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HIGH FLOW RO Save.Z*

High flow ROSave.Z*
depth cartridge filter Manufactured with Z.Plex* technology

DESCRIPTION IN USE

High Flow ROSave.Z* filters are manufactured using patented Z.Plex filter technology in a large format depth filter.

The High Flow ROSave.Z is engineered for reverse os-mosis pretreatment and other pure water applications. The High Flow ROSave.Z filter matrix provides un-matched performance for RO pre-filtration and Sea-water filtration applications.

• Up to twice the life of conventional depth filters
• 226 O-ring seal prevents bypass
• Superior SDI reduction
• Melt - bonded exterior ensures no media migration
• Provides lower total cost of filtration operations
• NSF 61 certified, FDA compliant

Z.Plex technology benefits

• Very low flow resistance
• Excellent dirt holding capacity
• Enhanced resistance to surface blinding
• Good strength
• All polypropylene construction

GENERAL PROPERTIES

High Flow ROSave.Z filters are available with two nom-inal pore size ratings. They are made of 100% polypro-pylene construction.

Regulations

• SUEZ certifies that the resins used of for the man-ufacturing of the filter media and adapters meet the food contact requirements of the US FDA 21CFR 177.1520.
• High Flow Z filters meet the safety requirements of Article 3 of the EU framework regulation No. 1935/2004/EC and may be used in full compliance with the EU Plastics Regulation No. 10/2011.
• High Flow Z filters meet the criteria for USP Class VI-121°C Plastics.
• High Flow Z filters are also certified NSF 61

QUALITY ASSURANCE

High Flow ROSave.Z filters are manufactured under a quality management system that has been certified to meet ISO 9001 standards.

High Flow ROSave.Z cartridge filters are made from thermally bonded fibers of polypropylene. SUEZ filter cartridges are designed and manufactured for re-sistance to a wide range of chemical solutions. Condi-tions will vary with each application and users should carefully verify chemical compatibility. Please contact your SUEZ representative for more information.

HIGH FLOW Z* DEPTH

HIGH FLOW Z* DEPTH
Manufactured with Z.Plex* technology

DESCRIPTION IN USE

High Flow Z filters using patented Z.Plex filter technology and are manufactured in a large format depth filter.

At 7kg (15 lbs.) or more, the dirt holding capacity of a single High Flow Z filter is equivalent to greater than 50 conventional 2.5 by 40 inch depth cartridge filters. This level of performance ensures lower total filtration costs by reducing filter consumption and by substantially reducing labor and overhead costs associated with filter replacement.

Z.Plex technology benefits

• Very low flow resistance
• Excellent dirt holding capacity
• Enhanced resistance to surface blinding
• Good strength and thermal resistance
• All polypropylene construction for exceptional chemical resistance

Typical Applications

High Flow Z filters' proprietary depth filter matrix provides unmatched performance in these applications.

• RO pre-filtration
• Well injection
• Produced water filtration
• Water flood / enhanced oil recovery
• Amine filtration
• Seawater filtration

GENERAL PROPERTIES

High Flow Z filters are available with two nominal and four absolute pore size ratings. They are made of 100% polypropylene construction.

Regulations

• SUEZ certifies that the resins used of for the manufacturing of the filter media and adapters meet the food contact requirements of the US FDA 21CFR 177.1520.
• High Flow Z filters meet the safety requirements of Article 3 of the EU framework regulation No. 1935/2004/EC and may be used in full compliance with the EU Plastics Regulation No. 10/2011.
• High Flow Z filters meet the criteria for USP Class VI-121°C Plastics
• High Flow Z filters are also certified NSF 61

QUALITY ASSURANCE

High Flow Z filters are manufactured under a quality management system that has been certified to meet ISO 9001 standards.

High Flow Z cartridge filters are made from thermally bonded fibers of polypropylene. SUEZ 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 SUEZ representative for more information.

HYTREX* DEPTH

Hytrex* depth cartridge filters

DESCRIPTION IN USE

The purity and reliability of Hytrex* cartridge filters (Figure 1) ensure consistent results, time after time. Thermally bonded micro fibers create a strong secure cartridge that traps particles throughout its depth. Hytrex combines efficiency, long life and purity to create a high performance depth filter.

