HIGHLY PRODUCTIVE

Never resting, always testing. Our products have set and will continue to push the boundaries of what science can do for companies, people and the amazing world around us.

FIND PRODUCTS


MARKET
TYPE/CHEMISTRY
TECHNOLOGY
BRAND

AQUALAST™ 1812

FILMTEC™ AQUALAST™ 1812 elements for home drinking water treatment units produce 75 GPD (11.9 L/h) of permeate with 99% stabilized salt rejection at standard test conditions. They are shipped dry for convenient handling and long shelf-life. ’s next generation elements are a fully compatible replacement for existing FILMTEC residential RO elements. AQUALAST™ 1812 elements have been tested and certified by NSF International against NSF/ANSI Standard 58 for material requirements only for safe use in drinking water applications.

EDI-310

DOW™ EDI-310 Modules are made using a patented spiral wound design containing membrane and ion exchange resins sealed in a high-strength fiberglass reinforced plastic (FRP) pressure vessel. DOW EDI-310 Modules optimize performance, maintain continuous product quality and can produce up to 18 megohm-cm product water for high purity and ultrapure industrial water applications.

Specialty Membranes XUS180808 Ultra-High Pressure RO Element

"The DOW™ Specialty Membranes XUS180808 Reverse Osmosis Element is an ultra-high pressure element for industrial water purification offering an industry wide distinct combination of features. The element can operate up to 120 bar (1,740 psi) due to a distinct element and membrane design which allows increasing the overall efficiency of Minimal Liquid Discharge (MLD) and Zero Liquid Discharge (ZLD) systems. The ultrahigh feed pressure results in very high solute concentrations thus helping to reduce the size of nstream conventional treatment processes or reuse water and concentrated brine directly. The FILMTEC™ seawater reverse osmosis (RO) membrane sheet guarantees excellent rejection and durability at ultra-high pressure and extreme salt concentrations. The products are ideal for the recovery of salts in process streams and concentration of waste streams in various industries."

Specialty Membranes XUS290508 and XUS290504 High Temperature NF Element

The DOW™ Specialty Membranes XUS290508 and XUS290504 High Temperature Nanofiltration Elements offer a distinct combination of features. It allows up to 70°C continuous operating temperature capability thus reducing the size of cooling and heating systems. The 34 mil feed spacer allows for maximum active membrane surface area while lessening the impact of fouling, reducing the pressure drop across the pressure vessel and enhancing cleaning effectiveness. The element is ideally suited for applications like waste brine recycling from sugar decolorization, concentration of thin juice sugars or components in chemical processing, and sulfate removal in chloralkali process streams.

Ultrafiltration SFD-2660

DOW™ Ultrafiltration SFD-2660 Modules are an ideal choice for systems with capacities of 50 m3/hr (220 gpm) or less. The shorter, 60-inch length module offers higher efficiencies over a wider range of feed water conditions compared to longer modules and also makes it an ideal choice for containerized system designs. The smaller, 6-inch diameter module allows a more compact design for space-constrained installations. DOW Ultrafiltration SFD-2660 Modules are made from high-strength, PVDF hollow fiber membranes. DOW Ultrafiltration SFD-2660 Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 for safe use in drinking water applications.

Ultrafiltration SFD-2860

DOW™ Ultrafiltration SFD-2860 Modules are an ideal choice for systems with capacities greater than 50 m3/hr (220 gpm). The large, 8-inch diameter module offers high effective membrane area, contributing to a more economical membrane system design. The shorter, 60-inch length module offers higher efficiencies over a wider range of feed water conditions compared to longer modules and also makes it an ideal choice for containerized system designs. DOW Ultrafiltration SFD-2860 Modules are made from high-strength, PVDF hollow fiber membranes. DOW Ultrafiltration SFD-2860 Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 for safe use in drinking water applications.

Ultrafiltration SFD-2880

DOW™ Ultrafiltration SFD-2880 Modules are an ideal choice for systems with capacities greater than 50 m3/hr (220 gpm). With an 8-inch diameter and 80-inch length, together with an increase in packing density of 10,000 fibers, this module offers 77 m2 of active area. The DOW Ultrafiltration SFD-2880 Module contributes to a more economical membrane system design. DOW Ultrafiltration SFD-2880 Modules are made from high-strength, PVDF hollow fiber membranes. DOW Ultrafiltration SFD-2880 Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications.

Ultrafiltration SFP-2660

DOW™ Ultrafiltration SFP-2660 Modules are an ideal choice for systems with capacities of 50 m3/hr (220 gpm) or less. The shorter, 60-inch length module offers higher efficiencies over a wider range of feed water conditions compared to longer modules and also makes it an ideal choice for containerized system designs. The smaller, 6-inch diameter module allows a more compact design for space-constrained installations. DOW Ultrafiltration SFP-2660 Modules are made from high-strength, PVDF hollow fiber membranes.

Ultrafiltration SFP-2860

DOW™ Ultrafiltration SFP-2860 Modules are an ideal choice for systems with capacities greater than 50 m3/hr (220 gpm). The large, 8-inch diameter module offers high effective membrane area, contributing to a more economical membrane system design. The shorter, 60-inch length module offers higher efficiencies over a wider range of feed water conditions compared to longer modules and also makes it an ideal choice for containerized system designs. DOW Ultrafiltration SFP-2860 Modules are made from high-strength, PVDF hollow fiber membranes.

Ultrafiltration SFP-2880

DOW™ Ultrafiltration SFP-2880 Modules are an ideal choice for systems with capacities greater than 50 m3/hr (220 gpm). With an 8-inch diameter and 80-inch length, together with an increase in packing density of 10,000 fibers, this module offers 77 m2 of active area. The DOW Ultrafiltration SFP-2880 contributes to a more economical membrane system design. DOW Ultrafiltration SFP-2880 Modules are made from high-strength, PVDF hollow fiber membranes.

ADSORBSIA™ As600

It is designed as a non-regenerative (single-use) adsorbent for the treatment of drinking ... The inherently high adsorptive capacity of this titanium oxide based technology has been ... Uses:

AMBERCHROM™ CG300M

AMBERCHROM™ CG300M Chromatography Resin is a macroporous, adsorbent resin designed for use in capture and purification steps of downstream processing of synthetic oligonucleotides and polypeptides, such as insulin.

AMBERCHROM™ CG71M

AMBERCHROM™ Chromatography Resins are macroporous, polymeric resins useful for adsorption and reversed-phase liquid chromatography. ... They are designed for laboratory- and process-scale purificat...

AMBERCHROM™ XT30

AMBERCHROM™ XT30 Chromatography Resin is a macroporous, adsorbent resin. It is a highly efficient, 30-micron, pH-stable resin for use in reversed phase chromatography. In particular, it is used in the purification of pharmaceuticals and biopharmaceuticals, such as small proteins, peptides and oligonucleotides.

AMBERJET™ UP1400

AMBERJET™ UP1400 Ion Exchange Resin is a uniform particle size, gel, strong acid cation exchange resin developed specifically for use in producing ultrapure water for the semiconductor industry. It can be used in individual vessels or in mixed bed units with AMBERJET™ UP4000 Anion Resin.

AMBERJET™ UP4000

AMBERJET™ UP4000 Ion Exchange Resin is a uniform particle size, gel, strong base anion exchange resin developed specifically for use in producing ultrapure water for the semiconductor industry. It can be used in individual vessels or in mixed bed units with AMBERJET™ UP1400 Cation Resin.

AMBERJET™ UP6040

AMBERJET™ UP6040 Ion Exchange Resin is a mixture of semiconductor-grade, extremely high purity, uniform particle size, gel, strong acid cation and strong base anion exchange resins. AMBERJET UP6040 mixed bed resin is intended for use as a final polishing step in the production or ultrapure water.

AMBERJET™ UP6150

AMBERJET™ UP6150 Ion Exchange Resin is a mixture of uniform particle size, gel, strong acid cation and strong base anion exchange resins. AMBERJET UP6150 mixed bed resin is a fully regenerated. It intended for use in high purity water systems after reverse osmosis. This mixed bed product is particularly suitable for use in the polishing of high purity water for specialty electronics applications such as the manufacturing of disk drives, display devices, CD-ROMs, discrete semiconductor devices, lower density IC chips, or in the back-end chip dicing and mounting operations.

AMBERLITE™ 14i

AMBERLITE™ 14i Inert Resin is a floating, non-functionalized, transparent, cylindrical-shaped resin specifically designed for use as an upper layer in down-flow regenerated ion exchange systems, such as floating beds. This inert resin has a specific gravity lower than water, which ensures it will stay above the ion exchange resin bed. The inert forms a protective layer to prevent plugging of the distribution nozzles during the compaction/bed-lift step in case fines are present in the resin bed. Use of AMBERLITE 14i is optional in AMBERPACK™ Ion Exchange Systems with AMBERLITE HPR packed bed resins installed.

AMBERLITE™ 600i

"AMBERLITE™ 600i Inert Resin is a non-functionalized, spherical resin used in mixed beds. Its density and particle size are tightly controlled to have a terminal settling velocity that is intermediate to those of the cation exchange resin and anion exchange resin, creating an inert zone between the functional resins wherein the regenerant is collected. This inert zone reduces the risk of cross-regeneration, improving water quality and rinse time whether it is used in internally- or externally-regenerated mixed bed systems. AMBERLITE 600i is used in condensate polishing systems for the electrical power generation industry and in other high-purity mixed bed systems."

AMBERLITE™ 62i

AMBERLITE™ 62i Inert Resin is a floating, non-functionalized, transparent, amorphous-shaped resin with properties specifically designed for use as an upper layer in up-flow regenerated ion exchange systems, such as UPCORE™ Packed Bed Systems. This inert resin has a specific gravity lower than water, which ensures it will stay above the ion exchange resin bed. Its self-distributing properties allow it to evenly cover the available cross-sectional area, forming a protective layer that allows dirt and resin fragments to pass through while retaining the resin bed during the compaction/bed-lift step prior to regeneration.

AMBERLITE™ FPA40 Cl

AMBERLITE™ FPA40 Cl Ion Exchange Resin is a gel, strong base (Type I) anion exchange resin, supplied in the Cl-form. While the resin has a gel matrix, it also exhibits some of the physical stability characteristics of macroporous resins. These properties make it ideally suited to the reversible uptake of organic color bodies commonly found in sucrose syrups. AMBERLITE FPA40 Cl resin can be used to decolorize sugar solutions < 200 ICUMSA and it can also be used in bioprocessing applications including the capture and recovery of clavulanic acid and decolorization of antibiotics.

AMBERLITE™ FPA42 Cl

AMBERLITE™ FPA42 Cl Ion Exchange Resin is a uniform particle size, gel, strong base (Type I) anion exchange resin, supplied in the Cl-form. It is used for general demineralization and deashing where the risk of fouling from colored bodies and organics is relatiely low. The uniformity and mean particle size of AMBERLITE FPA42 Cl have been optimized for use in equipment including mixed beds.

AMBERLITE™ FPA51

AMBERLITE™ FPA51 Ion Exchange Resin is a macroporous, weak base anion resin. It is designed for the deacidification and purification of liquid foods and beverages. It is specifically useful in the deacidification of fruit juices and the production of neutral beverage bases from both fruit and malted sources.

AMBERLITE™ FPA53

AMBERLITE™ FPA53 Ion Exchange Resin is a gel, weak base anion resin. It is used in the deacidification of food streams including organic acids and dairy products. AMBERLITE FPA53 resin contains tertiary amine functionality on an acrylic matrix with an absence of strongly basic exchange sites, making it unique in the food processing industry. AMBERLITE FPA53 can also be used to remove color bodies from antibiotic solutions. Because of its flexible acrylic polymeric matrix, it provides superior physical stability, less fouling and less breakdown yielding in longer life time within this type of application.

AMBERLITE™ FPA54

AMBERLITE™ FPA54 Ion Exchange Resin is a macroporous, weak base anion resin. This unique, highly porous resin is based on a crosslinked phenol-formaldehyde matrix. The low swelling characteristics of AMBERLITE FPA54 resin give it excellent osmotic and physical stability resulting in less product loss and longer product life than conventional styrenic resins. The combination of the unique porous matrix and the hydrophilic phenolic structure of AMBERLITE FPA54 permit the reversible adsorption of high molecular weight organic color bodies frequently found in solutions of natural products and fermentation products. AMBERLITE FPA54 resin exhibits a high selectivity for sulfates and phosphates, making it ideal for the treatment of both citric and lactic acids derived from fermentation where it has a long history of use, particularly due to its excellent osmotic stability. It can be more effective than conventional polystyrene resins in this and other food product applications.

AMBERLITE™ FPA55

AMBERLITE™ FPA55 Ion Exchange Resin is a gel, weak base anion resin. This low-rinse, acrylic resin is designed for the deacidification of beverages and liquid foods, including starch-based specialty sweeteners.

AMBERLITE™ FPA58 Cl

AMBERLITE™ FPA58 Cl Ion Exchange Resin is a gel, strong base anion exchange resin. It is specially designed for use in food processing applications. It is an excellent resin of choice for ionic species removal and process stream purification. Because of its acrylic polymeric matrix, it provides superior physical stability and organic fouling resistance compared to conventional polystyrene-based resins. Less breakdown and less fouling yields longer life time within this type of application.

AMBERLITE™ FPA90 Cl

AMBERLITE™ FPA90 Cl Ion Exchange Resin is a macroporous, strong base anion exchange resin, supplied in the Cl-form. It is designed for the decolorization of liquid sugar syrups and has been successfully used by sugar refiners and soft drinks bottlers around the world to decolorize sucrose solutions. AMBERLITE FPA90 Cl resin can also be used to decolorize pharmaceutical products or as a guard bed to protect valuable chromatography media.

AMBERLITE™ FPA900UPS Cl

AMBERLITE™ FPA900UPS Cl Ion Exchange Resin is a uniform particle size, macroporous, strong base (Type I) anion exchange resin. It has exceptional physical stability, excellent resistance to osmotic shock, and very good organic fouling resistance. It is ideally suited for cane sugar decolorization.

AMBERLITE™ FPA90RF Cl

AMBERLITE™ FPA90RF Cl Ion Exchange Resin is a macroporous, strong base anion exchange resin, supplied in the Cl-form. It is designed for the decolorization of liquid sugar syrups and has been successfully used by sugar refiners and soft drinks bottlers around the world to decolorize sucrose solutions. AMBERLITE FPA90RF Cl can also be used to decolorize pharmaceutical products or as a guard bed to protect valuable chromatography media. The particle size distribution of AMBERLITE FPA90RF Cl resin has been specially selected to give optimum performance in floating and packed bed applications.

AMBERLITE™ FPA98 Cl

AMBERLITE™ FPA98 Cl Ion Exchange Resin is a macroporous, strong base anion exchange resin, supplied in the Cl-form. It is specially designed for the decolorization of highly colored (greater than 500 ICUMSA) liquid sugar syrups. The acrylic composition of the matrix provides excellent desorption of the organic color bodies during regeneration, reducing the fouling associated with other types of resin such as those based on crosslinked polystyrene. AMBERLITE FPA98 Cl Resin also exhibits excellent resistance to physical breakdown by attrition and osmotic shock. AMBERLITE FPA98 Cl resin can be used alone as a gross decolorization resin for highly-colored sugar solutions or in combination with AMBERLITE™ FPA90 Cl Ion Exchange Resin where the latter is used as a polisher for very low color final products. This use of ion exchange based decolorization technology has proven more effective and economical than carbon or bone char based technologies for sugar solutions. AMBERLITE FPA98 Cl resin is also used for the capture and purification of pharmaceutical products such as Heparin and as guard beds for valuable chromatography media.

AMBERLITE™ FPC11 Na

AMBERLITE™ FPC11 Na Ion Exchange Resin is a gel, strong acid cation exchange resin, supplied in the Na-form. It is designed specifically for the recovery of lysine and other amino acids from fermentation broths.

