: Porous (UF, MF) Non-porous (RO, NF) Non-porous membranes typically comprise a thin film on a support Cross-Section Top Surface Composite Membrane Cross-section Non-porous film ~ 50 10,000 nm Porous layer ~ mm Fabric

5 Membrane The larget selection of Water & non-water (Process) membranes. Automated high-speed casting & coating machines are dedicated to high volume membranes.

6 Spiral Element

7 Global Presence for Fast Response Membrane manufacturing and storage in your region Wuxi, China Plant Expansion Phase II Existing Expansion

8 Membrane Manufacturing Membrane Casting Flat Sheet to be Rolled into an Element

9 Spiral Wound Elements Fully automated rolling machine in USA. Semi automated robatic rolling operation in Hungary. Semi automated plotter glue applicator in China. Fully manual rolling operation in India.

10 AutoWinder Elements The active membrane area is optimized and consistent thanks to the automation of: glue flow rate glue viscosity positioning Active area up to 440 sqft w/ tolerance of +/- 4%

11 Semi-Automated Production Automation is also key in our Asian & European productions. The Glue Robot allows precise positioning and controlled thickness of the glue lines.

12 Wet / Dried vs. Drip/Dried Wet All HR elements are Wet. The elements are bagged after preservation and the bag is sealed. Wet preserved membrane typically stabilizes faster. Dried After the preservation, the elements go in a dryer to remove the excess water. They are placed in open bags. Dried elements can be stored longer (12 months). Drip/dried Product packaged wet New high strength bags Incorporate O 2 scavenger Warranted for 12 months but tested for 18-month shelf life).

13 Product Line Updates 13

14 Seawater Series Update for 2015 Current Seawater Portfolio 2015 Seawater Update AD Flow*(GPD): 6,500 Rejection: 99.75% AD Flow*(GPD): 7,000 Rejection: 99.8% AD-LE AE Flow*(GPD): 7,500 Rejection: 99.8% Flow*(GPD): 9,000 Rejection: 99.8% AE Flow*(GPD): 9,000 Rejection: 99.8% Flow NaCl Rej Boron Rej Part Model GPD Avg Avg AD % 95.0% AD % 95.0% AD-400, % 95.0% AD % 95.0% AE % 92.0% AE-400, % 92.0% AE % 92.0% * Flow of 400 ft 2 element at typical test conditions 32,000mg/l NaCl & 5mg/l Boron solution 800psi (5,516kPa) operating pressure 77 F (25 C), ph 8.0 and 10% recovery

15 Element Package Design Update Improved robustness of both design and materials Innovative solution for end-cap protection Stronger element bag that is air tight to better preserve the membrane element Structurally reinforced box thickness What to expect as we transition our designs: Some mixed shipments of internal package design Balancing of density, protection and preservation 1. All 8 Elements to O2 Scavenging Design with 10 Box 2. Pure Water move to 9 Box in 2015 for higher density 3. Shift to O2 Scavenging preservation method vs Wet or Dry Specific Material Changes: Improved Bag Materials & Thickness Durable Cardboard Upgrade Recyclable Foam Endcap Protector Oxygen Scavenger Capable Design 15

16 Crossflow Membranes 16

17 GE Water Enables You Drinking water treatment Tailored Feed Water for Your Boiler Reuse of Your Industrial Water Consistent & Safe Ingredient Water Highest Purity for Your Process

18 Water Portfolio Material Type A-Series AD, AD LE, AE, AG, AG LF, AK, AK LE, AP TFM RO C-Series CA RO H-Series TFM NF Duratherm High temperature

19 Premium MEMBRANES Construction Area (ft 2 ) Feed Spacer (mil) AD AD LE AE AG AG LF AK AK LE AD-90 AD-90 LE AE-90 AG-90 AG-90 LF AK-90 AK-90 LE or 34 AD-365 NA NA AG-365 NA AK-365 NA NA AD-400 LE NA AG-400 NA AK-400 AK-400 LE AD-440 AD-440 LE AE-440 AG-440 AG-440 LF AK-440 AK-440 LE 400, AD-400, 34 NA AE-400, 34 AG-400, 34 AG-400 LF, 34 NA NA Global Construction Area (ft 2 ) MEMBRANES Feed Spacer (mil) AG AK AP AG LF AG4040FM AK4040FM AP-90 AG4040FM LF AG8040F-365 AK8040F-365 AP-365 NA AG8040F-400 AK8040F-400 AP-400 AG8040F-400 LF

20 % Rejection A-Series Portfolio Note: Pressure and rejections upon testing conditions AK HR AK LE AK AG HR & AG LF HR AG & AG LF AD, AD LE & AE AP Applied Pressure

21 % Rejection A-Series Portfolio Note: Pressure and rejections upon testing conditions AG HR & AG LF HR AD, AD LE & AE AK HR AK LE AK AG & AG LF Applied Pressure