• Pure polypropylene construction
• Fast rinse-up in high purity applications
• Meets the FDA requirement for food and beverage use
• Wide chemical compatibility
• Automated packaging for a clean finished product
• NSF Standard 42 certified
• Patented, continuous process assures consistent product performance. Lot-to-lot, order-to-order, strict quality control assures repeatability and re-liability.

Typical Applications

High Flow Z filters' proprietary depth filter matrix provides unmatched performance in these applications.

• High Purity Chemicals
• Bottled Water
• Pre-treatment for Reverse Osmosis
• Oil & Gas
• Electronics

GENERAL PROPERTIES

Hytrex Filters are available in a wide range of nomi-nal pore sizes: 1, 2, 5, 10, 20, 30, 50, 75 and 100 mi-crons.

Graded density design for high dirt holding capacity

• True-graded density which captures particles throughout entire filter depth.
• High dirt-holding capacity for longer life and fewer change-outs and lower costs.
• Lower density at the surface and progressively higher density toward the center.
• Improved resistance to surface blinding.

wide range of lengths & adapters

• Standard lengths to fit most housings—custom lengths can also be provided.
• Wide range of end-adapters including gaskets, extended cores and SUEZ patented self-seal polypropylene springs.

Additional Information

Hytrex cartridge filters are made from thermally bonded fibers of polypropylene - no resin binders, lubricants, antistatic agents or release agents are used.

The polypropylene material used for manufacturing the Hytrex cartridge filters meets the U.S. FDA re-quirements for food contact per 21CFR177.1520.

Hytrex cartridge filters meet the safety require-ments of Article 3 of the EU Framework Regulation No. 1935/2004/EC and may be used as intended in all of the EU Member states in full compliance with the EU Plastics Regulation No. 10/2011.

Hytrex cartridge filters meet the criteria for USP Class VI-121°C Plastics. Hytrex cartridge filters are designed and manufac-tured for resistance to a wide range of chemicals; however, users should carefully verify chemical compatibility in each application. Please contact your SUEZ representative if you need assistance. Hytrex cartridge filters are tested and certified by NSF International against NSF/ANSI Standard 42 for material requirements only.

PURTREX* DEPTH

Purtrex* Depth Cartridge Filters

DESCRIPTION IN USE

The Purtrex depth filter is an exceptional value for general applications where long life, high purity and low change-out frequency are required. Produced through SUEZ’s patented melt blown micro-fiber technology, Purtrex is a 100% pure polypropylene depth filter with exceptional dirt-holding capacity. Purtrex’ true-graded density filter matrix (lower den-sity at the surface of the filter with progressively high-er density toward the center) captures particles throughout the entire filter depth. This translates to longer life and fewer change-outs than existing string-wound or resin-bonded filters. Purtrex contains no wetting agents, solvents, antistat-ic agents or binders, and meets the requirements of the FDA for food and beverage contact. The filter in-cinerates to trace ash for easy disposal.

Typical Applications

High Flow Z filters' proprietary depth filter matrix provides unmatched performance in these applications.

• Potable water filtration
• Chemical filtration - wide chemical compatibility
• Plating baths
• Amine Filtration
• Meets FDA requirements for food and beverage contact

GENERAL PROPERTIES

Purtrex cartridge filters are made from thermally bonded fibers of polypropylene. SUEZ certifies that it uses no resin binders, lubricants, antistatic or release agents, in the manufacture of these filter cartridges. The resin used for manufacturing the filter media meet the food contact requirements of the U.S. FDA 21CFR 177.1520. Purtrex cartridge filters meet the safety requirements of Article 3 of the EU Framework Regulation No. 1935/2004/EC and may be used as in-tended in all of the EU Member states in full compli-ance with the EU Plastics Regulation No. 10/2011. Purtrex cartridge filters meet the criteria for USP class VI-121’C Plastics.