AMBERLITE™ FPC14 Na

AMBERLITE™ FPC14 Na is a gel, strong acid cation exchange resin, supplied in the Na-form. It has been specially developed for food applications following a special solvent-free manufacturing process. Its principle application is the decalcification of saccharose thin juice in the production of sugar from beets and it can also be used in the recovery of amino acids.

AMBERLITE™ FPX62

AMBERLITE™ FPX62 Polymeric Adsorbent is a macroreticular adsorbent resin with some cation functionality. It can be used for a wide variety of food processing applications to both recover high value materials, including proteins, and to purify and decolorize food and food additive streams. In addition, AMBERLITE FPX62 resin is an excellent choice for separation and purification of small molecular weight compounds such as antibiotics, vitamins, steroids, amino acids, enzymes and peptides. AMBERLITE FPX62 resin has excellent physical resistance and thermal stability making it ideal for use in column or batch systems over a large number of process cycles.

AMBERLITE™ FPX66

AMBERLITE™ FPX66 Polymeric Adsorbent is a macroreticular, non-functionalized, adsorbent resin. It is used for a wide variety of food processing applications to both recover high value materials and to purify and decolorize food and food additive streams. It is particularly well-suited for the removal of bittering components from citrus juices. AMBERLITE FPX66 resin has excellent physical resistance and thermal stability making it ideal for use in column-based systems over a large number of process cycles. AMBERLITE FPX66 is also used for the capture, recovery, and purification of bioactive molecules in the pharmaceutical industry.

AMBERLITE™ FPX68

"AMBERLITE™ FPX68 Polymeric Adsorbent is a macroreticular adsorbent resin. It can be used for a wide variety of food processing applications to both recover high value materials, including proteins, and to purify and decolorize food and food additive streams. In addition, AMBERLITE FPX68 resin is an excellent choice for separation and purification of small molecular weight compounds such as antibiotics, vitamins, steroids, amino acids, enzymes and peptides. AMBERLITE FPX68 resin has excellent physical and thermal stability making it ideal for use in column or batch systems over a large number of process cycles."

AMBERLITE™ HPR1100 Na

"AMBERLITE™ HPR1100 Na Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Industrial Softening Applications. It is a high-quality resin for use in industrial softening applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and rinse water usage."

AMBERLITE™ HPR1200 H

"AMBERLITE™ HPR1200 H Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Industrial Demineralization Applications. It is the go-to, high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and rinse water usage. AMBERLITE HPR1200 H is compatible with all system technologies; it has the flexibility to be used in both the lead cation bed and in mixed bed polishers, allowing users to inventory only one strong acid cation resin for their demineralization needs. In mixed bed applications, the dark color of this cation resin is designed to allow easy visual distinction from the light-colored anion resin following backwash separation. "

AMBERLITE™ HPR1200 Na

"AMBERLITE™ HPR1200 Na Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Industrial Softening Applications It is a high-quality resin for use in industrial softening applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and rinse water usage. AMBERLITE HPR1200 Na is compatible with all system technologies. It is available for demineralization applications when the sodium-form is preferred by the user. For more details on the use of this product for demineralization, refer to the product data sheet for AMBERLITE™ HPR1200 H Ion Exchange Resin."

AMBERLITE™ HPR1300 H

"AMBERLITE™ HPR1300 H Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Condensate Polishing in the Power Industry and Industrial Demineralization Applications. It is a high-quality resin for use in condensate polishing beds at fossil-fired electric generating stations and in industrial demineralization applications when a balance of operating performance, simple operation, long resin life, and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, reducing chemical regenerant and rinse water usage while maintaining a superior physical stability. AMBERLITE HPR1300 H provides great mechanical strength and oxidative stability. It is ideally suited to the high flowrate demands of condensate polishing applications. The enhanced stability of this resin makes it suitable for the more challenging industrial applications or when more stringent water quality is required. In working and polishing mixed beds, it is a good choice when very low sodium leakage and conductivity is a chief concern. In condensate polishing the bead size uniformity and dark color is tailored to complement the smaller, less dense, anionic, gel AMBERLITE™ HPR4700 OH Ion Exchange Resin. The color distinction between this pair of resins allows easy visual confirmation of separation following backwash in mixed bed operation. In systems where exceptional resistance to surface fouling is required, AMBERLITE™ HPR900 OH Ion Exchange Resin is the recommended pairing. In industrial water applications AMBERLITE HPR1300 H is compatible with all system technologies and bed configurations and is designed to work with a variety of anion resins in mixed beds. AMBERLITE™ HPR8300 H Ion Exchange Resin is the weak acid cation resin best paired with AMBERLITE HPR1300 H for optimal performance in new and retrofitted layered beds."

AMBERLITE™ HPR1300 Na

"AMBERLITE™ HPR1300 Na Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Industrial Softening Applications. It is a high-quality resin for use in industrial softening when managing a more thermally or oxidatively challenging water stream. It offers a balance of operating performance, simple operation, long resin life, and cost-effective operation. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, reducing chemical regenerant and rinse water usage while maintaining a superior physical stability. AMBERLITE HPR1300 Na is compatible with all system technologies and bed configurations. For more details on the use of this product for demineralization, refer to the product data sheet for AMBERLITE™ HPR1300 H Ion Exchange Resin."

AMBERLITE™ HPR1400 H

AMBERLITE™ Ion Exchange Resins are available in a very wide range of chemical compositions and polymer structures and have been used for decades in a high-value applications including water treatme...

AMBERLITEHPR1600H

AMBERLITE™ Ion Exchange Resins are available in a very wide range of chemical compositions and polymer structures and have been used for decades in a high-value applications including water treatme...

AMBERLITE™ HPR2000 H

"AMBERLITE™ HPR2000 H Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Acid Cation Exchange Resin for Condensate Polishing and Mixed Bed Demineralization Applications for the Power Industry. It is intended for use in mixed bed polishing applications when highest resin purity and water quality are required. The very high level of DVB crosslinker, combined with a macroporous structure, offers exceptional physical and oxidative stability and sodium selectivity. The exceptional physical and oxidative stability maximizes useful life of the cation resin. These properties also minimize the release of organic sulfonate leachables (TOC), helping to preserve the kinetic response of the anion exchange resin in the mixed bed, enabling lower levels of sulfate in the steam generator or boiler, which is especially critical in PWR plants where organic amines are used. The chemical stability also makes it especially suitable for high-temperature operation. The high sodium selectivity allows longest runtimes in amine cycle operation. AMBERLITE HPR2000 H can operate reliably under the high flowrate and pressure drop conditions that are typically used in condensate polishers. The particle size and uniformity and color distinction of AMBERLITE HPR2000 H allow for excellent backwash separation when used in mixed beds with AMBERLITE™ HPR9000 OH Ion Exchange Resin, which offers excellent resistance to surface fouling. Together, these resins are known throughout the industry as a premium macroporous mixed bed resin pairing."

AMBERLITE™ HPR252 H

"AMBERLITE™ HPR252 H Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Acid Cation Exchange Resin for Condensate Polishing for the Power Industry and Industrial Demineralization Applications. It is specifically designed for use in condensate polishing beds at fossil-fired electric generating stations and industrial demineralization applications when a balance of operating performance, simple operation, long resin life, and cost-effective operation is required. The high level of DVB crosslinker, combined with a macroporous structure, offers exceptional physical and oxidative stability, making it especially suitable for high-temperature operation. AMBERLITE HPR252 H can operate reliably under the high flowrate and pressure drop conditions that are typically used in condensate polishers. This resin is designed to be used in combination with AMBERLITE™ HPR900 OH Ion Exchange Resin and AMBERLITE™ 600i Inert Resin in TRIOBED™ Condensate Polishers, providing an optimized balance of stability, operating capacity, low pressure drop, and regeneration efficiency. The balance of bead size distribution and bead density allows excellent separability, making it an optimal choice for layered beds in industrial demineralization."

AMBERLITE™ HPR2800 H

"AMBERLITE™ HPR2800 H Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Acid Cation Exchange Resin for Condensate Polishing for the Power Industry and Industrial Demineralization Applications. It is a high-quality resin for use in condensate polishing beds at fossil-fired electric generating stations, process condensate, and industrial demineralization applications when a combination of exceptional physical stability, simple and reliable operation, and long resin life is required. AMBERLITE HPR2800 H is compatible with all system technologies and bed configurations. In mixed bed applications, the dark color of this cation resin is designed to allow easy visual distinction from the light-colored anion resin following backwash separation. For maximum resistance to surface fouling, this macroporous cation resin should be paired with a macroporous anion resin such as AMBERLITE™ HPR900 OH Ion Exchange Resin or AMBERLITE™ HPR9000 OH Ion Exchange Resin. AMBERLITE™ HPR8300 H Ion Exchange Resin is the weak acid cation resin best paired with AMBERLITE HPR2800 H for optimal performance in new and retrofitted layered beds. AMBERLITE HPR2800 H is compliant with the China National Standard specifications for fossil power condensate polishing applications, including the China Strong Osmotic Ball Mill test."

AMBERLITE™ HPR2900 H

"AMBERLITE™ HPR2900 H Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Acid Cation Exchange Resin for Industrial Demineralization Applications. It is a robust, high-quality resin for use in industrial demineralization applications when a combination of exceptional physical stability, simple and reliable operation, and long resin life is required. Its high degree of crosslinking provides exceptional stability, which gives it great resistance to chemical oxidation and to mechanical, thermal, or osmotic stress. The properties of this macroporous resin have been designed for optimal kinetics. AMBERLITE™ HPR2900 Na Ion Exchange Resin is available for industrial softening or demineralization applications when the sodium-form is preferred by the user."

AMBERLITE™ HPR2900 Na

"AMBERLITE™ HPR2900 Na Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Acid Cation Exchange Resin for Industrial Softening Applications. It is a robust, high-quality resin for use in industrial softening applications when a combination of exceptional physical stability, simple and reliable operation, and long resin life is required. Its high degree of crosslinking provides exceptional stability, which gives it great resistance to chemical oxidation and to mechanical, thermal, or osmotic stress. The properties of this macroporous resin have been designed for optimal kinetics. AMBERLITE HPR2900 Na is recommended for hot process softeners, sodium-cycle or amine-cycle condensate treatment, and other systems involving appreciable oxidative potential or high temperatures. AMBERLITE HPR2900 Na is available for demineralization applications when the sodium-form is preferred by the user."

AMBERLITE™ HPR4100 Cl

"AMBERLITE™ HPR4100 Cl Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion (Type II) Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when a balance of operating performance and simple, cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, reducing chemical regenerant and rinse water usage while maintaining a superior physical stability. Compared to a Type I strong base anion resin, a Type II resin will yield greater operating capacity due to more complete regeneration. It is best-suited to treat water in which silica and carbon dioxide do not exceed 30% of the total anions and the service and caustic regeneration temperature does not consistently exceed 35°C (95°F). For systems that require low silica in the effluent or that operate in higher temperatures, a Type I strong base anion resin is recommended, such as: − AMBERLITE™ HPR4200 Cl or OH Ion Exchange Resin − AMBERLITE™ HPR4800 Cl or OH Ion Exchange Resin"

AMBERLITE™ HPR4200 Cl

"AMBERLITE™ HPR4200 Cl Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been balanced to combine excellent operating capacity with low pressure drop, while reducing chemical regenerant and rinse water usage. AMBERLITE HPR4200 Cl is compatible with all system technologies; it has the flexibility to be used in lead single or layered anion bed and in mixed bed polishers, allowing users to inventory only one strong base anion resin for their demineralization needs. In mixed bed applications, the light color of this anion resin is designed to allow easy visual distinction from the dark-colored cation resin following backwash separation. AMBERLITE HPR4200 Cl is designed for use in single bed or layered bed systems when paired with AMBERLITE™ HPR9600 or AMBERLITE™ HPR9500 Ion Exchange Resins. In mixed bed applications AMBERLITE™ HPR4200 OH Ion Exchange Resin is recommended, but AMBERLITE HPR4200 Cl may be used if chloride-form is preferred by the user."

AMBERLITE™ HPR4200 OH

"AMBERLITE™ HPR4200 OH Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance, high purity water, and cost-effective operation is required. The chemical properties and particle size of the resin have been balanced to combine excellent operating capacity with low pressure drop, while reducing chemical regenerant and rinse water usage. AMBERLITE HPR4200 OH is compatible with all system technologies; it has the flexibility to be used in lead single or layered anion bed and in mixed bed polishers, allowing users to inventory only one strong base anion resin for their demineralization needs. In mixed bed applications, the light color of this anion resin is designed to allow easy visual distinction from the dark-colored cation resin following backwash separation. AMBERLITE HPR4200 OH offers a quick start-up in a single bed or a mixed bed or when paired with weak base anion AMBERLITE™ HPR9500 Ion Exchange Resin in layered bed systems. It can also be paired with weak base anion AMBERLITE™ HPR9600 Ion Exchange Resin."

AMBERLITE™ HPR4580 Cl

"AMBERLITE™ HPR4580 Cl Ion Exchange Resin is a Acrylic, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been balanced to combine a high operating capacity with low pressure drop, while reducing chemical regenerant and water usage. Acrylic anion resins have a hydrophilic structure providing unique chemical and physical properties allowing for easy release of the accumulated natural organic compounds during the regeneration step. The properties of the acrylic structure also enables it to withstand high osmotic or mechanical stress. The resin has been optimized to yield excellent operating capacity and efficient regeneration. Acrylic resins can be used effectively when temperatures do not consistently exceed 35°C (95°F). Compared to a Type I styrenic strong base anion resin, AMBERLITE HPR4580 Cl will yield greater operating capacity due to more complete regeneration and exhibits higher organic fouling resistance. AMBERLITE HPR4580 Cl is designed for use in single bed or layered bed systems. When used in a layered bed, it should be paired with AMBERLITE™ HPR9600 Ion Exchange Resin or AMBERLITE™ HPR9500 Ion Exchange Resin."

AMBERLITE™ HPR4700 Cl

"AMBERLITE™ HPR4700 Cl Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Condensate Polishing for the Power Industry and Industrial Demineralization Applications. It is specifically designed for use in industrial demineralization applications and can be used as an alternative to OH-form resin for condensate polishing beds at fossil-fired electric generating stations when a balance of operating performance, simple operation, long resin life, and cost-effective operation is required. This resin provides good bead integrity and rapid exchange kinetics due to its small average particle size, making it ideally suited to the high flowrate demands commonly encountered in power plant condensate polishing systems. The bead size uniformity and a distinguishable light color is tailored to complement the larger, denser, cationic, gel AMBERLITE™ HPR1300 H Ion Exchange Resin, offering exceptional separation in mixed beds. The color distinction between this pair of resins allows easy visual confirmation of separation following backwash. For post-RO mixed bed polishing with a strict silica specification and/or the need to maximize silica removal capacity, AMBERLITE HRP4700 Cl is an alternative to the OH-form. AMBERLITE HPR4700 Cl can also be used in single-bed demineralization applications when organic loading is not a limiting factor."

AMBERLITE™ HPR4700 OH

"AMBERLITE™ HPR4700 OH Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Condensate Polishing for the Power Industry and Industrial Demineralization Applications. It is specifically designed for use in condensate polishing beds at fossil-fired electric generating stations and industrial demineralization applications when a balance of operating performance, simple operation, long resin life, and cost-effective operation is required. A faster startup can be achieved with a strong base anion exchange resin delivered in the OH-form by providing higher water quality combined with lower TOC throw from startup, compared to the Cl-form. This resin provides good bead integrity and rapid exchange kinetics due to its small average particle size, making it ideally suited to the high flowrate demands commonly encountered in power plant condensate polishing systems. The bead size uniformity and a distinguishable light color is tailored to complement the larger, denser, cationic, gel AMBERLITE™ HPR1300 H Ion Exchange Resin, offering exceptional separation in mixed beds. The color distinction between this pair of resins allows easy visual confirmation of separation following backwash. For post-RO mixed bed polishing with a strict silica specification and/or the need to maximize silica removal capacity, AMBERLITE HRP4700 OH is an ideal choice. AMBERLITE HPR4700 OH can also be used in single-bed demineralization applications when organic loading is not a limiting factor."