22 % Rejection A-Series Portfolio Note: Pressure and rejections upon testing conditions AD AD LE AE AG HR & AG LF HR AG & AG LF, AK HR AK LE AK Flow (GPD)

23 Energy profile vs. performance Goodness curve kwh/m3 Feed PSI kwh/m Feed PSI AG AK AP AK LE AK HR AG HR 0 AG AK AP AK LE AK HR AG HR 100 GPM 1000 PPM, well water, 75% recovery 4:2 array, 5 M tubes Product PPM Product PPM 50 0 AG AK AP AK LE AK HR AG HR

24 % Rejection How do you select the right RO? NF? NF AP AK AG AD, AE Feed TDS (mg/l)

25 Value proposition 1. Customer is satisfied of the current installation. End of membrane element life. Select the equivalent elements in our product range. 2. Customer is unsatisfied with the current installation. Need to know why: - Too high salt passage - Tow low permeate flow - Too high energy consumption 3. Customer is unsatisfied with the current supplier? - Pricing - Expertise - Relationship

26 Cross References 26

27

28 Cross-Reference: Low energy elements Toray: TMG Filmtec: LE AK-365 Toray TMG Hydranautics ESPA1 Filmtec LE AK-400 Toray TMG Hydranautics ESPA4 MAX Filmtec LE-440i AK-440

29 Cross-Reference: Brackish water elements Toray TM Hydranautics CPA2 Filmtec BW Koch 8040-HR-375 AG Toray TM720N-400 Hydranautics CPA3 Filmtec BW Koch 8040-HR-400 AG AG-400, Toray TM Hydranautics CPA5 MAX Filmtec BW30HR-440 AG

30 Cross-Reference: Low Fouling Elements Toray TML20N-400 Hydranautics LFC3-LD Filmtec BW30XFR- 400/34i Koch 8040-FR AG-400 LF,34

31 Potential technical issues to face Central tube inner diameter for 8in membrane elements: - GE is 1.125in as most of competitiors - Ex: XLE 440 is 1.5in - Ex: old Toray elements with a 430 ft² - Ex: old Toray elements with a female configuration Solution: New end cap adapters

32 Potential technical issues to face ilec style from Filmtec elements: - Ex LE400i Solution: New end cap adapters

33 Duratherm

34 Why Duratherm Sanitization Chemical-free sanitization of membrane system treating biologically active feed streams, on both feed and permeate sides. Energy conservation and cost effectiveness Recovery of hot permeate for direct reuse Avoidance of CAPEX/OPEX related to cooling and re-heating Process Concentration or fractionation applications on either viscous streams or organic streams while keeping the bacterial growth risk under control

35 Hot Water Sanitization Temperature Heating & Cooling rate Feed pressure Pressure drop Up to 90 C (194 F) 5 C per min <2.8b (40psi) for RO/NF <1.4b (20psi) for UF/MF <0.13b (2psi)/element Minimize mechanical and hydraulic stress

36 Duratherm Product Offering Spacer Operating Temperature HWS Membrane HWS 31 mil 50 C Yes RO, NF STD 31 mil 70 C Yes RO, UF EXL 50 mil 70 C Yes RO, NF Water purification & Condensate polishing for: Pharmaceutical Semi-conductor Food Beverage Medical

37

38 Fact Sheet AD HR Series High Rejection Seawater RO Elements The AD HR Series, family of proprietary thin film reverse osmosis membrane elements, is characterized by an excellent sodium chloride rejection. AD HR series is selected when high quality permeate is demanded from seawater that is relatively high in TDS. AD HR series new membrane chemistry provides excellent rejection characteristics when operated at seawater operating conditions (pressures exceeding 800psi (5,516kPa) and elevated seawater temperatures. Table 1: Element Specification Membrane Model Average permeate flow gpd (m3/day) 1,2 Thin-film membrane (TFM*) Average NaCl rejection 1,2 Minimum NaCl rejection 1,2 Minimum Boron Rejection 2 AD (5.7) 99.75% 99.3% 93.0% AD (22.7) 99.75% 99.3% 93.0% AD (24.6) 99.75% 99.3% 93.0% AD-400, (24.6) 99.75% 99.3% 93.0% AD (26.9) 99.75% 99.3% 93.0% 1 Average salt rejection after 24 hours operation. Individual flow rate may vary +25%/-15%. 2 Testing conditions: 32,000mg/l NaCl & 5mg/l boron solution at 800psi (5,516kPa) operating pressure, 77 F (25 C), ph 8.0 and 7% recovery. Model Active area ft 2 (m 2 ) Outer wrap Part number AD (8.4) Fiberglass AD (33.9) Fiberglass AD (37.2) Fiberglass AD-400, (37.2) Fiberglass AD (40.9) Fiberglass Table 2: Operating and CIP parameters Typical Operating Pressure Typical Operating Flux Maximum Operating Pressure Maximum Temperature 800psi (5,516kPa) 7-11GFD (12-19LMH) 1,200psi (8,274kPa) Continuous operation: 122 F (50 C) Clean-In-Place (CIP): 122 F (50 C) ph range Optimum rejection: , Continuous operation , Clean-In-Place (CIP): Maximum Pressure Drop Chlorine Tolerance Feedwater 3 NTU < 1 SDI < 5 Over an element: 12 psi (83 kpa) Per housing: 50 psi (345 kpa) 1,000+ ppm-hours, dechlorination recommended 3 SDI is measured on a non-linear scale using a 0.45 micron filter paper. Additionally, finer colloids, particulates and microorganisms that pass through the filter paper and not measured in the SDI test, will potentially foul the RO element. For performance consistency and project warranty, please use Winflows projection software and consult your Filters with Membranes representative. Find a contact near you by visiting and clicking on Contact Us. * Trademark of General Electric Company; may be registered in one or more countries. 2012, General Electric Company. All rights reserved. FSpsADHRSeries_EN.doc Feb-12