ROSAVE.Z* DEPTH

ROSave.Z* Depth CARTEIDGE FILTER
For reverse osmosis pretreatment using Z.Plex* technology

DESCRIPTION IN USE

ROSave.Z is manufactured using patent pending Z.Plex filter technology (Figure 1) and is engineered for reverse osmosis pretreatment and other pure wa-ter 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 certified, FDA compliant

Typical Applications

Reverse osmosis pretreatment in industries including:

• Bottled water
• Beverage
• Electronics

GENERAL PROPERTIES

Materials of Construction

ROSave.Z filters are made of polypropylene construction.

Micron Ratings, Lengths and End Adapters

• Micron ratings: 1 and 5 micron nominal.
• 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. SUEZ certifies that it uses no resin binders, lubricants, antistatic or release agents, in the manufacture of these filter cartridges. The resin used for manufacturing the filter media meet the food contact requirements of the U.S. FDA 21CFR 177.1520. ROSave.Z cartridge filters meet the safety requirements of Article 3 of the EU Framework Regulation No. 1935/2004/EC and may be used as in-tended in all of the EU Member states in full compli-ance with the EU Plastics Regulation No. 10/2011. ROSave.Z cartridge filters meet the criteria for USP class VI-121’C Plastics.SUEZ 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 SUEZ representative for more infor-mation. The ROSave.Z element is tested and certified by NSF International against NSF/ANSI Standard 61 for mate-rial requirements only.

HYPURE* AF

Hypure* AF
Resin Bounded Filter Cartridge

DESCRIPTION IN USE

The Hypure AF filter is a resin- bonded filter cartridge suitable for a wide range of applications. Hypure utilizes phenolic impregnated acrylic and polyester fibers for efficiency and long life. Uses for Hypure include adhesives, coatings, inks, and many more applications for both aqueous and solvent based fluids.

Features and Benefits

• High dirt holding capacity
• Wide range of micron retention
• Faster flow rates
• High efficiency
• Less change-outs
• Consistent quality

Applications

• Printing inks
• Water
• Hot, non-aqueous fluids
• Adhesives
• Antifreeze
• Insecticides
• Photo resists
• Solvents
• Paints and varnishes
• Thinners
• Fuels and Lubricating oils
• Coolants

FLOTREX* AP

Flotrex* AP
Pleated filters with polypropylene microfiber media

DESCRIPTION IN USE

Constructed with gradient density thermally-bonded polypropylene microfiber media, absolute-rated Flotrex AP (FAP) filters (Figure 1) combine exceptional solids-holding capacities with precise micron retention ratings. The FAP filters are constructed of FDA acceptable high-purity polypropylene.

FAP filters are absolute-rated for air, gas, and liquid filtration with low pressure drop across the wide range of 0.65 to 40 microns. Sheets of melt-blown media are layered to provide absolute particle retention, high solids loading, and long service life.

Typical Applications

Typical Flotrex AP filtration applications include:

• Prefiltration and Final Chemical Filtration – broad chemical compatibility
• Prefiltration of Pharmaceuticals and Biological Fluids – dependable protection for final filters
• High Throughput for Beer Filtration

GENERAL PROPERTIES

Flotrex AP filters are available the following absolute pore size micron ratings: 0.65, 1, 2, 3, 5, 10, 20, and 40 µm. Tables 1, 2, 3, 4, and 5 show further details on materials of construction, dimensions, operational limits, and flow performance in air and water.

Additional Information

Flotrex AP filters may be autoclaved or in situ steam sterilized (up to 257°F [125°C], 30-minute cycles) for a maximum accumulated exposure of 10 hours. Alternately, the filters may be sanitized with compatible chemical agents.

SUEZ certifies that the material contained in its Flotrex AP pleated filters meet U.S. FDA requirements for food contact under the applicable regulations in 21 CFR. For further information, contact SUEZ technical services. Flotrex AP filters meet the test criteria for USP class VI-121°C Plastics.

Aqueous extracts from Flotrex AP filters contain less that 0.25 EU/ml. The filters typically exhibit low levels of non-volatile residues.

SUEZ 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 SUEZ distributor for more information.

FLOTREX* HR

Flotrex* HR
Pleated filters with Halar (ECTFE) microfiber

DESCRIPTION IN USE

Flotrex-HR (FHR) are made entirely from Halar (ECTFE) (Halar is a trademark of Ausimont.), an industrial-grade fluoropolymer with excellent solvent resistance.