AMBERLITE™ HPR4780 Cl

AMBERLITE™ Ion Exchange Resins are available in a very wide range of chemical compositions and polymer structures and have been used for decades in a high-value applications including water treatment in industrial and power generation plants.

AMBERLITE™ HPR4800 Cl

"AMBERLITE™ HPR4800 Cl Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and rinse water usage. AMBERLITE HPR4800 Cl is compatible with all system technologies; it has the flexibility to be used in the lead single anion bed and in mixed bed polishers. In mixed bed applications, the particle size is designed to enhance separability, and the light color of this anion resin allows easy visual distinction from the dark-colored cation resin following backwash separation."

AMBERLITE™ HPR4800 OH

"AMBERLITE™ HPR4800 OH Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance, high purity water, and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and rinse water usage. AMBERLITE HPR4800 OH is compatible with all system technologies; it has the flexibility to be used in the lead single anion bed and in mixed bed polishers. The OH-form offers a quick start-up in single beds. In mixed bed applications, the particle size is designed to enhance separability, and the light color of this anion resin allows easy visual distinction from the dark-colored cation resin following backwash separation."

AMBERLITE™ HPR4811 Cl

"AMBERLITE™ HPR4811 Cl Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and rinse water usage. AMBERLITE HPR4811 Cl provides high capacity with excellent kinetics and very good resistance to organic fouling. It also has excellent resistance to osmotic shock and good physical and chemical stability. Its unique resistance to organic fouling enables this resin to be used in Cl-form as an organic scavenger with great success in a single bed unit."

AMBERLITE™ HPR550 Cl

"AMBERLITE™ HPR550 Cl Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Condensate Polishing and Mixed Bed Demineralization Applications for the Power Industry. It is a premium-quality, high-capacity resin specifically designed for use in high purity industrial demineralization applications and condensate polishing beds at power stations when the chloride-form is preferred by the user. This resin provides exceptional bead integrity and rapid exchange kinetics due to its small average particle size, making it ideally suited to the high flowrate demands commonly encountered in power plant condensate polishing systems. The bead size uniformity and a distinguishable light color is tailored to complement the larger, denser, cationic, gel AMBERLITE™ HPR650 H Ion Exchange Resin. The color distinction between this pair of resins allows easy visual confirmation of separation following backwash. For post-RO mixed bed polishing with a strict silica specification and/or the need to maximize silica removal capacity, AMBERLITE HPR550 Cl is an alternative to the OH-form."

AMBERLITE™ HPR550 OH

"AMBERLITE™ HPR550 OH Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Condensate Polishing and Mixed Bed Demineralization Applications for the Power Industry It is a premium-quality, high-capacity resin designed specifically for use in nuclear condensate polishing mixed beds when highest resin purity and water quality are required. This resin provides exceptional bead integrity and rapid exchange kinetics due to its small average particle size, making it ideally suited to the high flowrate demands commonly encountered in power plant condensate polishing systems. The bead size uniformity and a distinguishable light color is tailored to complement the larger, denser, cationic, gel AMBERLITE™ HPR650 H Ion Exchange Resin. The color distinction between this pair of resins allows easy visual confirmation of separation following backwash. Together, these resins offer exceptional separation in mixed beds, which combined with excellent water quality and resin purity, has made them known throughout the industry as a premium mixed bed pairing."

AMBERLITE™ HPR650 H

"AMBERLITE™ HPR650 H Ion Exchange Resin is a Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Condensate Polishing and Mixed Bed Demineralization Applications for the Power Industry. It is a premium-quality, high-capacity resin with uniform particle size designed specifically for use in nuclear condensate polishing mixed beds when highest resin purity and water quality are required. This resin provides outstanding mechanical strength and very good oxidative stability. It is ideally suited to the high flowrate demands of condensate polishing applications. The bead size uniformity and dark color is tailored to complement the smaller, less dense, anionic, gel AMBERLITE™ HPR550 OH Ion Exchange Resin. The color distinction between this pair of resins allows easy visual confirmation of separation following backwash. Together, these resins offer exceptional separation in mixed beds, which combined with excellent water quality and resin purity, has made them known throughout the industry as a premium mixed bed pairing. In systems where exceptional resistance to surface fouling is required, macroporous AMBERLITE™ HPR9000 OH Ion Exchange Resin is the recommended pairing."

AMBERLITE™ HPR6700

"AMBERLITE™ HPR6700 Ion Exchange Resin is a Acrylic, Gel, Weak Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been balanced to combine a high operating capacity with low pressure drop, while reducing chemical regenerant and water usage. Weak base anion resins are well-suited for use with strong base anion resins to improve overall efficiency and throughput of a demineralization system. Acrylic weak base anion resins effectively remove mineral acids as well as carbon dioxide and organics, reducing the ionic load on the strong base anion resin and also protecting it from organic fouling. The weak base anion resin increases a system’s overall capacity to remove organics. AMBERLITE HPR6700 has exceptional physical stability and organic fouling resistance. The hydrophilic acrylic structure provides unique chemical and physical properties enabling the resin to be operated under continuous high load of natural organic compounds when temperatures do not consistently exceed 35°C (95°F)."

AMBERLITE™ HPR7000

"AMBERLITE™ HPR7000 Ion Exchange Resin is an Acrylic, Gel, Weak Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. This resin offers an improved rinse profile compared to other acrylic weak base anion resins. The chemical properties and particle size of the resin have been balanced to combine good operating capacity with low pressure drop, while reducing chemical regenerant and water usage. Weak base anion resins are well-suited for use with strong base anion resins to improve overall efficiency and throughput of a demineralization system. Acrylic weak base anion resins effectively remove mineral acids as well as carbon dioxide and organics, reducing the ionic load on the strong base anion resin and also protecting it from organic fouling. The weak base anion resin increases a system’s overall capacity to remove organics. AMBERLITE HPR7000 has exceptional physical stability and organic fouling resistance. The hydrophilic acrylic structure provides unique chemical and physical properties enabling the resin to be operated under continuous high load of natural organic compounds when temperatures do not consistently exceed 35°C (95°F)."

AMBERLITE™ HPR8300 H

"AMBERLITE™ HPR8300 H Ion Exchange Resin is an Acrylic, Macroporous, Weak Acid Cation Exchange Resin for Industrial Demineralization, Softening, and Dealkalization Applications. It is a high-quality resin for use in industrial demineralization and softening applications when high performance and cost-effective operation is required. The exceptionally high total capacity and the particle size of the resin help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and water usage. When AMBERLITE HPR8300 H is operated in the Na-form, it will remove total hardness even in high salinity waters. When operated in the H-form, it will remove only the hardness associated with alkalinity—a weak acid cation resin operated in the H-form is well-suited for use with strong acid cation resins to improve overall efficiency and throughput of a demineralization system by reducing the hardness exposure on the strong acid cation resin. In Na-form softening operation, AMBERLITE HPR8300 H enables improved operating capacity for total hardness versus other weak acid cation resins currently available, which allows more competitive vessel design or extended production capacity when installed in existing systems. In dealkalization, AMBERLITE HPR8300 H has demonstrated improved operating capacity versus other weak acid cation resins currently available, which allows users to simultaneously minimize operating costs and environmental impacts while also preserving precious raw water resources under the right conditions. In reverse osmosis pretreatment, AMBERLITE HPR8300 H can protect the membrane from hardness scaling, which can improve system recovery and operational reliability and can eliminate the use of chemicals such as antiscalants or acids for RO feedwater pH control. The resin’s ability to soften high-salinity feedwaters enables the RO to reliably operate under extremely variable and/or harsh conditions, such as with wastewater reuse or minimal liquid discharge. AMBERLITE HPR8300 H is compatible with all system designs and bed configurations. In layered beds, AMBERLITE HPR8300 H should be paired with gel AMBERLITE™ HPR1300 H Ion Exchange Resin for the highest operating capacity and for more challenging circumstances, AMBERLITE™ HPR2800 H Ion Exchange Resin would be the preferred option."

AMBERLITE™ HPR8400 H

" AMBERLITE™ HPR8400 H Ion Exchange Resin is an Acrylic, Macroporous, Weak Acid Cation Exchange Resin for Industrial Demineralization, Softening, and Dealkalization Applications. It is a high-quality resin for use in industrial demineralization and softening applications when high performance and cost-effective operation is required. The exceptionally high total capacity and the larger particle size of the resin help yield excellent operating capacity with low pressure drop, while reducing chemical regenerant and water usage. When AMBERLITE HPR8400 H is operated in the Na form, it will remove total hardness even in high salinity waters. When operated in the H form, it will remove only the hardness associated with alkalinity—a weak acid cation resin operated in the H form is well-suited for use with strong acid cation resins to improve overall efficiency and throughput of a demineralization system by reducing the hardness exposure on the strong acid cation resin. In Na-form softening operation, AMBERLITE HPR8400 H enables improved operating capacity for total hardness versus other weak acid cation resins currently available, which allows more competitive vessel design or extended production capacity when installed in existing systems. In dealkalization, AMBERLITE HPR8400 H has demonstrated improved operating capacity versus other weak acid cation resins currently available, which allows users to simultaneously minimize operating costs and environmental impacts while also preserving precious raw water resources under the right conditions. In reverse osmosis pretreatment, AMBERLITE HPR8400 H can protect the membrane from hardness scaling, which can improve system recovery and operational reliability and can eliminate the use of chemicals such as antiscalants or acids for RO feedwater pH control. The resin’s ability to soften high-salinity feedwaters enables the RO to reliably operate under extremely variable and/or harsh conditions, such as with wastewater reuse or minimal liquid discharge. "

AMBERLITE™ HPR900 OH

"AMBERLITE™ HPR900 OH Ion Exchange Resin is a Macroporous, Strong Base Anion Exchange Resin for Condensate Polishing for the Power Industry and Industrial Demineralization Applications. It is specifically designed for use in condensate polishing beds at fossil-fired electric generating stations and industrial demineralization applications when a balance of operating performance, simple operation, long resin life, and cost-effective operation is required. The macroporous structure of AMBERLITE HPR900 OH provides resistance to surface fouling as well as physical, osmotic, and oxidative stresses, which allows increased resin lifetime in operation. The resin can operate reliably under the high flowrate and pressure drop conditions that are typically inherent in condensate polishers. This resin is designed to be used in combination with AMBERLITE™ HPR252 H Ion Exchange Resin and AMBERLITE™ 600i Inert Resin in TRIOBED™ Condensate Polishers, providing an optimized balance of stability, operating capacity, low pressure drop, and regeneration efficiency. When high water quality and long runtime are needed, AMBERLITE™ HPR1300 H Ion Exchange Resin is a trusted choice."

AMBERLITE™ HPR900 SO4

"AMBERLITE™ HPR900 SO4 Ion Exchange Resin is a Macroporous, Strong Base Anion Exchange Resin for Condensate Polishing for the Power Industry and Industrial Demineralization Applications. It is specifically designed for use in condensate polishing beds at fossil-fired electric generating stations and industrial demineralization applications when a balance of operating performance, simple operation, long resin life, and cost-effective operation is required. The macroporous structure of AMBERLITE HPR900 SO4 provides resistance to surface fouling as well as physical, osmotic, and oxidative stresses, which allows increased resin lifetime in operation. The resin can operate reliably under the high flowrate and pressure drop conditions that are typically used in condensate polishers. This resin is designed to be used in combination with AMBERLITE™ HPR252 H Ion Exchange Resin and AMBERLITE™ 600i Inert Resin in TRIOBED™ Condensate Polishers, providing an optimized balance of stability, operating capacity, low pressure drop, and regeneration efficiency. When high water quality and long runtime are needed, AMBERLITE™ HPR1300 H Ion Exchange Resin is a trusted choice. When compliance with the China National Standard specifications for fossil power condensate polishing applications, including the China Strong Osmotic Ball Mill test, is important, AMBERLITE™ HPR2800 H Ion Exchange Resin is the recommended cation pair since both resins are compliant with the standard."

AMBERLITE™ HPR9000 OH

"AMBERLITE™ HPR9000 OH Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Base Anion Exchange Resin for Condensate Polishing and Mixed Bed Demineralization Applications for the Power Industry. It is a premium-quality resin designed specifically for use in nuclear condensate polishing mixed beds and other regenerable mixed beds when highest resin purity and water quality are required. The special dimensioning and consistency of the macroporous structure of AMBERLITE HPR9000 OH provides exceptional resistance to surface fouling as well as physical, osmotic, and oxidative stresses, which allows increased resin lifetime in operation. AMBERLITE HPR9000 OH can operate reliably under the high flowrate and pressure drop conditions that are typically used in condensate polishers, and the particle size, uniformity, and white cream color resin allow for excellent, easy, and visible backwash separation when used in mixed beds. AMBERLITE HPR9000 OH can be perfectly paired with several cation exchange resins and the selection depends on plant operation: • When highest water quality and longest runtime are needed, AMBERLITE™ HPR1600 H Ion Exchange Resin is the best choice due to its exceptional chemical stability and high capacity. • For a cation resin that balances capacity and regenerability, AMBERLITE™ HPR650 H Ion Exchange Resin is a trusted choice. • For systems running with ETA chemistry, AMBERLITE™ HPR1400 H Ion Exchange Resin should be the choice to maximize the protection of the anion resin kinetics. • For longest runtime in amine cycle operation or in the most oxidative environments, AMBERLITE™ HPR2000 H Ion Exchange Resin is the best choice due to its high sodium selectivity and excellent oxidative stability.."

AMBERLITE™ HPR9000 SO4

"AMBERLITE™ HPR9000 SO4 Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Base Anion Exchange Resin for Condensate Polishing and Industrial Demineralization Applications for the Power Industry. It is specifically designed for use in regenerable mixed beds when a balance of operating performance, simple operation, long resin life, and cost-effective operation is required. The special dimensioning and consistency of the macroporous structure of AMBERLITE HPR9000 SO4 provides exceptional resistance to surface fouling as well as physical, osmotic, and oxidative stresses, which allows increased resin lifetime in operation. AMBERLITE HPR9000 SO4 can operate reliably under the high flowrate and pressure drop conditions that are typically used in condensate polishers, and the particle size, uniformity, and white cream color resin allow for excellent, easy, and visible backwash separation when used in mixed beds. AMBERLITE HPR9000 SO4 can be perfectly paired with several cation exchange resins and the selection depends on your plant’s operation: • When highest water quality and longest runtime are needed, AMBERLITE™ HPR1600 H Ion Exchange Resin is the best choice due to its exceptional chemical stability and high capacity. • For a cation resin that balances capacity and regenerability, AMBERLITE™ HPR650 H Ion Exchange Resin is a trusted choice. • In the most oxidative environments, AMBERLITE™ HPR2000 H Ion Exchange Resin is the best choice due to its excellent oxidative stability. When compliance with the China National Standard specifications for fossil power condensate polishing applications, including the China Strong Osmotic Ball Mill test, is important, AMBERLITE™ HPR2800 H Ion Exchange Resin is the recommended cation pair since both resins are compliant with the standard."