39 Figure 1a: Element Dimensions Diagram Male Figure 1b: Element Dimensions Diagram Female Table 3: Dimensions and Weights Model 1 Type Dimensions, inches (cm) A B 2 C Boxed Weight lbs (kg) AD-90 Male 40.0 (101.6) 0.75 (1.90) 3.9 (9.9) 9 (4) AD-365 Female 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) AD-400 Female 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) AD-400, 34 Female 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) AD-440 Female 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) Page 2 Fact Sheet

40 Fact Sheet AD LE Series High rejection, Low Energy Seawater RO Elements The AD LE Series, family of proprietary thin film reverse osmosis membrane elements, is characterized by an excellent sodium chloride rejection. AD LE series is selected when high quality permeate is demanded from seawater that is relatively high in TDS. AD LE Series new membrane chemistry provides excellent rejection characteristics when operated at seawater operating conditions (pressures exceeding 800psi (5,516kPa) and elevated seawater temperatures. Table 1: Element Specification Membrane Model Average permeate flow gpd (m3/day) 1,2 Thin-film membrane (TFM*) Average NaCl rejection 1,2 Minimum NaCl rejection 1,2 Minimum Boron rejection 2 AD-400 LE 7500 (28.4) 99.75% 99.3% 91.0% AD-440 LE 8200 (31.0) 99.75% 99.3% 91.0% Table 2: Operating and CIP parameters Typical Operating Pressure 800psi (5,516kPa) Typical Operating Flux 7-11GFD (12-19LMH) Maximum Operating Pressure 1,200psi (8,274kPa) Maximum Temperature Continuous operation: 122 F (50 C) Clean-In-Place (CIP): 122 F (50 C) ph range Optimum rejection: , Continuous operation , Clean-In-Place (CIP): Maximum Pressure Drop Over an element: 12 psi (83 kpa) Per housing: 50 psi (345 kpa) Chlorine Tolerance 1,000+ ppm-hours, dechlorination recommended Feedwater 3 NTU < 1 SDI < 5 3 SDI is measured on a non-linear scale using a 0.45 micron filter paper. Additionally, finer colloids, particulates and microorganisms that pass through the filter paper and not measured in the SDI test, will potentially foul the RO element. For performance consistency and project warranty, please use Winflows projection software and consult your Filters with Membranes representative. Figure 1: Element Dimensions Diagram Female 1 Average salt rejection after 24 hours operation. Individual flow rate may vary +25%/-15%. 2 Testing conditions: 32,000mg/l NaCl & 5mg/l Boron solution at 800psi (5,516kPa) operating pressure, 77 F (25 C), ph 8.0 and 7% recovery. Model Active area ft 2 (m 2 ) Outer wrap Part number AD-400 LE 400 (37.2) Fiberglass AD-440 LE 440 (40.9) Fiberglass Table 3: Dimensions and Weights Dimensions, inches (cm) Boxed Model 1 Type Weight A B 2 C lbs (kg) AD-400 LE Female 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) AD-440 LE Female 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) Find a contact near you by visiting and clicking on Contact Us. * Trademark of General Electric Company; may be registered in one or more countries. 2014, General Electric Company. All rights reserved. FSsmADLESeries_EN.doc Apr-14