FHR filters can withstand the harshest process conditions due to this virtually indestructible material. Providing broad chemical compatibility, you can count on our filters to produce consistent, uniform process streams in your most demanding filtration applications.

FHR filters deliver high flow rates and high-purity results with absolute rated efficiencies (99.9% filtration efficiency at rated pore size based on ASTM F795 and F661 test methods) and retention characteristics that typically outperform polypropylene fiber filters.

The FHR filter is just one example of our strong commitment to fluid treatment. Our complete portfolio includes filters for every stage of processing, and we offer custom solutions for your unique applications. SUEZ Water Technologies & Solutions is your complete source for filters, crossflow membranes, housings, and other filtration equipment.

Typical Applications

FHR all-Halar, melt-blown fiber filters offer outstanding performance in extremely harsh chemical environments. These FHR filters also provide cost-effective, absolute filtration at high flow rates. Available in a range of 3, 10 and 25 µm, FHR filters are manufactured and packaged in a cleanroom environment for assured cleanliness. FHR filters are designed for both pre- and final filtration. Typical applications include:

• Filtration of aggressive chemicals including Toluene and Xylene
• Filtration of Ozonated Water
• Beverage

GENERAL PROPERTIES

Flotrex-HR filters are available the following absolute pore size micron ratings: 3, 10 and 25 µm.

Additional Information

• Flotrex-HR filters may be sanitized with compatible chemical agents such as ozonated water. The filters must not be autoclaved or steam sterilized.
• Flotrex-HR filters meet the test criteria for USP24 class VI-121°C plastics and pass the MEM Elution Cytotoxicity Test.
• Aqueous extracts from Flotrex-HR filters contains less than 0.25 EU/ml. The filters typically exhibit low levels of non-volatile residues. FHR filters are ozone tolerant for 9,000 ppm/hr with no extractables.

FLOTREX* PN

Flotrex* PN
Pleated filters with polypropylene microfiber media

DESCRIPTION IN USE

The Flotrex PN (FPN) microfiber filters (Figure 1) offer an economical solution for your filtration needs.

The all polypropylene construction of the FPN filters provides superior chemical compatibility. The gradient density, thermally bonded polypropylene media has excellent dirt holding capacities and reliable retention characteristics. FPN filters do not contain any adhesives or additives.

Typical Applications

FPN filters are an economical alternative to membrane filters in a broad range of applications, Including:

• Filtration of liquid polymers, coatings, and inks
• iltration of bulk chemicals
• Beer trap filtration
• Post Carbon bed and DI bed filtration
• Pre-filtration to protect expensive final filters

GENERAL PROPERTIES

Flotrex PN filters are available in the following nominal pore size micron rating: 0.2 0.45, 1, 2, 3, 5, 10 and 30 µm

Additional Information

• Flotrex PN filters may be autoclaved or in situ steam sterilized (up to 257°F [125°C], 30-minute cycles) for a maximum accumulated exposure of 10 hours. Alternately, the filters may be sanitized with compatible chemical agents.
• SUEZ certifies that the material contained in its Flotrex PN pleated filters meet U.S. FDA requirements for food contact under the applicable regulations in 21 CFR. For further information, contact SUEZ technical services. Flotrex PN filters meet the test criteria for USP class VI-121°C Plastics..
• Aqueous extracts from Flotrex PN filters contain less that 0.25 EU/ml. The filters typically exhibit low levels of non-volatile residues.
• SUEZ 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 SUEZ distributor for more information.

MEMTREX* FE

Memtrex* FE
Pleated filters with PTFE membrane

DESCRIPTION IN USE

Memtrex FE (MFE) with absolute rated PTFE membranes offer broad chemical compatibility with minimal extractables in a wide range of fluids and applications.

The inherently hydrophobic PTFE membrane is ideally suited for the filtration of compressed air and other process gases. Constructed in a clean room environment using thermal welding techniques, the MFE filters do not contain any adhesives or additives. As part of the manufacturing process, the MFE filters are individually integrity tested. The effectiveness and purity of your filtration process is preserved. The MFE filter is just one example of our dedicated commitment to fluid filtration. Our extensive portfolio includes filters for every stage of processing, and we can offer custom solutions for your unique applications. SUEZ Water Technologies & Solutions is your complete source for filters, housings, and other filtration equipment.