AMBERLITE™ HPR9100 Cl

"AMBERLITE™ HPR9100 Cl Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Base Anion (Type II) Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when a balance of operating performance and simple, cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, reducing chemical regenerant and rinse water usage while maintaining a superior physical stability. The macroporous structure of AMBERLITE HPR9100 Cl provides excellent resistance to organic fouling and physical stresses. When operated under challenging conditions, it allows increased resin lifetime in operation compared to a gel Type II resin. Compared to a Type I strong base anion resin, a Type II resin will yield greater operating capacity due to more complete regeneration. It is best-suited to treat water in which silica and carbon dioxide do not exceed 30% of the total anions and the service and caustic regeneration temperature does not consistently exceed 35°C (95°F). For systems that require low silica in the effluent or that operate in higher temperatures, a Type I strong base anion resin is recommended, such as: − AMBERLITE™ HPR9200 Cl Ion Exchange Resin − AMBERLITE™ HPR9000 OH or SO4 Ion Exchange Resin"

AMBERLITE™ HPR9200 Cl

"AMBERLITE™ HPR9200 Cl Ion Exchange Resin is a Uniform Particle Size, Macroporous, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a robust, high-quality resin for use in industrial demineralization applications when a combination of exceptional physical stability, simple and reliable operation, and long resin life is required. AMBERLITE HPR9200 Cl has exceptional physical stability, excellent resistance to osmotic shock, and very good organic fouling resistance. It is well-suited for use in demineralization of high organic waters. AMBERLITE HPR9200 Cl is compatible with all system technologies; it has the flexibility to be used in lead single or in mixed bed polishers. In mixed bed applications, the light color of this anion resin is designed to allow easy visual distinction from the dark-colored cation resin following backwash separation."

AMBERLITE™ HPR9500

"AMBERLITE™ HPR9500 Ion Exchange Resin is a Uniform Particle Size, Macroporous, Weak Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and water usage. Weak base anion resins are well-suited for use with strong base anion resins to improve overall efficiency and throughput of a demineralization system. It effectively removes mineral acids and organics, reducing the ionic load on the strong base anion resin and also protecting it from organic fouling. The weak base anion resin increases a system’s overall capacity to remove organics. AMBERLITE HPR9500 displays excellent thermal stability. It has high kinetics, which yields good operating capacity even in low-temperature operations. The macroporous structure allows for easy release of natural organic molecules providing good organic fouling resistance. AMBERLITE HPR9500 offers a quick start-up in a single bed or when paired with an OH-form strong base anion in layered bed systems."

AMBERLITE™ HPR9600

"AMBERLITE™ HPR9600 Ion Exchange Resin is a Uniform Particle Size, Macroporous, Weak Base Anion Exchange Resin for Industrial Demineralization Applications. It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and water usage. Weak base anion resins are well-suited for use with strong base anion resins to improve overall efficiency and throughput of a demineralization system. It effectively removes mineral acids and organics, reducing the ionic load on the strong base anion resin and also protecting it from organic fouling. The weak base anion resin increases a system’s overall capacity to remove organics. AMBERLITE HPR9600 combines excellent physical and thermal stability with high kinetics, yielding good operating capacity even in low-temperature operations. The macroporous structure allows for easy release of natural organic molecules providing excellent organic fouling resistance. AMBERLITE HPR9600 is designed for use in single bed or layered bed systems when paired with AMBERLITE™ HPR4200 Cl or OH Ion Exchange Resin."

AMBERLITE™ HPR9700

"AMBERLITE™ HPR9700 Ion Exchange Resin is a Macroporous, Weak Base Anion Exchange Resin for Industrial Demineralization Applications.It is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been balanced to combine a good operating capacity with low pressure drop, while reducing chemical regenerant and water usage. Weak base anion resins are well-suited for use with strong base anion resins to improve overall efficiency and throughput of a demineralization system. It effectively removes mineral acids and organics, reducing the ionic load on the strong base anion resin and also protecting it from organic fouling. The weak base anion resin increases a system’s overall capacity to remove organics. AMBERLITE HPR9700 has excellent physical and thermal stability. The macroporous structure allows for easy release of natural organic molecules providing excellent organic fouling resistance."

AMBERLITE™ IRA402 Cl

AMBERLITE™ IRA402 Cl Ion Exchange Resin is a Gaussian, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in the industry. This industry-staple resin is designed to provide excellent balance of properties for capacity, strength, silica selectivity, and a long lifetime for co-flow regenerated systems in variety of industrial water treatment applications.

AMBERLITE™ IRA410 Cl

"AMBERLITE™ IRA410 Cl Ion Exchange Resin is a Gaussian, Gel, Strong Base Anion (Type II) Exchange Resin for Industrial Demineralization Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in co-flow regenerated industrial water treatment systems. Compared to a Type I strong base anion resin, a Type II resin will yield greater operating capacity due to more complete regeneration. It is best-suited to treat water in which silica and carbon dioxide do not exceed 30% of the total anions and the service and caustic regeneration temperature does not consistently exceed 35°C (95°F). For systems that require low silica in the effluent or that operate at higher temperatures, a Type I strong base anion resin is recommended, such as AMBERLITE™ IRA402 Cl Ion Exchange Resin."

AMBERLITE™ IRA458 Cl

"AMBERLITE™ IRA458 Cl Ion Exchange Resin is a Gaussian, Acrylic, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in the industry. It offers a good balance of high capacity and high strength for co-flow regenerated systems in industrial water treatment. Acrylic anion resins have a hydrophilic structure providing unique chemical and physical properties allowing for easy release of the accumulated natural organic compounds during the regeneration step. The properties of the acrylic structure also enable it to withstand high osmotic or mechanical stress. The resin has been optimized to yield excellent operating capacity and efficient regeneration. Acrylic resins can be used effectively when temperatures do not consistently exceed 35°C (95°F). Compared to a Type I styrenic strong base anion resin, AMBERLITE IRA458 Cl will yield greater operating capacity due to more complete regeneration and exhibits higher organic fouling resistance."

AMBERLITE™ IRA67

"AMBERLITE™ IRA67 Ion Exchange Resin is a Gaussian, Acrylic, Gel, Weak Base Anion Exchange Resin for Industrial Demineralization Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in the industry. This resin offers a good balance of high capacity, high stability and organic fouling resistance for co-flow regenerated systems in industrial water treatment. Weak base anion resins are well-suited for use with strong base anion resins to improve overall efficiency and throughput of a demineralization system. Acrylic weak base anion resins effectively remove mineral acids as well as carbon dioxide and organics, reducing the ionic load on the strong base anion resin and also protecting it from organic fouling. The weak base anion resin increases a system’s overall capacity to remove organics. AMBERLITE IRA67 has exceptional physical stability and organic fouling resistance. The hydrophilic acrylic structure provides unique chemical and physical properties enabling the resin to be operated under continuous high load of natural organic compounds when temperatures do not consistently exceed 35°C (95°F)."

AMBERLITE™ IRA900 Cl

"AMBERLITE™ IRA900 Cl Ion Exchange Resin is a Gaussian, Macroporous, Strong Base Anion Exchange Resin for Industrial Demineralization Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in the industry. This industry-staple resin is designed to provide a long lifetime for co-flow regenerated systems in variety of industrial water treatment applications. The macroporous structure of AMBERLITE IRA900 Cl provides excellent resistance to organic fouling and physical stresses. When operated under challenging conditions, it allows increased resin lifetime in operation compared to a gel Type I resin."

AMBERLITE™ IRA910 Cl

"AMBERLITE™ IRA910 Cl Ion Exchange Resin is a Macroporous, Strong Base Anion (Type II) Exchange Resin for Industrial Demineralization Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in co-flow regenerated industrial water treatment systems. The macroporous structure of AMBERLITE IRA910 Cl provides excellent resistance to organic fouling and physical stresses. When operated under challenging conditions, it allows increased resin lifetime in operation compared to a gel Type II resin. Compared to a Type I strong base anion resin, a Type II resin will yield greater operating capacity due to more complete regeneration. It is best-suited to treat water in which silica and carbon dioxide do not exceed 30% of the total anions and the service and caustic regeneration temperature does not consistently exceed 35°C (95°F). For systems that require low silica in the effluent or that operate at higher temperatures, a Type I strong base anion resin is recommended, such as AMBERLITE™ IRA900 Cl Ion Exchange Resin."

AMBERLITE™ IRA96

"AMBERLITE™ IRA96 Ion Exchange Resin is a Gaussian, Macroporous, Weak Base Anion Exchange Resin for Industrial Demineralization Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in the industry. This durable resin offers a good balance of capacity and strength resulting in long lifetime for co-flow regenerated systems in industrial water treatment. Weak base anion resins are well-suited for use with strong base anion resins to improve overall efficiency and throughput of a demineralization system. It effectively removes mineral acids and organics, reducing the ionic load on the strong base anion resin and also protecting it from organic fouling. The weak base anion resin increases a system’s overall capacity to remove organics. AMBERLITE IRA96 has excellent physical and thermal stability. The macroporous structure allows for easy release of natural organic molecules providing high organic fouling resistance."

AMBERLITE™ IRC120 H

"AMBERLITE™ IRC120 H Ion Exchange Resin is a Gaussian, Gel, Strong Acid Cation Exchange Resin for Industrial Softening Applications. It is a general-purpose demineralization resin with a long-established track record of reliable performance in the industry. This durable resin offers a good balance of capacity and strength resulting in long lifetime for co-flow regenerated systems in industrial water treatment. "

AMBERLITE™ IRC120 Na

"AMBERLITE™ IRC120 Na Ion Exchange Resin is a Gaussian, Gel, Strong Acid Cation Exchange Resin for Industrial Softening Applications. It is a general-purpose softening resin with a long-established track record of reliable performance in the industry. This durable resin offers a good balance of capacity and strength resulting in long lifetime for co-flow regenerated systems in industrial water treatment. AMBERLITE IRC120 Na is available for demineralization applications when the sodium-form is preferred by the user."

AMBERLITE™ IRC200 Na

"AMBERLITE™ IRC200 Na Ion Exchange Resin is a Gaussian, Macroporous, Strong Acid Cation Exchange Resin for Industrial Softening Applications.It is a robust softening resin with a long-established track record of reliable performance in the industry. Its high degree of crosslinking provides exceptional stability, which gives it great resistance to chemical oxidation and to mechanical, thermal, or osmotic stress. AMBERLITE IRC200 Na is recommended for hot process softeners, sodium-cycle or amine-cycle condensate treatment, and other systems involving appreciable oxidative potential or high temperatures."

AMBERLITE™ IRC83 H

"AMBERLITE™ IRC83 H Ion Exchange Resin is a Gaussian, Acrylic, Macroporous, Weak Acid Cation Exchange Resin for Industrial Demineralization, Softening, and Dealkalization Applications. It is a general-purpose dealkalization and softening resin with a long-established track record of reliable performance in the industry. This industry-staple resin is designed for co-flow regenerated systems in variety of industrial water treatment applications. When AMBERLITE IRC83 H is operated in the Na-form, it will remove total hardness even in high salinity waters such as those in oilfield SAGD systems. When operated in the H-form, it will remove only the hardness associated with alkalinity—a weak acid cation resin operated in the H-form is well-suited for use with strong acid cation resins to improve overall efficiency and throughput of a demineralization system by reducing the hardness exposure on the strong acid cation resin. In Na-form softening operation, AMBERLITE IRC83 H enables improved operating capacity for total hardness versus other weak acid cation resins currently available, which allows more competitive vessel design or extended production capacity when installed in existing systems. In dealkalization, AMBERLITE IRC83 H has demonstrated improved operating capacity versus other weak acid cation resins currently available, which allows users to simultaneously minimize operating costs and environmental impacts while also preserving precious raw water resources under the right conditions. In reverse osmosis pretreatment, AMBERLITE IRC83 H can protect the membrane from hardness scaling, which can improve system recovery and operational reliability and can eliminate the use of chemicals such as antiscalants or acids for RO feedwater pH control. The resin’s ability to soften high-salinity feedwaters enables the RO to reliably operate under extremely variable and/or harsh conditions, such as with wastewater reuse or minimal liquid discharge."

AMBERLITE™ IRN150 H/OH

"AMBERLITE™ IRN150 H/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN150 H/OH is a stoichiometric equivalent mixture of AMBERLITE™ IRN77 H Ion Exchange Resin and AMBERLITE™ IRN78 OH Ion Exchange Resin on a 1:1 equivalent basis. The resin combines the properties of high capacity and excellent physical strength. Pre-mixed resin also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume."

AMBERLITE™ IRN160 H/OH

"AMBERLITE™ IRN160 H/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN160 H/OH is a stoichiometric equivalent mixture of AMBERLITE™ IRN97 H Ion Exchange Resin and AMBERLITE™ IRN78 OH Ion Exchange Resin on a 1:1 equivalent basis. It is designed to minimize separation of anion and cation during installation and transfer due to the smaller cation resin particle size. The less-separating properties of this resin make it easily transferable from one location to another, helping to eliminate the formation of a cation layer at the bottom of the service vessel. As a pre-mixed resin, it also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume. The smaller cation particle size also provides faster kinetics and higher exchange capacity leading to a reduction of rad waste compared to standard mixed beds. The higher capacity, 10% DVB cation resin also provides excellent chemical stability and resistance to bead fracture from attrition."

AMBERLITE™ IRN164 Li/OH

"AMBERLITE™ IRN164 Li/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN164 Li/OH is composed of AMBERLITE™ IRN97 H Ion Exchange Resin converted to the natural Li form and AMBERLITE™ IRN78 OH Ion Exchange Resin, supplied together on a 1:1 equivalent basis. AMBERLITE IRN164 Li/OH is designed for use in CANDU reactor heat transport systems and closed-loop cooling systems. It is intended for use in non-regenerable systems which demand high effluent purity and long resin life. The properties of this mixed bed resin make it less separable helping to eliminate the formation of a cation layer at the bottom of the service vessel when transferring from one location to another. In addition, the mixed bed is specially processed to have a good slurrying capability. As a pre-mixed resin, it allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume."

AMBERLITE™ IRN170 H/OH

"AMBERLITE™ IRN170 H/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN170 H/OH is designed for the ultimate performance in non-regenerable nuclear applications, and it is the resin of choice for applications which demand the highest effluent purity, highest operating capacity, and longest resin life. AMBERLITE IRN170 H/OH is a stoichiometric equivalent mixture of AMBERLITE™ IRN99 H Ion Exchange Resin and AMBERLITE™ IRN78 OH Ion Exchange Resins on a 1:1 equivalent basis. Both the cation and anion components are recognized as the premier resins in the nuclear power industry. The cation component, AMBERLITE IRN99 H, has exceptionally high capacity and outstanding physical and oxidative stability and the anion component, AMBERLITE IRN78 OH, has exceptional total exchange capacity and purity. AMBERLITE IRN170 H/OH was originally developed for use in BWR condensate polishers to help achieve the lowest possible sulfate levels in reactor water. This is accomplished through a combination of the extraordinary oxidative stability of the cation resin, and a particle size balance between the cation and anion resins, which minimizes the formation of a re-separated cation resin layer on the bottom of the service vessels. As a pre-mixed resin, it also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume The exceptionally high total capacity of AMBERLITE IRN170 H/OH delivers an important benefit for many other nuclear applications including PWR steam generator blowdown treatment, PWR primary system CVCS resin beds, fuel pool demineralizers, and radioactive waste treatment. Since the nuclear-grade resins from all these applications are generally disposed of as rad waste, high capacity and long resin bed life are critical to minimizing rad waste disposal cost and volume. For most users, rad waste disposal cost will exceed resin purchase cost, so higher resin capacity directly translates into lower costs in these non-regenerable nuclear applications. Longer bed life also brings significant operational benefits such as fewer bed change-outs, less resin handling, and fewer chances for radiation exposure."

AMBERLITE™ IRN217 Li/OH

"AMBERLITE™ IRN217 Li/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN217 Li/OH is composed of AMBERLITE™ IRN77 H Ion Exchange Resin converted to the 7Li form at ≥ 99.9% isotopic purity and AMBERLITE™ IRN78 OH Ion Exchange Resin, supplied together on a 1:1 equivalent basis. AMBERLITE IRN217 Li/OH is designed to be used in primary water chemistry control in PWR nuclear power operation. The resin combines the properties of high capacity and excellent physical strength. Pre-mixed resin also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume."