41 Fact Sheet AG Series Standard Brackish Water RO Elements The A-Series, family of proprietary thin-film reverse osmosis membrane elements are characterized by high flux and high sodium chloride rejection. AG Standard Brackish Water Elements are selected when high rejection and operating pressures as low as 200 psi (1,379 kpa) are desired. These elements allow moderate energy savings, and are considered a standard in the industry. Table 1: Element Specification Membrane A-Series, Thin-Film Membrane (TFM*) Model Membrane area ft 2 (m 2 ) Outer wrap Part Number AG2540TM 29 (2.6) Tape AG4025T 60 (5.6) Tape AG4026F 60 (5.6) Fiberglass AG4040C 90 (8.4) Cage AG4040FM 85 (7.9) Fiberglass AG4040FM WET 85 (7.9) Fiberglass AG4040TM 85 (7.9) Tape AG8040C 380 (35.3) Cage AG8040F 365 (33.9) Fiberglass AG8040F WET 365 (33.9) Fiberglass Model Average permeate flow gpd (m 3 /day) 1,2 Average NaCl rejection 1,2 Minimum NaCl rejection 1,2 AG2540TM 710 (2.7) 99.5% 99.0% AG4025T 1,600 (6.0) 99.5% 99.0% AG4026F 1,600 (6.0) 99.5% 99.0% AG8040F (37.2) Fiberglass AG8040F 400 WET 400 (37.2) Fiberglass AG8040N 365 (33.9) Net AG8040N (37.2) Net AG8340F (37.2) Fiberglass AG4040C 2,400 (9.1) 99.5% 99.0% AG4040FM 2,200 (8.3) 99.5% 99.0% AG4040FM WET 2,200 (8.3) 99.5% 99.0% AG4040TM 2,200 (8.3) 99.5% 99.0% AG8040C 9,900 (37.3) 99.5% 99.0% AG8040F 9,600 (36.3) 99.5% 99.0% AG8040F WET 9,600 (36.3) 99.5% 99.0% AG8040F ,500 (39.8) 99.5% 99.0% AG8040F 400 WET 10,500 (39.8) 99.5% 99.0% Figure 1: Element Dimensions Diagram Female AG8040N 9,600 (36.3) 99.2% 98.5% AG8040N ,500 (39.8) 99.2% 98.5% AG8340F ,500 (39.8) 99.5% 99.0% 1 Average salt rejection after 24 hours operation. Individual flow rate may vary +25%/-15%. 2 Testing conditions: 2,000 ppm NaCl solution at 225 psi (1,551 kpa) operating pressure, 77 F (25 C), ph 7.5 and 15% recovery. Figure 2: Element Dimensions Diagram Male Find a contact near you by visiting and clicking on Contact Us. * Trademark of General Electric Company; may be registered in one or more countries. 2013, General Electric Company. All rights reserved. FS1262EN.doc Nov-13

42 Table 2: Dimensions and Weight Table 3: Operating and CIP parameters Dimensions, inches (cm) Boxed Typical Operating Pressure 200 psi (1,379 kpa) Model 1 AG2540TM AG4025T AG4026F A B 2 C (101.6) 25.0 (63.5) 26.0 (66.7) 0.75 (1.90) OD (1.59) (1.59) 2.4 (6.1) 3.9 (9.9) 3.9 (9.9) Weight lbs (kg) 5 (2.3) 5 (2.3) 6 (2.7) Typical Operating Flux 10-20GFD (15-35LMH) Maximum Operating Pressure Tape 450 psi (3,103 kpa) Other outerwrap: 600 psi (4,137 kpa) Maximum Temperature Continuous operation: 122 F (50 C) Clean-In-Place (CIP): 122 F (50 C) ph Range Optimum rejection: , Continuous operation: , Clean-In-Place (CIP): AG4040C 40.0 (101.6) (1.59) 3.9 (9.9) 8 (3.5) Maximum Pressure Drop Over an element: 12 psi (83 kpa) Per housing: 50 psi (345 kpa) AG4040FM 40.0 (101.6) 0.75 (1.90) OD 3.9 (9.9) 8 (3.5) Chlorine Tolerance 1,000+ ppm-hours, Dechlorination recommended AG4040FM WET 40.0 (101.6) 0.75 (1.90) OD 3.9 (9.9) 8 (3.5) Feedwater NTU < 1 SDI < 5 AG4040TM 40.0 (101.6) 0.75 (1.90) OD 3.9 (9.9) 8 (3.5) AG8040C 40.0 (101.6) (2.86) 7.9 (20.1) 32 (14.5) AG8040F 40.0 (101.6) (2.86) 7.9 (20.1) 32 (14.5) AG8040F WET 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) AG8040F (101.6) (2.86) 7.9 (20.1) 32 (14.5) AG8040F 400 WET 40.0 (101.6) (2.86) 7.9 (20.1) 35 (16) AG8040N 40.0 (101.6) (2.86) 7.9 (20.1) 32 (14.5) AG8040N (101.6) (2.86) 7.9 (20.1) 32 (14.5) AG8340F (101.6) (2.86) 8.3 (21.1) 42 (19.1) 1 These elements are bagged dried, unless specified WET, before shipping. 2 Internal diameter unless specified OD (outside diameter). 3 The element diameter (dimension C) is designed for optimum performance in GE pressure vessels. Other pressure vessel dimension and tolerance may result in excessive bypass and loss of capacity. Page 2 FS1262EN