Typical Applications

MFE filters offer exceptional filtration characteristics, including reliable particle retention, and high purity in harsh process conditions.Typical applications include filtration of:

• Aggressive solvents such as alcohols, esters and ketones
• Corrosive acids and bases
• Vents/exhausts for autoclaves, fermenters, and storage tanks
• High purity chemicals and water used in electronics manufacturing

GENERAL PROPERTIES

Memtrex FE filters are available the following absolute pore size micron ratings: 0.1, 0.2, 0.45, and 1.0 µm.

Additional Information

• Memtrex FE filters may be autoclaved or in situ steam sterilized (up to 257°F [125°C], 30-minute cycles) for a maximum accumulated exposure of 10 hours. Filters which are steam sterilized must have stainless steel insert supported.
• o-ring adaptors. Alternatively, the filters may be sanitized with compatible chemical agents.
• SUEZ certifies that the material contained in its Memtrex MP pleated filters meet U.S. FDA requirements for food contact under the applicable regulations in 21 CFR. For further information, contact SUEZ technical services. Memtrex MP filters meet the test criteria for USP class VI-121°C Plastics.
• Aqueous extracts from Memtrex MP filters contain less that 0.25 EU/ml. The filters typically exhibit low levels of non-volatile residues.
• SUEZ 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 SUEZ distributor for more information.

MEMTREX* MP

Memtrex* MP
Pleated filters with polyethersulfone membrane

DESCRIPTION IN USE

Memtrex MP (MMP) filters constructed with hydrophilic polyethersulfone membranes and all polypropylene components, exhibit both enhanced throughput, and reliable particle retention for superior performance in most applications.

MMP filters are compatible with a broad range of chemicals and pH extremes. The low protein binding characteristics of the polyethersulfone membranes ensure that

MMP filters are suitable in a variety of beverage, chemical, and pharmaceutical applications.Constructed using thermal welding techniques, the MMP filters do not contain any adhesives or additives, and individual integrity testing assures that MMP filters meet the exacting performance requirements of our customers.

The MMP filter is just one example of our dedicated commitment to fluid filtration. Our extensive portfolio includes filters for every stage of processing, and we can offer custom solutions for your unique applications. SUEZ is your complete source for filters, housings, and other filtration equipment.

REGULATIONS

SUEZ certifies that the materials of construction meet the US FDA requirements for food contact under the applicable regulations in 21CFR177. The materials of construction also meet the test criteria for USP Class VI-121C plastics. Aqueous extracts from MMP filters typically contain less than 0.25EU/mL ofendotoxin. The filters typically exhibit low levels of non-volatile residues.

Typical Applications

Applications :

• Chemical Process Industry
• Food & Beverage
• Medical & Pharmaceutical Applications
• HMicroelectronics

Quality assurance & traceability

Memtrex MP filters are manufactured under a quality management system that has been certified to meet ISO 9001 standards. Each filter is assigned a lot code to ensure traceability of the data and materials used in the manufacturing process.

integrity testing

For assured quality and performance, the subassemblies used to construct the Memtrex MP filters are individually integrity tested.

filtration efficiency and microbial retention

Memtrex MP filters are absolute rated. Representative filters meeting integrity test specifications have demonstrated ≥ 99.9% initial particle retention efficiency at the rated pore size based on ASTM F661 test methodology. Memtrex MP filters have good microbial retention for reliable bioburden control. Representative filters meeting integrity test specifications have demonstrated the following microbial retention characteristics based on ASTM F838-83 test methodology using a nominal challenge of 107cfu/cm2 of membrane area.

fsanitization

Memtrex MP filters may be autoclaved or in situ steam sterilized. Filters which are steam sterilized must have Z or Q adaptors.

XPLEAT* GF filters

XPleat* GF filters
Glass microfiber nominal & absolute

Typical Applications

Applications :

• For general water services
• For fine process fluid filtration
• For processes that require excellent flow rates

General properties

XPleat GF filters are available in nominal and absolute micron ratings. The nominal micron ratings are: 0.2, 0.45, 1.0, 3.0 and 10.0 µm. The absolute micron ratings are 1.0, 2.0, 4.0, 8.0 and 15.0 µm.