AMBERLITE™ IRN317 Li/OH

"AMBERLITE™ IRN317 Li/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN317 Li/OH is composed of AMBERLITE™ IRN99 H Ion Exchange Resin converted to the 7Li form at ≥ 99.9% isotopic purity and AMBERLITE™ IRN78 OH Ion Exchange Resin, supplied together on a 1:1 equivalent basis. AMBERLITE IRN317 Li/OH is the premier resin designed to be used in primary water chemistry control in PWR nuclear power operation and offers the highest operating capacity and excellent resistance to bead fracture from attrition. Pre-mixed resin also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume."

AMBERLITE™ IRN360 H/OH

"AMBERLITE™ IRN360 H/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN360 H/OH is a mixture of AMBERLITE™ IRN97 H Ion Exchange Resin and AMBERLITE™ IRN78 OH Ion Exchange Resin in a 2:1 cation-to-anion ratio by volume. It is designed for use in PWR primary coolant lithium control and secondary circuit condensate polishing and steam generation blowdown applications in alkaline streams requiring higher cation capacity. The high cation volume provides 50 – 70% more operating capacity than conventional 1:1 mixed beds, and is a way to reduce rad waste in special nuclear circuits. For most users, rad waste disposal cost will exceed resin purchase cost, so higher resin capacity directly translates into lower costs in these non-regenerable nuclear applications. Longer bed life also brings significant operational benefits such as fewer bed change-outs, less resin handling, and fewer chances for radiation exposure. As a pre-mixed resin, it also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume."

AMBERLITE™ IRN67

"AMBERLITE™ IRN67 Ion Exchange Resin is Nuclear-grade, Gel, Acrylic, Weak Base Anion Exchange Resin for Water Treatment Applications in the Nuclear Power Industry It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN67 is designed for use in VVER fuel pool purification systems when organic matter is a concern. Its exceptional resistance to organic fouling allows reliable and safe operation for several months in conditions where standard resins fail."

AMBERLITE™ IRN77 H

"AMBERLITE™ IRN77 H Ion Exchange Resin a Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN77 H is a high capacity, 8% DVB cation resin used to remove cations for purification and pH control in primary water treatment. It contains a minimum of 99% of its exchange sites in the hydrogen form. The uniform particle size and the absence of fine resin beads results in a lower pressure drop compared to conventional resins."

AMBERLITE™ IRN78 OH

"AMBERLITE™ IRN78 OH Ion Exchange Resin is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN78 OH is recognized as the premier anion resin in nuclear power applications due to its exceptional total exchange capacity and purity. It contains a minimum of 95% of the exchange sites in the hydroxide form and a maximum of 0.05% in the chloride form, and is further processed to minimize total chloride content to help prevent transient chloride levels when new resin is placed into service in both BWR and PWR systems. The very high total anion exchange capacity can produce a 10 – 15% increase in operating throughput in the intended applications. Since the nuclear-grade resins from these applications are generally disposed of as rad waste, high capacity and long resin bed life are critical to minimizing rad waste disposal cost and volume. For most users, rad waste disposal cost will often exceed resin purchase cost, so high resin capacity directly translates into savings in these non-regenerable nuclear applications. Furthermore, longer bed life means fewer bed change-outs, less work, less resin handling, and less chance for radiation exposure. The uniform particle size and the absence of fine resin beads result in a lower pressure drop compared to conventional resins. The particle size of AMBERLITE IRN78 OH is specifically designed to give an optimized balance of pressure drop, exchange kinetics, and resistance to separation from the cation exchange resins, AMBERLITE™ IRN99 H Ion Exchange Resin and AMBERLITE™ IRN97 H Ion Exchange Resin, when used in a mixed bed."

AMBERLITE™ IRN9652 H

"AMBERLITE™ IRN9652 H Ion Exchange Resin is a Nuclear-grade, Macroporous, Strong Acid Cation Exchange Resin for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN9652 H has a high capacity to remove cationic contaminants, especially 137Cs in the primary loop and sodium traces in the secondary loop steam generator blowdown conditioned with organic amines such as morpholine. It can operate in short beds at high linear velocity due to the fast kinetics enabled by its macroporous pore structure. It can also be used in a layered bed below the macroporous anion resin."

AMBERLITE™ IRN9675 H

"AMBERLITE™ IRN9675 H Ion Exchange Resin is a Nuclear-grade, Macroporous, Strong Acid Cation Exchange Resin for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN9675 H has a high capacity to remove radioactive colloidal material, especially cobalt, in all nuclear applications. It can operate in short beds at high linear velocity due to the fast kinetics enabled by its macroporous pore structure. Therefore, it is often used as an overlay above a mixed bed or a cation resin."

AMBERLITE™ IRN9687 Li/OH

"AMBERLITE™ IRN9687 Li/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Macroporous Strong Acid Cation and Gel Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN9687 Li/OH is composed of macroporous AMBERLITE™ IRN9652 H Ion Exchange Resin converted to the 7Li form at ≥ 99.9% isotopic purity and AMBERLITE™ IRN78 OH Ion Exchange Resin, supplied together on a 1:1 equivalent basis. AMBERLITE IRN9687 Li/OH is characterized by a strong affinity for 137Cs and designed to be used for boron and lithium purification in PWR nuclear power operation. Pre-mixed resin also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume."

AMBERLITE™ IRN97 H

"AMBERLITE™ IRN97 H Ion Exchange Resin is a Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN97 H is a higher capacity, 10% DVB cation resin used to remove cations for purification and pH control in primary water treatment. It contains a minimum of 99% of its exchange sites in the hydrogen form. The uniform particle size and the absence of fine resin beads results in a lower pressure drop compared to conventional resins. The particle size of AMBERLITE IRN97 H is specifically designed to give an optimized balance of pressure drop, exchange kinetics, and resistance to separation from the anion exchange resin, AMBERLITE™ IRN78 OH Ion Exchange Resin, when used in a mixed bed."

AMBERLITE™ IRN9725 OH

"AMBERLITE™ IRN9725 OH Ion Exchange Resin is Nuclear-grade, Uniform Particle Size, Macroporous, Strong Base Anion Exchange Resin for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN9725 OH has a high capacity to remove radioactive colloidal material, especially 110mAg and antimony, in all nuclear applications. It can operate in short beds at high linear velocity due to the fast kinetics enabled by its macroporous pore structure. Therefore, it is often used as an overlay above a mixed bed or a cation resin. The uniform particle size and the absence of fine resin beads result in a lower pressure drop and better kinetics compared to conventional resins."

AMBERLITE™ IRN9766 OH

"AMBERLITE™ IRN9766 OH Ion Exchange Resin is a Nuclear-grade, Macroporous, Strong Base Anion Exchange Resin for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE™ IRN9766 OH has a high capacity to remove radioactive colloidal material, especially 110mAg, in all nuclear applications. It can operate in short beds at high linear velocity due to the fast kinetics enabled by its macroporous pore structure. Therefore, it is often used as an overlay above a mixed bed or a cation resin."

AMBERLITE™ IRN9882 H/OH

"AMBERLITE™ IRN9882 H/OH Ion Exchange Resin is a Mixture of Nuclear-grade, Macroporous, Strong Acid Cation and Strong Base Anion Exchange Resins for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN9882 H/OH is a mixed bed composed of 40% cation resin (12% DVB) and 60% AMBERLITE™ IRN9766 OH Ion Exchange Resin on a volume basis. Both components are characterized by a macroporous polystyrenic structure which gives the mixed bed an exceptional physical stability. AMBERLITE IRN9882 H/OH offers high exchange kinetics and the ability to remove colloids to achieve the fastest decontamination pre-outage. AMBERLITE IRN9882 H/OH resin is specifically designed for the treatment of the storage pond effluents where the linear velocity can exceed 50 m/h. Pre-mixed resin also allows for faster change-out and initial rinse-up prior to service, which minimizes start-up time and rinse wastewater volume."

AMBERLITE™ IRN99 H

"AMBERLITE™ IRN99 H Ion Exchange Resin is Nuclear-grade, Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Water Treatment Applications in the Nuclear Power Industry. It is designed specifically for use in nuclear loops where highest resin purity and stability are required, and where the ""as supplied"" resin must have a minimum of ionic and non-ionic contamination. These high standards of resin purity enable plants to achieve reliable and safe production whilst reducing the need for equipment maintenance and minimizing the impact of unscheduled outages. AMBERLITE IRN99 H is recognized as the premier cation resin in nuclear power applications due to its exceptionally high capacity and outstanding physical and oxidative stability, all resulting from its very high level of DVB crosslinker. The very high total cation exchange capacity can produce a 15 – 30% increase in operating throughput in the intended applications. Since the nuclear-grade resins from these applications are generally disposed of as rad waste, high capacity and long resin bed life are critical to minimizing rad waste disposal cost and volume. For most users, rad waste disposal cost will often exceed resin purchase cost, so high resin capacity directly translates into savings in these non-regenerable nuclear applications. Furthermore, longer bed life means fewer bed change-outs, less work, less resin handling, and less chance for radiation exposure. In BWR condensate polishing, AMBERLITE IRN99 H can help to achieve the lowest possible reactor water sulfate levels. The exceptionally high 16% DVB crosslinker level gives it the best oxidative stability of any gel cation resin available, thus minimizing the release of sulfonic acid leachables. It is sold in the fully regenerated hydrogen form and intended for use in non-regenerable single bed or mixed bed nuclear systems which demand the ultimate in effluent purity, operating capacity, and resin life. The particle size of AMBERLITE IRN99 H is specifically designed to give an optimized balance of pressure drop, exchange kinetics, and resistance to separation from the anion exchange resin, AMBERLITE™ IRN78 OH Ion Exchange Resin, when used in a mixed bed."

AMBERLITE™ MB20 H/OH

"AMBERLITE™ MB20 H/OH Ion Exchange Resin is an equilibrated, homogeneous mixture of Gaussian, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Industrial Demineralization Applications. It is fully regenerated, ready-to-use, pre-mixed resin developed for the production of high-purity water in working and mixed bed polishing applications. The pre-mixed resin also allows for faster initial rinse-up prior to service, which minimizes rinse wastewater volume. AMBERLITE MB20 H/OH is most commonly used in service deionization for a full demineralization of water when complete removal of silica and CO2 is required. In most of the applications, the conductivity of the treated water is much lower than 0.1 μS/cm and the pH is neutral. If necessary, the resin can be regenerated after exhaustion. Both components must be separated by backwashing and regenerated separately. AMBERLITE MB20 H/OH is the reference mixed bed for service deionization. The resin mixture is prepared from high-quality components and the proprietary manufacturing process ensures consistency from batch to batch. This enables the resin to perform in a highly stable manner delivering high-quality treated water consistently in both working and polishing mixed beds. The consistency in quality combined with visible separation of cation and anion resins prior to regeneration make AMBERLITE MB20 H/OH a trusted choice for mixed bed pool systems. "

AMBERLITE™ MB6113 H/OH

"AMBERLITE™ MB6113 H/OH Ion Exchange Resin is a dyed mixture of Gaussian, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Industrial Demineralization Applications It is fully regenerated, ready-to-use, non-regenerable, pre-mixed resin developed for the production of high-purity water. The pre-mixed resin also allows for faster initial rinse-up prior to service, which minimizes rinse wastewater volume at start-up. AMBERLITE MB6113 H/OH is specifically designed for a full demineralization of water. A color indicator enables the visualization of the resin exhaustion point, which allows the production of demineralized water without a conductivity meter to detect the service end-point. After exhaustion, AMBERLITE MB6113 H/OH cannot be regenerated. AMBERLITE MB6113 H/OH is the reference mixed bed for the production of demineralized water in small cartridge systems. The resin mixture is prepared from high-quality components and the proprietary manufacturing process ensures a homogeneous blue-green color consistently from batch to batch. In operation, the resin provides a stable, high-quality demineralized water for laboratories, steam ironing, or battery fill-up. The sharp visible color change from regenerated (blue-green) to exhausted (amber-yellow) makes AMBERLITE MB6113 H/OH the product of choice for small cartridge deionization systems. "

AMBERLITE™ MB9L H/OH

"AMBERLITE™ MB9L H/OH Ion Exchange Resin is a volume-equilibrated Mixture of Gaussian, Gel, Strong Acid Cation and Strong Base Anion Exchange Resins for Industrial Demineralization Applications. It is fully regenerated, ready-to-use, non-regenerable, pre-mixed resin characterized by high cationic exchange capacity. The pre-mixed resin also allows for faster initial rinse-up prior to service, which minimizes rinse wastewater volume. AMBERLITE MB9L H/OH is specifically designed for a partial demineralization of water when the ratio of alkalinity to free mineral acidity is higher than 1, and where the complete removal of cations and of the acidity is essentially required without the need to fully eliminate CO2 and silica. AMBERLITE MB9L H/OH is the reference mixed bed for electro-erosion applications. The resin mixture is prepared from high quality components and the proprietary manufacturing process ensures a homogeneous golden light color consistently from batch to batch. In operation, the resin provides a stable water quality and long operational lifetime in most metal cutting systems."

AMBERLITE™ PWA10

AMBERLITE™ PWA10 Ion Exchange Resin is a unique drinking water grade, macroporous resin designed for the removal of boron from drinking water. The resin can be regenerated using a two-step process consisting of a regeneration step to displace the boron followed by a conversion step. AMBERLITE PWA10 resin has been shown to be nearly universal in its high selectivity for boron. Salts, including bases, do not interfere significantly. The concentration of boric acid or the salt background in water also has little effect upon the selectivity. This high selectivity for boron and low risk of interference makes AMBERLITE PWA10 resin highly suitable for removal of boron from water derived from desalination.

AMBERLITE™ PWA15

AMBERLITE™ PWA15 Ion Exchange Resin is a drinking water grade, uniform particle size, gel, strong base anion exchange resin designed for regenerable nitrate removal packed bed systems. It has outstanding physical stability and excellent rinse characteristics.

AMBERLITE™ PWA17

AMBERLITE™ PWA17 Ion Exchange Resin is a drinking water grade, gel, strong base anion exchange resin used in municipal drinking water systems for the removal of nitrate and uranium.

AMBERLITE™ PWA5

AMBERLITE™ PWA5 Ion Exchange Resin is a drinking water grade, nitrate selective, macroreticular, strong base anion exchange resin, developed for treatment of potable water. AMBERLITE PWA5 removes nitrate preferentially to sulfate, and therefore, can yield operating capacity higher than conventional resins. AMBERLITE PWA5 is the perfect choice for a simple, regenerable nitrate removal process.

AMBERLITE™ PWA7

AMBERLITE™ PWA7 Ion Exchange Resin is a drinking water grade, macroporous, weak base anion resin designed for the removal of chromate from drinking water. Its high capacity makes AMBERLITE PWA7 the perfect choice for a simple, once-through chromate removal process for munipal water treatment systems.

AMBERLITE™ SCAV1

"AMBERLITE™ SCAV1 Ion Exchange Resin is Gaussian, Acrylic, Gel, Organic Scavenging Resin for Industrial Demineralization Applications. It is an exceptional scavenger used as an integrated part of the demineralization system to effectively remove natural organic matter (NOM) from waters under different operational circumstances, bringing water quality and operational stability back under control. Compared to conventional scavengers, AMBERLITE SCAV1 can save up to 85% on chemical costs when applied in Dow’s patent-pending organic scavenging process in which the scavenger is positioned between the cation and anion columns. This process can also reduce water use, and waste discharge volume/TDS, thus demonstrating that a process can be both environmentally and economically beneficial. AMBERLITE SCAV1 has the extraordinary flexibility to operate with two performance profiles depending on the regenerant used. The highest capacity for TOC removal can be achieved when regenerating this resin with hydrochloric acid. To achieve the lowest possible TOC leakage, it is recommended to regenerate with caustic. Compared to conventional strong base anion scavenger resins, the chemical properties of AMBERLITE SCAV1 provide outstanding adsorption capacity of undesired NOM species during service, and easy release of these compounds upon very mild (stoichiometric) regeneration conditions, making the use of (alkaline) brine no longer necessary. Because of its extra high capacity for sulfate, AMBERLITE SCAV1 TOC scavenging resin is the best product to use when throughput is expected to be limited by sulfate rather than TOC, as when the ratio of TOC (ppm C) to sulfate (meq/L SO4) is less than 3."