43 Fact Sheet AK Series Low Energy Brackish Water RO Elements The A-Series, family of proprietary thin-film reverse osmosis membrane elements are characterized by high flux and high sodium chloride rejection. AK Low Pressure Brackish Water Elements are selected when high rejection and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at operating pressures as low as 100 psi (689 kpa). Table 1: Element Specification Membrane A-series, thin-film membrane (TFM*) Model Membrane area ft 2 (m 2 ) Outer wrap Part Number AK2540TM 27 (2.5) Tape AK4040C 95 (8.8) Cage* AK4040FM 85 (7.9) Fiberglass AK4040FM, WET 85 (7.9) Fiberglass AK4040TM 85 (7.9) Tape AK8040C 380 (35.3) Cage* AK8040F 365 (33.9) Fiberglass AK8040F, WET 365 (33.9) Fiberglass AK8040F (37.2) Fiberglass AK8040F 400 WET 400 (37.2) Fiberglass Model Average permeate flow gpd (m3/day) 1,2 Average NaCl rejection 1,2 Minimum NaCl rejection 1,2 AK2540TM 710 (2.7) 99.0% 98.0% AK4040C 2,500 (9.5) 99.0% 98.0% AK4040FM 2,200 (8.3) 99.0% 98.0% AK4040FM, WET 2,200 (8.3) 99.0% 98.0% AK4040TM 2,200 (8.3) 99.0% 98.0% AK8040C 9,900 (37.5) 99.0% 98.0% AK8040F 9,600 (36.3) 99.0% 98.0% Figure 1: Element Dimensions Diagram - Female AK8040F, WET 9,600 (36.3) 99.0% 98.0% AK8040F ,500 (37.9) 99.0% 98.0% AK8040F 400 WET 10,500 (39.7) 99.0% 98.0% 1 Average salt rejection after 24 hours operation. Individual flow rate may vary +25%/-15%. 2 Testing conditions: 500ppm NaCl solution at 115psi (793kPa) operating pressure, 77 F (25 C), ph7.5 and 15% recovery. Figure 2: Element Dimensions Diagram - Male Find a contact near you by visiting and clicking on Contact Us. * Trademark of General Electric Company; may be registered in one or more countries. 2013, General Electric Company. All rights reserved. FS1263EN.doc Feb-13

44 Table 2: Dimensions and Weight Model² AK2540*M AK4040C AK4040*M AK4040*M WET AK8040*, AK8040* 400 AK8040*, AK8040* 400 WET Dimensions, inches (cm) A B 1 C (101.6) 40.0 (101.6) 40.0 (101.6) 40.0 (101.6) 40.0 (101.6) 40.0 (101.6) 0.75 (1.9) OD (1.59) 0.75 (1.9) OD 0.75 (1.9) OD (2.86) (2.86) 2.4 (6.1) 3.9 (9.9) 3.9 (9.9) 3.9 (9.9) 7.9 (20.1) 7.9 (20.1) Boxed Weight lbs (kg) 5 (2.3) 8 (3.5) 8 (3.5) 8 (3.5) 32 (14.5) 35 (16) 1 Internal diameter unless specified OD (outside diameter). ² These elements are bagged dried, unless specified WET, before shipping. 3 The element diameter (dimension C) is designed for optimum performance in GE pressure vessels. Others pressure vessel dimension and tolerance may result in excessive bypass and loss of capacity. Table 3: Operating and CIP parameters Typical Operating Pressure Typical Operating Flux Maximum Operating Pressure Maximum Temperature 100 psi (689 kpa) GFD (15-35LMH) 400 psi (2,756 kpa) Continuous operation: 122 F (50 C), Clean In Place (CIP): 122 F (50 C) ph Range Optimum rejection: , Continuous operation: , Clean In Place (CIP): Maximum Pressure Drop Chlorine Tolerance Feedwater NTU < 1 SDI < 5 Over an element: 12 psi (83 kpa) Per housing: 50 psi (345 kpa) 1,000+ ppm-hours, dechlorination recommended Page 2 FS1263EN

45 Fact Sheet Hytrex* / PPC Depth Cartridge Filter with PolyPropylene Core Thermally bonded micro fibers create a strong secure cartridge that traps particles throughout its depth. A high strength polypropylene core adds strength and extends Hytrex applications in high temperature applications. Hytrex combines efficiency, long life and purity to create a high performance depth filter. 100% polypropylene construction High strength polypropylene core Extended application at high temperature Wide chemical compatibility High dirt holding capacity True gradient density construction Typical Applications Chemicals Oil and gas Adhesives Wastewater Materials of Construction Filter and Core: 100% polypropylene construction Dimensions Nominal ID: 0.96 Nominal OD: 2.5 Micron Ratings, Lengths and End Adapters Microns: 1, 5, 10, 20, 50, 75 Lengths: 19.5, 20, 29 ¼, Wide range of end adapters including selfsealing spring, 222 O-ring, and extended cores. Additional Information Hytrex cartridge filters are made from thermally bonded fibers of polypropylene. GE certifies that it uses no resin binders, lubricants, antistatic or release agents or other additives in the manufacture of these cartridges, and that the resin used for manufacturing the filter media meets the food contact requirements of U.S. FDA 21CFR regulations. When required, specify only FDA compliant sealing materials and end adapters. GE filter cartridges are designed and manufactured for resistance to a wide range of chemical solutions. Conditions will vary with each application and users should carefully verify chemical compatibility. Please contact your GE distributor for more information. Visit us online at , General Electric Company. All rights reserved. Global Headquarters Trevose, PA Americas Minnetonka, MN Europe/Middle East/Africa Heverlee, Belgium Asia/Pacific Shanghai, China *Trademarks of the General Electric Company and may be registered in one or more countries. PFE1012EN 0501