Additional Information

SUEZ Water Technologies & Solutions 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 SUEZ distributor for more information.

AG FR SERIES

AG FR SERIES
Standard brackish water RO elements

AG FR Brackish water elements are selected when durability and cleaning effectiveness are important.The AG FR membrane element is specifically designed with a larger feed spacer to enhance feed flow channels, maximizing the element energy & clearing efficiencies at the same time.

Element Spesification

AG HR SERIES

AG HR Series
High Rejection brackish water RO elements

AAG HR brackish water elements are selected when high rejection and operating pressure as low as 200 psi (1,379 kPa) are desired. These elements are recommended for brackish water with salt concentration (TDS) levels between 1,000 and 10,000mg/l or very high salt rejction of monovalent ions is required.

Element Spesification

AG LF SERIES

AG LF Series
Low Fouling brackish water RO elements

AG LF Brackish water elements are selected when high rejection and operating pressures as low as 200 psi (1,379 kPa) are desired. These elements are recommended for brackish water with salt concentration (TDS) levels between 1,000 and 10.000mg/l or when very high salt rejection of monovalent ions is required.

Element Spesification

AG SERIES

AG Series
Standard brackish water RO elements

AG Standard brackish water elements are selected when rejection and operating pressures as low as 200psi (1,379 Kpa) are desired. These elements allow moderate energy savings and are considered a standard in the industry.

Element Spesification

AG HR LF SERIES

AG HR LF Series
High rejection low fouling brackish water RO element

AG HR LF Brackish Water Elements are selected for the treatment of impaired water when high rejection is desired. The AG HR LF membrane features a more neutral charge and therefore reduces interactions with potential foulants present in surface water or tertiary effluent.

Element Spesification

AK SERIES

AK Series
Low energy brackish water RO elements

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 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 (689kPa).

Element Spesification

AK HR SERIES

AK HR Series
High rejection low energy brackish water RO elements

AK HR low pressure brackish elements are selected when high rejection and low operating pressures are desired. These elements low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at operating pressures as low as 100psig (689Kpa).These elements are recommended for low brackish water with salt concentration (TDS) levels up to 5,000mg/l. In turn, AK HR elements produce a permeate quality close to a standard brackish membrane element at much lower pressure.

Element Spesification

AK LE SERIES

AK LE Series
High rejection low energy brackish water RO elements

AK LE brackish water elements are selected when high ejection, high flow, and ultra-low operating pressures are desired. The AK LE element is a low energy high flow element for beverage. Light commercial, residential, and general industrial applications. AK LE series elements feature a Fiberglass outer wrap.

Element Spesification

AE SERIES

AK LE Series
High rejection low energy seawater RO elements

The AE series of proprietary thin film reverse osmosis membrane elements are characterized by an excellent sodium chloride rejection. AE series is selected when high quality permeate is demanded from seawater that is relatively high in TDS.AE series new membrane chemistry provides excellent rejection characteristics when operated at seawater operating conditions (pressures exceeding 800psi (5,515kPa).

Element Spesification

Duratherm* HWS Series

Duratherm* HWS Series
Hot water sanitization pure water elements

The Duratherm* HWS Series includes RO, NF, and UF membrane elements. This series is spesifically designed to maximize the benefits of hot water sanitization for industries relying on chemical free sanitization for product quality and/or industry compliance standard.

Separation system sanitization protocol is performed via periodic exposure to temperature as high as 195oF (90oC) at minimum feed pressure to kill microorganisms by denaturation and coagulation of peroteins chains.

The Duratherm HWS RO and HWS NF are suitable for separation systems purifying water at temperature up to 122OF (50oC) in low crossflow environment and no suspended solids.

This series includes a variety of size 8”, 4” and 2.5” diameters. All element construction include Durasan* Cage Outer wrap, Polysulfone ATD and central tube.

Feature and Benefits :

• Prevent bio-fouling development
• No disposal costs
• 100% wet testing Quality Assurance
• Durable construction
• Sanitization on the permeate side

Markets :

• Food/Beverage
• BioPharm
• Electronics
• Chemical

Element Spesification