AMBERLITE™ SCAV2

"AMBERLITE™ SCAV2 Ion Exchange Resin is Gaussian, Acrylic, Macroporous, Organic Scavenging Resin for Industrial Demineralization Applications. It is an exceptional scavenger used as an integrated part of the demineralization system to effectively remove natural organic matter (NOM) from waters under different operational circumstances, bringing water quality and operational stability back under control. Compared to conventional scavengers, AMBERLITE SCAV2 can save up to 85% on chemical costs when applied in Dow’s patent-pending organic scavenging process in which the scavenger is positioned between the cation and anion columns. This process can also reduce water use, and waste discharge volume/TDS, thus demonstrating that a process can be both environmentally and economically beneficial. AMBERLITE SCAV2 has the extraordinary flexibility to operate with two performance profiles depending on the regenerant used. The highest capacity for TOC removal can be achieved when regenerating this resin with hydrochloric acid. To achieve the lowest possible TOC leakage, it is recommended to regenerate with caustic. Compared to conventional strong base anion scavenger resins, the chemical properties of AMBERLITE SCAV2 provide outstanding adsorption capacity of undesired NOM species during service, and easy release of these compounds upon very mild (stoichiometric) regeneration conditions, making the use of (alkaline) brine no longer necessary. Because of its extra high loading capacity for organics, AMBERLITE SCAV2 TOC scavenging resin is the best product to use when throughput is expected to be limited by TOC rather than sulfate, as when the ratio of TOC (ppm C) to sulfate (meq/L SO4) is greater than 3."

AMBERLITE™ SCAV3 Cl

"AMBERLITE™ SCAV3 Cl Ion Exchange Resin is a Gaussian, Macroporous, Styrenic, Organic Scavenging Resin for Industrial and Drinking Water Applicationsis to effectively remove natural organic matter (NOM) from waters under different operational circumstances, bringing water quality and operational stability back under control. The uniquely highly porous aromatic structure in combination with the high water content allow a very effective accomodation and hydrophobic adsorption of large molecular weight and complex organic molecules such as humic and fulvic acid. In industrial demineralization when operated in the OH-form, AMBERLITE SCAV3 Cl is ideally used as a polisher of remaining organics when placed after the anion vessel to meet the more stringent quality specifications for make-up water. Due to its strong base functionality, it will also have the ability to demineralize. When operated in the Cl-form, it can alternatively be used as a lead scavenger. In drinking water production, AMBERLITE SCAV3 Cl operated in the Cl-form is useful to decolorize (drinking) water by binding larger organics which pass through ultrafiltration, sand filtration, and other first-stage processing steps. Removal of these natural organic compounds can also help to effectively reduce the formation of disinfection byproducts, such as trihalomethanes (THMs)."

AMBERLITE™ SCAV4 Cl

AMBERLITE™ Ion Exchange Resins are available in a very wide range of chemical compositions and polymer structures and have been used for decades in a high-value applications including water treatme...

AMBERLYST™ 123

AMBERLYST™ 123 Polymeric Catalyst is a uniform particle size, solid acid, polymeric catalyst providing highly active condensation reactions, and is specially designed to produce Bisphenol-A (BPA).

AMBERSEP™ 400 SO4

AMBERSEP™ 400 SO4 Ion Exchange Resin is a gel, strongly basic (Type I) anion exchange resin with superior performance for uranium recovery. Its excellent selectivity for the uranyl sulphate ion over other anions, its high operating capacity, excellent mechanical and physical stability and its resistance to fouling make it the resin of choice. AMBERSEP 400 SO4 is well suited for recovery of uranium from sulphuric acid leach systems using fixed beds, in situ leaching, fluidized beds, or Resin In Pulp (RIP) applications.

DOW™ XUS 43604.00

DOW™ XUS and XZ Experimental or Developmental Products have emerged from Dow's latest research efforts. ... DOW™ XUS 43604.00 is a uniform particle size, macroporous, chelating resin that is ...

AMBERSEP™ IRA743

AMBERSEP™ IRA743 Chelating Resin is a unique ion exchange resin specifically designed and used to remove boric acid and borate from water, magnesium brine, or other solutions under a variety of conditions.

AMBERSEP™ IRC747 UPS

AMBERSEP™ IRC747 UPS Chelating Resin is a uniform particle size resin of macroporous structure. Its polystyrenic matrix, crosslinked with divinylbenzene, contains amino-phosphonic groups. The chemical nature of these groups is such that they form complexes with metal ions. The narrow particle size distribution affords an exceptional pressure drop profile.

AMBERSEP™ IRC748 UPS

AMBERSEP™ IRC748 UPS Chelating Resin is a uniform particle size resin of macroporous structure. Its polystyrenic matrix, crosslinked with divinylbenzene, contains iminodiacetic groups. The chemical nature of these groups is such that they form complexes with metal ions. The narrow particle size distribution affords an exceptional pressure drop profile. It is highly resistant to osmotic shock and has excellent physical stability.

AMBERSEP™ M4195 UPS

AMBERSEP™ M4195 UPS Chelating Resins exhibit an optimal selectively for capturing transition metal ions (for example, copper and nickel) from solutions with pH less than 2, or in the presence of homogeneous chelating agents such as EDTA. The chemistry of these chelants is based upon a special multi-dentate amine ligand which is partially quaternized by sulfuric acid. When in this conjugate sulfuric acid salt form, the resin—fully swollen and hydrated—is ready for scavenging metals from acidic media. With its uniform particle size, AMBERSEP M4195 UPS provides enhanced performance for continuous ion exchange systems.

AMBERSORB™ 560

AMBERSORB™ 560 Polymeric Adsorbent is an effective, new synthetic media adsorbent for treating 1,4-dioxane and other organic contaminants in groundwater and wastewater. It can also be used to remove various contaminants from vapor or atmospheric streams. AMBERSORB 560 is regenerable in situ using low-pressure steam, microwave heating, hot gase,s or vacuum desorption.

DOWEX MONOSPHERE™ 66

DOWEX MONOSPHERE™ 66 Ion Exchange Resin is a uniform particle size, macroporous, weak base anion resin. Chemically optimized for syrup processing in the sweetener industry, DOWEX MONOSPHERE 66 resin has high operating capacity and remarkably uniform particle size, providing an ideal balance of excellent physical strength, economical regeneration, long resin life, and low operating costs.

DOWEX MONOSPHERE™ 77

DOWEX MONOSPHERE™ 77 Ion Exchange Resin is a uniform particle size, macroporous, weak base anion resin. Chemically and physically optimized for syrup processing in the sweetener industry, DOWEX MONOSPHERE 77 resin has the highest operating capacity available and remarkably uniform particle size, providing an ideal balance of superior throughput, excellent physical strength, economical regeneration, long resin life, and low operating costs.

DOWEX MONOSPHERE™ 88

DOWEX MONOSPHERE™ 88 Ion Exchange Resin is a uniform particle size, macroporous, strong acid cation exchange resin, supplied in the Na-form. It provides an ideal balance of high operating capacity, excellent physical strength, efficient regeneration and long resin life, which together, result in low operating costs. DOWEX MONOSPHERE 88 resin is preferred for longer storage periods since it is shipped in the more stable Na-form.

DOWEX MONOSPHERE™ 88 H

DOWEX MONOSPHERE™ 88 H Ion Exchange Resin is a uniform particle size, macroporous, strong acid cation exchange resin, supplied in the H-form. It provides an ideal balance of high operating capacity, excellent physical strength, efficient regeneration and long resin life, which together, result in low operating costs.

DOWEX MONOSPHERE™ 99 Ca/310

DOWEX MONOSPHERE™ 99 Ca/310 Chromatography Resin is a uniform particle size, gel, strong acid cation resin, supplied in the Ca-form. Combining the extremely uniform 310-µm particle size beads and rapid kinetics, DOWEX MONOSPHERE 99 Ca/310 chromatography resin is designed for use in simulated moving bed (SMB) chromatographic separations to achieve separations with high recovery and high purity in the enrichment of starch-based sweeteners (primarily fructose from glucose) and purification of polyols in food and beverage applications.

DOWEX MONOSPHERE™ 99 Ca/320

DOWEX MONOSPHERE™ 99 Ca/320 Chromatography Resin is a uniform particle size, gel, strong acid cation resin, supplied in the Ca-form. Combining the extremely uniform 320-µm particle size beads and rapid kinetics, DOWEX MONOSPHERE 99 Ca/320 chromatography resin is designed for use in simulated moving bed (SMB) chromatographic separations to achieve separations with high recovery and high purity in the enrichment of starch-based sweeteners (primarily fructose from glucose) and purification of polyols in food and beverage applications.

DOWEX MONOSPHERE™ 99 K/310

DOWEX MONOSPHERE™ 99 K/310 Chromatography Resin is a uniform particle size, gel, strong acid cation resin, supplied in the K-form. Combining the extremely uniform 310-µm particle size beads and rapid kinetics, DOWEX MONOSPHERE 99 K/310 chromatography resin is designed for use in simulated moving bed (SMB) chromatographic separations to achieve separations with high recovery and high purity in the enrichment of starch-based sweeteners, recovery of sucrose from molasses, and purification of polyols in food and beverage applications.

DOWEX MONOSPHERE™ 99 K/320

DOWEX MONOSPHERE™ 99 K/320 Chromatography Resin is a uniform particle size, gel, strong acid cation resin, supplied in the K-form. Combining the extremely uniform 320-µm particle size beads and rapid kinetics, DOWEX MONOSPHERE 99 K/320 chromatography resin is designed for use in simulated moving bed (SMB) chromatographic separations to achieve separations with high recovery and high purity in the enrichment of starch-based sweeteners, recovery of sucrose from molasses, and purification of polyols in food and beverage applications.

DOWEX MONOSPHERE™ 99 K/350

DOWEX MONOSPHERE™ 99 K/350 Chromatography Resin is a uniform particle size, gel, strong acid cation resin, supplied in the K-form. Combining the extremely uniform 350-µm particle size beads and rapid kinetics, DOWEX MONOSPHERE 99 K/350 chromatography resin is designed for use in simulated moving bed (SMB) chromatographic separations to achieve separations with high recovery and high purity in the recovery of sucrose from molasses.

DOWEX OPTIPORE™ SD-2

DOWEX OPTIPORE™ SD-2 Polymeric Adsorbent is specially designed for decolorization as well as taste and odor removal in sweetener applications. It has a high specific surface area and high porosity which shows exceptional mechanical, thermal and chemical stability. This adsorbent has similar pore size distribution and adsorption properties to activated carbon so that it can be used as a direct replacement for carbon in many sweeteners applications. DOWEX OPTIPORE SD-2 has the additional advantage of containing macropores which improve the bulk movement of solutions in and out of the bead. The resulting improvement in kinetics leads to faster production flow rates and smaller beds. The adsorbent is lightly functionalized with weak base groups to provide a hydrophilic character giving the adsorbent good wettability and compatibility with acid and base regenerants. Regeneration requires only dilute caustic, dilute acid, and hot water. DOWEX OPTIPORE SD-2 complies with the U. S. Food, Drug and Cosmetic Act as amended under Food Additive Regulation 21 CFR 173.25.

DOWEX™ 22

DOWEX™ Ion Exchange Resins have earned their reputation of dependable performers for over half a century. ... These trusted resins are available in a wide range of chemical compositions and polymer...

DOWEX™ 22 OH

DOWEX™ 22 OH Ion Exchange Resin is a macroporous, strong base (Type II) anion exchange resin, supplied in the OH-form. It is designed to be paired with DOWEX™ 88 MB Cation Resin for mixed bed polishing of sweeteners, especially high fructose corn syrup (HFCS).

DOWEX™ 66

DOWEX™ 66 Ion Exchange Resin is a macroporous, weak base anion resin. It is designed for deashing starch-based sweeteners and is particularly well-suited to deashing in the production of high fructose corn syrup (HFCS). DOWEX 66 resin has been optimized to give the best balance of capacity, regeneration efficiency, and stability.

DOWEX™ 88

DOWEX™ 88 Ion Exchange Resin is a macroporous, strong acid cation exchange resin, supplied in the Na-form. It is designed for deashing starch-based sweeteners and is particularly well-suited to deashing in the production of high fructose corn syrup (HFCS). DOWEX 88 resin is preferred for longer storage periods since it is shipped in the more stable Na-form.

DOWEX 88H

DOWEX™ Ion Exchange Resins have earned their reputation of dependable performers for over half a century. ... These trusted resins are available in a wide range of chemical compositions and polymer...

DOWEX™ 88 MB

DOWEX™ 88 MB Ion Exchange Resin is a macroporous, strong acid cation exchange resin, supplied in the Na-form. It is designed to be paired with DOWEX™ 22 OH Anion Resin for mixed bed polishing of sweeteners, especially high fructose corn syrup (HFCS). DOWEX 88 MB resin is preferred for longer storage periods since it is shipped in the more stable Na-form.

DOWEX™ 88 MB H

DOWEX™ 88 MB H Ion Exchange Resin is a macroporous, strong acid cation exchange resin, supplied in the H-form. It is designed to be paired with DOWEX™ 22 OH Anion Resin for mixed bed polishing of sweeteners, especially high fructose corn syrup (HFCS).

DUOLITE™ A568

DUOLITE™ A568 Ion Exchange Resin is a highly porous weak base anion resin. Its hydrophilic structure combined with a controlled pore size distribution makes it specifically suitable to be used as an enzyme carrier in many bioprocessing applications. The ionic strength, pore volume, pore size and particle size of DUOLITE A568 are designed for optimum immobilization of enzymes used in the starch and fat and other industries.

FILMTEC™ BW30-2540

DOW FILMTEC™ Brackish Water Reverse Osmosis 8" Elements can separate salts from water and are produced with an automated fabrication process that ensures precision, consistency, and reliability. .....

FILMTEC™ BW30-365

FILMTEC™ BW30-365 Elements are ideal for reverse osmosis plant managers and operators dealing with challenging water and seeking consistent, high performance and long element life.

FILMTEC™ BW30-400

FILMTEC™ BW30-400 Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters and seeking consistent, high performance, long element life and increased productivity.

DOW FILMTEC™ SW30HR-380

Dow Filmtec RO Elements Reduce Energy Demands ... Originally applied to desalinate seawater and brackish water, the use of RO membranes ...

FILMTEC™ BW30-400/34i

FILMTEC™ BW30-400/34i Elements are ideal for reverse osmosis plant managers and operators dealing with challenging waters and wastewaters and looking for consistent, high performance, long element life and increased productivity.

FILMTEC™ BW30-4040

FILMTEC™ BW30-4040 Elements are an industry standard for reliable operation and production of high quality water in light industrial applications. This element features the thickest feed spacer (34 mil) available in the industry today to lessen the impact of fouling as well as a fiberglassed shell, which is recommended for systems with multiple-element housings containing three or more membranes, as they are designed to withstand higher pressure drops. The element may be cleaned over a wide pH range (pH 1 – 13) for the most effective cleaning.

DOW FILMTEC™ SW30HRLE-4040

Dow Filmtec RO Elements Reduce Energy Demands ... Originally applied to desalinate seawater and brackish water, the use of RO membranes ...

FILMTEC™ BW30HR-440i

FILMTEC™ BW30HR-440i Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters and seeking consistency, high performance, long element life, increase productivity, higher water quality coupled with outstanding fouling resistance and reduced footprint installations.

FILMTEC™ BW30HRLE-440

FILMTEC™ BW30HRLE-440 Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters and seeking advanced membrane treatment with good water purity and low energy consumption.