46 Maximum PSID vs. Temperature 1 Nominal- Micron Rating, µm Maximum 165º F (74º C) Maximum 180º F (82º C) Maximum 200º F (93º C) Maximum PSID (recommended maximum flow is 5 gallons per minute per ten inch equivalent). Actual change out PSID will vary by application. Ordering Information If you are ordering Hytrex PP Core with standard ends (with no adapter on either end), select one designation from each of the first three columns. Your Product Order Number will look like this: GX ¼ / PPC. If you are ordering Hytrex PP Core with end adapters, select designations from all applicable columns. Your Product Order Number will look like this: GX /4 XK / PPC. Type Nominal Micron Rating (µm) Cartridge Length Inches (cm) End 1 Adapter End 2 Adapter Gasket Material Core Material GX I.D. = 0.96 in. (2.4 cm) O.D. = 2.5 in. (6.4 cm) 01 = 1 05 = 5 10 = = = = /2 (49.5) 20 (50.8) 29 1/4 (74.3) 30 (76.2) 40 (101.6) Y = 1-inch Open L = Extended Core E = 222 O-Ring F = 226 O-Ring X = Standard GX / PPC plain end (no gasket) Y = 1-inch Open K = Self seal spring H = Fin S = Solid end X= Standard GX/ PPC plain end (no gasket) P = Santoprene (gasket only) O-Rings S = Silicone E = EPDM V = Viton B = BUNA PPC = Poly- Propylene Core Santoprene is licensed to Advanced Elastomer Systems, L.P. Viton is a registered trademark of E.I. DuPont de Nemours and Company, Inc. Page 2 Hytrex* / PPC Fact Sheet

47 Element Cross Reference List Notes: Reverse Osmosis (RO) elements on the same row have approximately the same performance characteristic. Red Type Means: Permeate End Adaptors may need to be replaced because of different permeate tube or ATD. Values within parentheses are options; for example SWC4(,B) MAX means SWC4 MAX and SWC4B MAX Any trademarks or brands in this document are the property of and may be registered by their respective owner Technical Bulletin Low Energy RO Dow/FilmTec Hydranautics Toray CSM KMS GE NF NE AP-90 ESNA1-LF (-LD) AP-365 NF NE AP-400 XLE-4040, LE-4040 ESPA TMH10A RE4040-BLF AK-90 LE ESPA4 TMH20A-(370, 400, 400C) RE-8040-BLF AK-400 LE XLE-440 ESPA4 MAX TMH20A-(430, 440, 400C) RE8040-BLF440 AK-440 LE LP-4040 AK4040FM ESPA3 AK8040F-400 LE-4040 ESPA TMG10 RE4040-BLN AK-90 TMG20-(370, 370C) AK-365 LE-400 ESPA1 TMG20-(400, 400C) RE8040-BLN AK-400 BW30LE-440, (LE, ECO)-440i ESPA2 (+, MAX) TMG20-(430, 440, 440C) RE8040-BLN440 AK-440 Standard RO Dow/FilmTec Hydranautics Toray CSM KMS GE BW CP RE4040-CE 4040-(FR, HR), AG4040FM 4820HR BW CPA HR-375 AG8040F BW RE8040-CE 8040-HR-400 AG-8040F-400 BW30FR-(365, 400) 8040-FR-(375,400) AG8040F-400 LF TM710 RE4040-(BE,BN) AG-90 CPA2 RE8040-BN AG-365 CPA3 TM RE8040-BE AG-400 (BW30, SG30)-400/34i CPA5-LD TM720(D,N)-400 RE8040-B HR AG-400, 34 BW30-440i, BW30HR-440i CPA5MAX TM , TM720(,D)-440 RE8040-BE HR AG-440 LFC3-LD-4040 TML10F RE4040-FE n AG-90 LF TML20(,DA)-400 RE8040-FE n AG-400 LF BW30(,X)FR-400/34i LFC3-LD TML20(D,N)-400, RE FR AG-400 LF, 34 TML20(,D)-370 (FN,FE n 34,FD n ) TML RE8040-FE n HR AG-440 LF CPA44 AE-400 Seawater RO Dow/FilmTec Hydranautics Toray CSM KMS GE SW SWC5-LD-4040 RE4040-SHF AE-90 SW30XLE-400i SWC5(,-LD) TM820(F,R,S,V)-400 RE8040-SHF (400) AE-400, 34 SW30XLE-400i SWC5 MAX TM820(R,S,V) HF-400 AE-440 SW30HR LE-4040 RE4040-SHA 4040-(SW,HF) AD-90 SW30HR-380, SW30HRLE-370/34i SWC4-LD TM820(A,C)-370 RE8040-(SHA,SHN) 8040-SW-335, 2822 SS-3(00,60) SW30(HR LE,XHR)-(400,400i) SWC4(+, B) TM820(A,C,M)-400 RE8040-(SHA, SHN) SW-(400, ) AD-365 AD-400, 34 SW30(HR LE, XHR)-400i SWC4(,B) MAX TM820M-440 RE8040-SHN SW AD-440 Find a contact near you by visiting and clicking on Contact Us. * Trademark of General Electric Company; may be registered in one or more countries. 2014, General Electric Company. All rights reserved. TB1164EN.doc Dec-14