FILMTEC™ BW30HRLE-440i

FILMTEC™ BW30HRLE-440i Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters and seeking advanced membrane treatment with good water purity and low energy consumption.

FILMTEC™ BW30XFR-400/34

FILMTEC™ BW30XFR-400/34 Elements are ideal for reverse osmosis plant managers and operators dealing with challenging waters and wastewaters and seeking consistent high performance, long element life, increased productivity and higher water quality coupled with excellent fouling resistance.

FILMTEC™ BW30XFR-400/34i

FILMTEC™ BW30XFR-400/34i Elements are ideal for reverse osmosis plant managers and operators dealing with challenging waters and wastewaters and seeking consistent high performance, long element life, increased productivity and higher water quality coupled with outstanding fouling resistance.

FILMTEC™ BW30XFRLE-400/34

FILMTEC™ BW30XFRLE-400/34 Elements are ideal for reverse osmosis plant managers and operators dealing with challenging waters and wastewaters who are seeking an advanced membrane treatment with good water purity, improved fouling resistance and low energy consumption.

FILMTEC™ BW30XFRLE-400/34i

FILMTEC™ BW30XFRLE-400/34i Elements are ideal for reverse osmosis plant managers and operators dealing with challenging waters and wastewaters who are seeking an advanced membrane treatment with good water purity, improved fouling resistance and low energy consumption.

FILMTEC™ BW60-1812-75

"FILMTEC™ BW60-1812-75 Elements for home drinking water treatment units produce 75 GPD (12 L/h) of permeate with 99% stabilized salt rejection at standard test conditions. New BW60 membrane chemistry produces industry-leading 99% stabilized salt rejection. They are the most reliable and consistent elements in the industry. They are shipped dry for convenient handling and long shelf-life. FILMTEC BW60-1812-75 elements have been tested and certified by NSF International against NSF/ANSI Standard 58 for material requirements only for safe use in drinking water applications."

FILMTEC™ ECO PLATINUM-440

FILMTEC™ ECO PLATINUM-440 Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters who are looking for a state-of-the-art solution to tackle tough CAPEX and OPEX challenges.

FILMTEC™ ECO PLATINUM-440i

FILMTEC™ ECO PLATINUM-440i Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters who are looking for a state-of-the-art solution to tackle tough CAPEX and OPEX challenges.

FILMTEC™ ECO PRO-400

FILMTEC™ ECO PRO-400 Elements are ideal for reverse osmosis plant managers and operators dealing with challenging waters who are looking for a state-of-the-art solution to tackle tough CAPEX and OPEX challenges.

FILMTEC™ ECO PRO-400i

FILMTEC™ ECO PRO-400i Elements are ideal for reverse osmosis plant managers and operators dealing with challenging waters who are looking for a state-of-the-art solution to tackle tough CAPEX and OPEX challenges.

FILMTEC™ ECO PRO-440

FILMTEC™ ECO PRO-440 Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters who are looking for a state-of-the-art solution to tackle tough CAPEX and OPEX challenges.

FILMTEC™ ECO PRO-440i

FILMTEC™ ECO PRO-440i Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment waters and seeking advanced membrane treatment with high water purity and low energy consumption.

FILMTEC™ FORTILIFE™ CR100 Element

The FILMTEC™ FORTILIFE™ CR100 element is one of the industry’s most advanced fouling resistant element technology specially designed to provide relief from biological fouling. The element’s ultra low differential pressure provides improved hydraulic balance (more even distribution of flux across all the elements in the system) in a biological fouling environment such as wastewater treatment. This product also boasts a reliable and durable membrane chemistry, providing organic fouling resistance, cleanability, low energy operation, and excellent solute rejection.

FILMTEC™ FORTILIFE™ XC-N Element

The FILMTEC™ FORTILIFE™ XC-N Element allows industrial end users to reduce costly reverse osmosis (RO) concentrate waste by converting a large fraction of RO concentrate into pure, easier-to-crystallize salt solutions.

FILMTEC™ FORTILIFE™ XC70 Element

The FILMTEC™ FORTILIFE™ XC70 Element offers the ability to achieve reject Total Dissolved Solids (TDS) level > 70,000 ppm within standard reverse osmosis (RO) operating limits, helping maximize the RO recovery rate. The element also provides improved fouling resistance and cleaning efficiency through careful module design and slower permeate flow rate decline enabled by a highly fouling-resistant membrane.

FILMTEC™ FORTILIFE™ XC80 Element

The FILMTEC™ FORTILIFE™ XC80 Element offers users the ability to achieve reject Total Dissolved Solids (TDS) level > 80,000 ppm within standard reverse osmosis (RO) operating limits, helping lower brine volume and maximize water recovery in the brine concentration step. The element also provides improved cost-efficiency of the overall MLD or Zero Liquid Discharge (ZLD) system due to brine reduction to downstream thermal treatment, lower energy consumption and slower permeate flow rate decline enabled by a highly fouling-resistant membrane.

FILMTEC™ HSRO-390-FF

FILMTEC™ HSRO-390-FF Elements are heat-sanitizable reverse osmosis elements that deliver outstanding quality water with the added capability to withstand sanitization with hot water, eliminating the need for chemical sanitizers. FILMTEC HSRO elements, manufactured on advanced automated equipment, have the highest active membrane area allowing system designs with either lower operating flux or cost savings from fewer membrane elements. The full-fit configuration minimizes stagnant areas and is optimal for applications requiring a sanitary design. All components comply with U.S. Food & Drug Administration standards.

FILMTEC™ HSRO-4040-FF

FILMTEC™ HSRO-4040-FF Elements are heat-sanitizable reverse osmosis elements that deliver outstanding quality water with the added capability to withstand sanitization with hot water, eliminating the need for chemical sanitizers. The full-fit configuration minimizes stagnant areas and is optimal for applications requiring a sanitary design. All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

FILMTEC™ LC HR-4040

FILMTEC™ LC HR-4040 Elements produce high quality water with our state-of-the-art reverse osmosis membrane, meeting customer needs in commercial applications. Dow’s fully automated element production enables the most consistent products in the industry that minimizes the total cost of ownership of water treatment systems.

FILMTEC™ LC LE-4040

FILMTEC™ LC LE-4040 Elements deliver high quality water at low pressure at harsh water conditions, using Dow’s innovative, proprietary technology for low energy commercial applications. Dow’s fully automated element production enables the most consistent products in the industry that minimizes the total cost of ownership of water treatment systems.

FILMTEC™ NF-3838/30-FF

FILMTEC™ NF-3838/30-FF Elements can be used by food and dairy processors for a variety of desalting, purification, and other separations. This element contains an improved nanofiltration membrane sheet that rejects organics with a molecular weight above 300 amu, while passing a variable degree of monovalent salts depending upon the composition of the process stream. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

FILMTEC™ NF245-3838/30-FF

FILMTEC™ NF245-3838/30-FF Elements can be used by food and dairy processors for a variety of desalting, purification, and other separations. This element contains an improved nanofiltration membrane sheet that rejects organics with a molecular weight above 300 amu, while passing a variable degree of monovalent salts depending upon the composition of the process stream. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

FILMTEC™ NF245-3840/30-FF

FILMTEC™ NF245-3840/30-FF Elements can be used by food and dairy processors for a variety of desalting, purification, and other separations. This element contains an improved nanofiltration membrane sheet that rejects organics with a molecular weight above 300 amu, while passing a variable degree of monovalent salts depending upon the composition of the process stream. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

FILMTEC™ NF270-2540

FILMTEC™ NF270-2540 Elements are ideal for removing a high percentage of TOC and THM precursors with medium to high salt passage and medium hardness passage in commercial systems. The NF270 nanofiltration membrane is an ideal choice for surface water and ground water where good organic removal is desired with partial softening. FILMTEC NF270-2540 elements are tape-wrapped.

FILMTEC™ NF270-400/34i

FILMTEC™ NF270-400/34i Elements are ideal for utility managers and operators dealing with surface and groundwater and seeking a technology that removes a high percentage of total organic carbon (TOC) and trihalomethane (THM) precursors while having a medium to high salt passage and medium hardness passage.

FILMTEC™ NF270-4040

FILMTEC™ NF270-4040 Elements are ideal for removing a high percentage of TOC and THM precursors with medium to high salt passage and medium hardness passage in commercial systems. The NF270 nanofiltration membrane is an ideal choice for surface water and ground water where good organic removal is desired with partial softening. FILMTEC NF270-4040 elements are tape-wrapped.

FILMTEC™ NF90-2540

FILMTEC™ NF90-2540 Elements provide high productivity performance while removing a high percentage of salts, nitrate, iron and organic compounds such as pesticides, herbicides and THM precursors. The low net driving pressure NF90 membrane allows the removal of these compounds at low operating pressures.

FILMTEC™ NF90-400/34i

FILMTEC™ NF90-400/34i Elements are ideal for utility managers and operators looking for a technology that delivers high quality permeate water while removing specific contaminants such as salts, nitrates, iron, and organic compounds.

FILMTEC™ NF90-4040

FILMTEC™ NF90-4040 Elements provide high productivity performance while removing a high percentage of salts, nitrate, iron and organic compounds such as pesticides, herbicides and THM precursors. The low net driving pressure NF90 membrane allows the removal of these compounds at low operating pressures.

FILMTEC™ RO-3838/30-FF

FILMTEC™ RO-3838/30-FF Elements contain sanitary, high-rejection reverse osmosis membrane that has been successfully used to process a wide range of food, beverage, and dairy streams. These elements are especially effective in dewatering and product concentration. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

FILMTEC™ RO-3840/30-FF

FILMTEC™ RO-3840/30-FF Elements contain sanitary, high-rejection reverse osmosis membrane that has been successfully used to process a wide range of food, beverage, and dairy streams. These elements are especially effective in dewatering and product concentration. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

FILMTEC™ RO-390-FF

FILMTEC™ RO-390-FF Elements are the premier membrane for evaporator condensate polishing. With more active area than competitive elements, FILMTEC RO-390-FF can maximize performance and reduce capital cost by requiring the fewest elements for polishing applications. All materials of construction are compliant with U.S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications in the U.S. FILMTEC RO-390-FF delivers high flux and exceptional quality water for applications requiring sanitary grade membrane elements.

FILMTEC™ RO-3938/30-FF

FILMTEC™ RO-3938/30-FF Elements contain sanitary, high-rejection reverse osmosis membrane that has been successfully used to process a wide range of food, beverage, and dairy streams. These elements are especially effective in dewatering and product concentration. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

FILMTEC™ RO-4040-FF

FILMTEC™ RO-4040-FF Elements elements deliver high flux and outstanding quality water for applications requiring sanitary-grade membrane elements. The full-fit configuration minimizes stagnant areas and is optimal for applications requiring a sanitary design. All materials of construction are compliant with U.S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications in the U.S.

FILMTEC™ SEAMAXX™

FILMTEC™ SEAMAXX™ Elements combine the 28-mil feed spacer and 440 ft2 active membrane area to maximize the productivity of your system at low differential pressure, low cleaning frequency and high cleaning efficiency. The optimized membrane chemistry minimizes pressure and energy consumption below any other existing seawater reverse osmosis product. FILMTEC SEAMAXX provides reliable long-term permeate quality for single-pass, double-pass and inter-staged systems. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SG30-400/34i

"FILMTEC™ SG30-400/34i Semiconductor-Grade Reverse Osmosis Elements have been developed to meet the requirements of higher overall rejection, higher rejection of lower molecular weight organic compounds and silica, and an accelerated TOC rinse down profile. This high surface area element allows for system design with fewer elements and a lower applied operating pressure, thus optimizing amortization of capital costs while lowering operating cost. FILMTEC SG30-400/34i elements feature the unique iLEC™ Interlocking End Caps that reduce system operating costs, reduce the risk of o-ring leaks and the generation of small particles that lead to poor water quality, and eliminate the need for lubricants. FILMTEC SG30-400/34i is intended primarily for polishing use in traditional UPW systems designed for higher pressure operation. It features a 34-mil spacer to lessen the impact of fouling and pressure drop across a vessel, increasing running time between cleaning and enhancing cleaning effectiveness."

FILMTEC™ SG30LE-440i

"FILMTEC™ SG30LE-440i Semiconductor-Grade Reverse Osmosis Elements have been developed to meet the requirements of higher overall rejection, higher rejection of lower molecular weight organic compounds and silica, and an accelerated TOC rinse down profile. This high surface area element allows for system design with fewer elements and a lower applied operating pressure, thus optimizing amortization of capital costs while lowering operating cost. FILMTEC SG30LE-440i elements feature the unique iLEC™ Interlocking End Caps that reduce system operating costs, reduce the risk of o-ring leaks and the generation of small particles that lead to poor water quality, and eliminate the need for lubricants. FILMTEC SG30LE-440i is intended primarily for polishing use in newer UPW equipment where the benefits of lower capital cost and lower energy consumption add value."

FILMTEC™ SR90

FILMTEC™ SR90 Elements contain a nanofiltration membrane that is designed to selectively remove sulfate from seawater used for waterflood injection operations in offshore oil production, helping to prevent barium and strontium sulfate scale precipitation and to control/mitigate souring in reservoirs containing barium and strontium. This nanofiltration membrane, operating very efficiently at lower pressures, also removes all particles greater than 0.001 microns, resulting in high-quality injection water free of silica and bacteria, thereby ensuring continued injection rates reflective of initial reservoir conditions.

FILMTEC™ SW30-2514

FILMTEC™ SW30-2521 Elements have one of the highest flow rates available to meet the water demands of both sea-based and land-based desalinators. FILMTEC SW30 elements may also be operated at lower pressure to reduce pump size, cost, and operating expenses.

FILMTEC™ SW30-2521

FILMTEC™ SW30-2514 Elements have one of the highest flow rates available to meet the water demands of both sea-based and land-based desalinators. FILMTEC SW30 elements may also be operated at lower pressure to reduce pump size, cost, and operating expenses.

FILMTEC™ SW30-2540

FILMTEC™ SW30-4021 Elements have one of the highest flow rates available to provide the highest productivity while maintaining excellent salt rejection to meet the water demands of both sea-based and land-based desalinators. FILMTEC SW30-4021 elements may also be operated at lower pressure to reduce pump size, cost, and operating expenses. Dow’s fully automated and precise element production enables the most consistent products in the industry for the most consistent product performance available.

FILMTEC™ SW30-4021

FILMTEC™ SW30-4040 Elements have one of the highest flow rates available to provide the highest productivity while maintaining excellent salt rejection to meet the water demands of both sea-based and land-based desalinators. FILMTEC SW30-4040 elements may also be operated at lower pressure to reduce pump size, cost, and operating expenses. Dow’s fully automated and precise element production enables the most consistent products in the industry for the most consistent product performance available.

FILMTEC™ SW30-4040

FILMTEC™ SW30-4040 Elements have one of the highest flow rates available to provide the highest productivity while maintaining excellent salt rejection to meet the water demands of both sea-based and land-based desalinators. FILMTEC SW30-4040 elements may also be operated at lower pressure to reduce pump size, cost, and operating expenses. Dow’s fully automated and precise element production enables the most consistent products in the industry for the most consistent product performance available.

FILMTEC™ SW30HR-380

FILMTEC™ SW30HR-380 Elements are a premium-grade seawater reverse osmosis element featuring both high active area and high salt rejection to offer the best long-term economics for seawater deslination systems. FILMTEC SW30HR-380 delivers high boron rejection to help customers meet World Health Organization (WHO) and other drinking water standards. FILMTEC SW30HR-380 elements deliver high performance over their operating lifetime without the use of oxidative post-treatments like many competitive products. This is one reason why FILMTEC elements are more durable and may be cleaned more effectively over a wider pH range (1 – 13) than other RO elements.