48 Fact Sheet Purtrex* Plus Depth Cartridge Filters Typical Applications Potable water filtration Chemical filtration - wide chemical compatibility Beverage Electronics Meets FDA compliance for food and beverage contact General Properties Figure 1 : Purtrex Plus Depth Cartridge Filters Use Z.Plex* Filter Technology Description and Use The Purtrex Plus depth filter, is an exceptional value for general applications where long life, high purity and low change-out frequency are required. Produced through GE Water & Process Technologies patented Z.Plex* filter manufacturing technology (Figure 1), Purtrex Plus is a 100% pure polypropylene depth filter with excellent performance. Purtrex Plus 3-dimensional filter matrix provides lower pressure drop and high dirt holding capacity. This translates to longer life and fewer change-outs than existing string-wound or resin-bonded filters. Purtrex Plus melt-bonded exterior and core ensures no media migration. Purtrex Plus contains no wetting agents, solvents, antistatic agents or binders, and meets the requirements of the FDA for food and beverage contact. The filter incinerates to trace ash for easy disposal. Purtrex Plus filters are available the following absolute pore size micron ratings: 1, 3, 5 and 10 microns. Tables 1, 2, 3 and 4 further details on materials of construction, dimensions, flow performance and ordering information. Table 1: Materials of Construction Table 2: Dimensions Table 3: Flow Performance in Clean Water 1 Psid Pressure Service Flow Gpm PxP.Zs PXP.Zs 01 PxP.Zs PXP.Zs 03 PxP.Zs PXP.Zs 05 PxP.Zs PXP.Zs 10 1 Data based on 10 length filter Find a contact near you by visiting gewater.com or ing custhelp@ge.com. Global Headquarters Trevose, PA Americas Watertown, MA Europe/Middle East/Africa Heverlee, Belgium Asia/Pacific Shanghai, China +86 (0) , General Electric Company. All rights reserved. *Trademark of General Electric Company; may be registered in one or more countries. FS1612EN 0701

49 Additional Information Purtrex Plus depth cartridge filters are made from thermally-bonded fibers of polypropylene. GE certifies that it uses no resin binders, lubricants, antistatic or release agents or other additives in the manufacture of these cartridges, and that the resin used for manufacturing the filter media meets the food contact requirements of the U.S. FDA 21 CFR regulations. When required, specify only FDA compliant sealing materials and end adapters. Ordering Information To configure a standard Purtrex Plus filter with no adapters on either end, select one item from each of the first three columns. Your model number may look like this: PXP.Zs To order Purtrex Plus filters with end adapters, add one item from the last 2 columns to your filter selections (use all 6 columns). Your model number may look like this: PXP.Zs 05-20XK GE filter cartridges are designed and manufactured for resistance to a wide range of chemical solutions. Conditions will vary with each application and users should carefully verify chemical compatibility. Please contact your GE distributor for more information. Table 4: Ordering Information Type Micron Rating Nominal Cartridge Length End #1 Adapter End #2 Adapter PXP.Zs 01 = 1 µm 03 = 3 µm 05 = 5 µm 10 = 10 µm 10 in. (25.4 cm) 20 in. (50.8 cm) 30 in. (76 cm) 40 in. (102 cm) X = Standard Plain End K = Self Seal Spring Page 2 FS1612EN 0701

50 Fact Sheet ROSave.Z* Depth Cartridge Filters For Reverse Osmosis Pretreatment Using Z.Plex* Technology Typical Applications Reverse osmosis pretreatment in industries including: Bottled water Beverage Electronics General Properties Materials of Construction Figure 1: Z.Plex Filter Technology Description and Use ROSave.Z is manufactured using patent pending Z.Plex filter technology (Figure 1) and is engineered for reverse osmosis pretreatment and other pure water applications. ROsave.Zs' proprietary filter matrix provides unmatched performance in these applications. Up to twice the life of conventional depth filters Up to 50% lower pressure drop Up to 100% greater dirt holding capacity Superior SDI reduction Melt-bonded exterior ensures no media migration Provides lower total cost of filtration operations NSF 42, FDA approved ROSave.Z filters are made of 100% polypropelene construction. Tables 1 and 2 provide information on dimensions and flow performance. Table 1: Dimensions Table 2: ROSave.Z 1 and 5 micron vs. Conventional 5 micron Flow Performance in Clean Water 1 1 Data based on 10 length filter Find a contact near you by visiting gewater.com or ing custhelp@ge.com. Global Headquarters Trevose, PA Americas Watertown, MA Europe/Middle East/Africa Heverlee, Belgium Asia/Pacific Shanghai, China +86 (0) , General Electric Company. All rights reserved. *Trademark of General Electric Company; may be registered in one or more countries. FS1097EN 0603

51 Micron Ratings, Lengths and End Adapters Micron ratings: 1 and 5 micron Standard lengths fit most housings - custom lengths are also available Wide range of end adapters including self-sealing spring, 222 and 226 O-rings, and extended cores. Additional Information ROSave.Z cartridge filters are made from thermally-bonded fibers of polypropylene. GE Water & Process Technologies certifies that it uses no resin binders, lubricants, antistatic or release agents or other additives in the manufacture of these cartridges, and that the resin used for manufacturing the filter media meets the food contact requirements of U.S. FDA 21CFR regulations. When required, specify only FDA compliant sealing materials and end-adapters. GE filter cartridges are designed and manufactured for resistance to a wide range of chemical solutions. Conditions will vary with each application and users should carefully verify chemical compatibility. Please contact your GE representative for more information. If you are ordering ROSave.Z filters with standard ends (with no adapter on either end), select one designation from each of the first three columns. Your Product Order Number will look like this: RO.Zs If you are ordering ROSave.Zs with end adapters, select designations from all applicable columns. Your Product Order Number will look like this: RO.Zs XK. Table 4: Ordering Information Page 2 FS1097EN 0603

52 Fact Sheet ROSave.Z* Depth Cartridge Filters For Reverse Osmosis Pretreatment Using Z.Plex* Technology Typical Applications Reverse osmosis pretreatment in industries including: Bottled water Beverage Electronics General Properties Materials of Construction Figure 1: Z.Plex Filter Technology Description and Use ROSave.Z is manufactured using patent pending Z.Plex filter technology (Figure 1) and is engineered for reverse osmosis pretreatment and other pure water applications. ROsave.Zs' proprietary filter matrix provides unmatched performance in these applications. Up to twice the life of conventional depth filters Up to 50% lower pressure drop Up to 100% greater dirt holding capacity Superior SDI reduction Melt-bonded exterior ensures no media migration Provides lower total cost of filtration operations NSF 42, FDA approved ROSave.Z filters are made of 100% polypropelene construction. Tables 1 and 2 provide information on dimensions and flow performance. Table 1: Dimensions Table 2: ROSave.Z 1 and 5 micron vs. Conventional 5 micron Flow Performance in Clean Water 1 1 Data based on 10 length filter Find a contact near you by visiting gewater.com or ing custhelp@ge.com. Global Headquarters Trevose, PA Americas Watertown, MA Europe/Middle East/Africa Heverlee, Belgium Asia/Pacific Shanghai, China +86 (0) , General Electric Company. All rights reserved. *Trademark of General Electric Company; may be registered in one or more countries. FS1097EN 0603

53 Micron Ratings, Lengths and End Adapters Micron ratings: 1 and 5 micron Standard lengths fit most housings - custom lengths are also available Wide range of end adapters including self-sealing spring, 222 and 226 O-rings, and extended cores. Additional Information ROSave.Z cartridge filters are made from thermally-bonded fibers of polypropylene. GE Water & Process Technologies certifies that it uses no resin binders, lubricants, antistatic or release agents or other additives in the manufacture of these cartridges, and that the resin used for manufacturing the filter media meets the food contact requirements of U.S. FDA 21CFR regulations. When required, specify only FDA compliant sealing materials and end-adapters. GE filter cartridges are designed and manufactured for resistance to a wide range of chemical solutions. Conditions will vary with each application and users should carefully verify chemical compatibility. Please contact your GE representative for more information. If you are ordering ROSave.Z filters with standard ends (with no adapter on either end), select one designation from each of the first three columns. Your Product Order Number will look like this: RO.Zs If you are ordering ROSave.Zs with end adapters, select designations from all applicable columns. Your Product Order Number will look like this: RO.Zs XK. Table 4: Ordering Information Page 2 FS1097EN 0603