FILMTEC™ SW30HRLE-370/34i

FILMTEC™ SW30HRLE-370/34i Elements are a durable, high-rejection, high-productivity seawater element for use in high fouling or challenging feedwater conditions, helping to support smooth operations and low cost of water. FILMTEC SW30HRLE-370/34i elements use a 34-mil feed spacer to lessen the impact of fouling on pressure drop across a vessel and enhance cleaning effectiveness and may be cleaned over a wider pH range (1 – 13) than other RO elements. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30HRLE-400

FILMTEC™ SW30HRLE-400 Elements offer rejection and low total cost of water for seawater desalination. The FILMTEC SW30HRLE-400 delivers high performance over the operating lifetime without the use of oxidative post-treatments and provides high NaCl and boron rejection to help meet World Health Organization (WHO) and other drinking water standards.

FILMTEC™ SW30HRLE-400i

FILMTEC™ SW30HRLE-400i Elements offer very high productivity and rejection, enabling the lowest total cost of water for seawater desalination.  The FILMTEC SW30HRLE-400i delivers high performance over the operating lifetime without the use of oxidative post-treatments and provides high NaCl and boron rejection to help meet World Health Organization (WHO) and other drinking water standards. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30HRLE-4040

FILMTEC™ SW30HRLE-4040 Elements are the 4-inch diameter version of FILMTEC SW30HRLE-400, one of the industry's leading seawater elements, which offers an unprecedented combination of high salt rejection and productivity to enable the low total cost of purifying high salinity water. FILMTEC SW30HRLE-4040 elements deliver high performance over the operating lifetime without the use of oxidative post-treatements and high sodium chloride and boron rejection to help meet World Health Organization (WHO) and other drinking water standards. FILMTEC SW30HRLE-4040 may be used as a pilot element to demonstrate performance for the design of larger systems.

FILMTEC™ SW30HRLE-440i

FILMTEC™ SW30HRLE-440i Elements offers sustainable lower lifecycle cost for medium- and high-salinity feedwaters with high stabilized salt rejection of 99.80% and high boron rejection. The highest guaranteed active area of 440 ft2 (41 m2) permits lowest system cost by maximizing productivity and enables accurate and predicable system design. A 28-mil feed spacer provides low cleaning frequency and high cleaning efficiency. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30ULE-400i

FILMTEC™ SW30ULE-440i Elements offer medium salinity and medium temperature feed waters an advanced combination of high productivity and high rejection through extra-low energy consumption and single-pass design. It is also an ideal choice for two-pass seawater designs or high salinity brackish water applications. The combination of high active area and thick feed spacer results in higher productivity and lower cleaning frequency which enable sustainable lower lifecycle cost. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30ULE-440i

FILMTEC™ SW30ULE-440i Elements offer medium salinity and medium temperature feed waters an advanced combination of high productivity and high rejection through extra-low energy consumption and single-pass design. It is also an ideal choice for two-pass seawater designs or high salinity brackish water applications. The combination of high active area and thick feed spacer results in higher productivity and lower cleaning frequency which enable sustainable lower lifecycle cost. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30XHR-400i

FILMTEC™ SW30XHR-400i Elements are the highest rejection seawater RO element in the FILMTEC element portfolio, enabling stringent water quality requirements to be met reliably with single-pass seawater systems in most situations. In addition, the combination of high active area and thick feed spacer results in higher productivity and lower cleaning frequency, which enable sustainable lower lifecycle cost. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30XHR-440i

FILMTEC™ SW30XHR-440i Elements are the highest rejection seawater RO element in the FILMTEC element portfolio, enabling stringent water quality requirements to be met reliably with single-pass seawater systems in most situations. In addition, the combination of high active area and thick feed spacer results in higher productivity and lower cleaning frequency, which enable sustainable lower lifecycle cost. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30XLE-400i

FILMTEC™ SW30XLE-400i Elements offer an advanced combination of productivity and rejection resulting in a low energy seawater element, enabling lowest operation cost.  It is ideal for two-pass seawater designs and high TDS brackish water applications. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ SW30XLE-440i

FILMTEC™ SW30XLE-440i Elements offer medium salinity and medium temperature feed waters an advanced combination of high productivity and high rejection through extra-low energy consumption and single-pass design. It is also an ideal choice for two-pass seawater designs or high salinity brackish water applications. The combination of high active area and thick feed spacer results in higher productivity and lower cleaning frequency which enable sustainable lower lifecycle cost. iLEC™ Interlocking End Caps reduce system operating costs and the risk of o-ring leaks that can cause poor water quality.

FILMTEC™ TW30-1812-100HR

"FILMTEC™ TW30-1812-100HR Elements for home drinking water treatment units produce 100 GPD (15.8 L/h) of permeate with 98% stabilized salt rejection at standard test conditions. They are the most reliable and consistent elements in the industry. They are shipped dry for convenient handling and long shelf-life. FILMTEC TW30-1812-100HR elements have been tested and certified by NSF International against NSF/ANSI Standard 58 for material requirements only for safe use in drinking water applications."

FILMTEC™ TW30-1812-24

"FILMTEC™ TW30-1812-24 Elements for home drinking water treatment units produce 24 GPD (3.8 L/h) of permeate with 98% stabilized salt rejection at standard test conditions. They are shipped dry for convenient handling and long shelf-life. Dow’s next generation elements are a fully compatible replacement for existing FILMTEC residential RO elements. FILMTEC TW30-1812-24 elements have been tested and certified by NSF International against NSF/ANSI Standard 58 for material requirements only for safe use in drinking water applications."

FILMTEC™ TW30-1812-36

"FILMTEC™ TW30-1812-36 Elements for home drinking water treatment units produce 36 GPD (5.7 L/h) of permeate with 98% stabilized salt rejection at standard test conditions. They are shipped dry for convenient handling and long shelf-life. Dow’s next generation elements are a fully compatible replacement for existing FILMTEC residential RO elements. FILMTEC TW30-1812-36 elements have been tested and certified by NSF International against NSF/ANSI Standard 58 for material requirements only for safe use in drinking water applications."

FILMTEC™ TW30-1812-50

"FILMTEC™ TW30-1812-50 Elements for home drinking water treatment units produce 50 GPD (7.9 L/h) of permeate with 98% stabilized salt rejection at standard test conditions. They are shipped dry for convenient handling and long shelf-life. Dow’s next generation elements are a fully compatible replacement for existing FILMTEC residential RO elements. FILMTEC TW30-1812-50 elements have been tested and certified by NSF International against NSF/ANSI Standard 58 for material requirements only for safe use in drinking water applications."

FILMTEC™ TW30-2026

FILMTEC™ TW30-2026 Elements produce high quality water for small commercial systems. FILMTEC TW30-2026 elements are tape-wrapped. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ TW30-2514

FILMTEC™ TW30-2514 Elements produce high quality water for small commercial systems. FILMTEC TW30-2514 elements are tape-wrapped. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ TW30-2521

FILMTEC™ TW30-2521 Elements produce high quality water for small commercial systems. FILMTEC TW30-2521 elements are tape-wrapped. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ TW30-2540

FILMTEC™ TW30-2540 Elements are the industry standard for reliable operation and production of the highest quality water in commercial applications. FILMTEC TW30-2540 elements are tape-wrapped—built with the same high quality membranes and materials of construction as industrial elements, except for the hard outershell, and are more economical for commercial systems with one or two elements per housing. It may be cleaned over a wide pH range (pH 1 – 13) for the most effective cleaning.

FILMTEC™ TW30-3012-500

"FILMTEC™ TW30-3012-500 Elements for home drinking water treatment units produce 500 GPD (79 L/h) of permeate with 98% stabilized salt rejection at standard test conditions, offering an exceptional balance of flow and high rejection. They are shipped dry for convenient handling and long shelf-life. FILMTEC TW30-3012-500 elements have been tested and certified by NSF International against NSF/ANSI Standard 58 for material requirements only for safe use in drinking water applications."

FILMTEC™ TW30-4014

FILMTEC™ TW30-4014 Reverse Osmosis (RO) Elements offer high quality water for small commercial systems. FILMTEC TW30-4014 elements are tape-wrapped In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ TW30-4021

FILMTEC™ TW30-4021 Reverse Osmosis (RO) Elements offer high quality water for small commercial systems. FILMTEC TW30-4021 elements are tape-wrapped. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ TW30-4040

FILMTEC™ TW30-4040 Elements are the industry standard for reliable operation and production of the highest quality water in commercial applications. This element features the thickest feed spacer (34 mil) available in the industry today to lessen the impact of fouling. FILMTEC TW30-4040 elements are tape-wrapped—built with the same high quality membranes and materials of construction as industrial elements, except for the hard outershell, and are more economical for commercial systems with one or two elements per housing.

FILMTEC™ TW30HP-4611

FILMTEC™ TW30HP-4611 Elements are 4.6-inch diameter reverse osmosis elements offering high quality water for sanitary applications, using the high performance TW30HP membrane, which offers excellent permeate flow and salt rejection. These elements are made with the same high quality materials of construction as our larger FILMTEC elements used in municipal and industrial systems. For added convenience during shipping, storage, and loading, these elements are available as either wet or dry products.

FILMTEC™ TW30HP-4619

FILMTEC™ TW30HP-4619 Elements are 4.6-inch diameter reverse osmosis elements offering high quality water for sanitary applications, using the high performance TW30HP membrane, which offers excellent permeate flow and salt rejection. These elements are made with the same high quality materials of construction as our larger FILMTEC elements used in municipal and industrial systems. For added convenience during shipping, storage, and loading, these elements are available as either wet or dry products.

FILMTEC™ XLE-2521

FILMTEC™ XLE-2521 Elements offer better system performance and economics for small commercial systems by operating at very low applied pressure. FILMTEC XLE-2521 elements are tape-wrapped. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ XLE-2540

FILMTEC™ XLE-2540 Elements offer better system performance and economics for small commercial systems by operating at very low applied pressure. FILMTEC XLE-2540 elements are tape-wrapped—built with the same high quality membranes and materials of construction as industrial elements, except for the hard outershell, and are more economical for commercial systems with one or two elements per housing. It may be cleaned over a wide pH range (pH 1 – 13) for the most effective cleaning. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ XLE-4021

FILMTEC™ XLE-4021 Elements offer better system performance and economics for small commercial systems by operating at very low applied pressure. FILMTEC XLE-4021 elements are tape-wrapped. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance.

FILMTEC™ XLE-4040

FILMTEC™ XLE-4040 Elements offer better system performance and economics for small commercial systems by operating at very low applied pressure. FILMTEC XLE-4040 elements are tape-wrapped. In addition to high quality water and low energy costs, FILMTEC membranes also deliver savings by providing long lasting and reliable performance. For added convenience, the elements are available in a dry state for rapid start-up.

FILMTEC™ XLE-440

FILMTEC™ XLE-440 Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment and seeking high-quality permeate water at low operating costs.

FILMTEC™ XLE-440i

FILMTEC™ XLE-440i Elements are ideal for reverse osmosis plant managers and operators dealing with controlled pre-treatment and seeking high-quality permeate water at low operating costs.

HYPERSHELL™ NF-390-FF

FILMTEC™ NF-390-FF Elements can be used by food and dairy processors for a variety of desalting, purification, and other separations. This element contains an improved nanofiltration membrane sheet that rejects organics with a molecular weight above 300 amu, while passing a variable degree of monovalent salts depending upon the composition of the process stream. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

HYPERSHELL™ NF-8038-FF

HYPERSHELL™ NF-8038-FF Elements contain an improved nanofiltration membrane sheet that rejects organics with a molecular weight above 300 amu, while passing a variable degree of monovalent salts depending upon the composition of the process stream. It is designed to withstand rigorous processing applications and conditions, and minimizes dead flow areas and element bypass.

HYPERSHELL™ NF245-390-FF

HYPERSHELL™ NF245-390-FF Elements can be used by food and dairy processors for a variety of desalting, purification, and other separations. This element contains an improved nanofiltration membrane sheet that rejects organics with a molecular weight above 300 amu, while passing a variable degree of monovalent salts depending upon the composition of the process stream. The full-fit configuration is optimal for cleaning and minimizing "dead spaces. " All materials of construction are compliant with U. S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications.

HYPERSHELL™ NF245-8038-FF

HYPERSHELL™ NF245-8038-FF Elements contain an improved nanofiltration membrane sheet that rejects organics with a molecular weight above 300 amu, while passing monovalent salts. It is designed to withstand rigorous processing applications and conditions, and minimizes dead flow areas and element bypass.

HYPERSHELL™ RO-8038

HYPERSHELL™ RO-8038 Elements contain a high-rejection reverse osmosis membrane that has successfully been used to process a wide range of food and dairy streams. These elements are especially effective in dewatering or product concentration. The element is constructed with a polypropylene outer shell, designed to withstand the most rigorous processing applications and conditions, proving enhanced toughness and durability. All materials of construction are compliant with U.S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications in the U.S.

HYPERSHELL™ RO-8038/48

HYPERSHELL™ RO-8038/48 Elements contain a high-rejection reverse osmosis membrane that has successfully been used to process a wide range of food and dairy streams. The thick 48-mil feed spacer is ideal for feed streams with higher solids. These elements are especially effective in dewatering or product concentration. The element is constructed with a polypropylene outer shell, designed to withstand the most rigorous processing applications and conditions, proving enhanced toughness and durability. All materials of construction are compliant with U.S. Food & Drug Administration indirect food contact requirements and are suitable for use in food processing applications in the U.S.

IMAC™ HP 333

IMAC™ Ion Exchange Resins are used in residential point-of-use water pitcher ... It is specifically designed for selective nitrate removal in drinking water ... Advantages: ... Uses:

IMAC™ HP555

IMAC™ Ion Exchange Resins are used in residential point-of-use water pitcher ... It is specifically designed for selective nitrate removal in drinking water ... Advantages: ... Uses:

IntegraFlux™ SFD-2860XP

"IntegraFlux™ SFD-2860XP Ultrafiltration Modules with their shorter, 60-inch length are suitable for applications with constraints in headspace. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity. IntegraFlux SFD-2860XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates. IntegraFlux SFD-2860XP Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

IntegraFlux™ SFD-2880XP

"IntegraFlux™ SFD-2880XP Ultrafiltration Modules are an excellent choice for larger systems in which the exceptional permeability of the new XP fiber leads to extra productivity that can contribute substantially to system savings by reducing fittings, frame materials, operating trains, valve stacks, and overall system footprint. IntegraFlux SFD-2880XP Modules offer a high effective membrane area, which contributes to a more economical membrane system design. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity even further. IntegraFlux SFD-2880XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates. IntegraFlux SFD-2880XP Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

IntegraFlux™ SFP-2860XP

"IntegraFlux™ SFP-2860XP Ultrafiltration Modules with their shorter, 60-inch length are suitable for applications with constraints in headspace. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity. IntegraFlux SFP-2860XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates."

IntegraFlux™ SFP-2880XP

"IntegraFlux™ SFP-2880XP Ultrafiltration Modules are an excellent choice for larger systems in which the exceptional permeability of the new XP fiber leads to extra productivity that can contribute substantially to system savings by reducing fittings, frame materials, operating trains, valve stacks, and overall system footprint. IntegraFlux SFP-2880XP Modules offer a high effective membrane area, which contributes to a more economical membrane system design. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity even further. IntegraFlux SFP-2880XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates."

IntegraPac™ IP-51 Module

IntegraPac™ IP-51 Ultrafiltration Modules are used in IntegraPac IP-51 Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. The shorter, 60-inch length of the IntegraPac IP-51 Module is suitable for applications with constraints in headspace.

IntegraPac™ IP-51 Skid

IntegraPac™ IP-51 Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IP-51 Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule. Due to the shorter, 60-inch length of the IntegraPac IP-51 Module, the height of the skid is suitable for applications with constraints in headspace.

IntegraPac™ IP-51XP Module

"IntegraPac™ IP-51XP Ultrafiltration Modules are used in IntegraPac IP-51XP Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. The shorter, 60-inch length of the IntegraPac IP-51XP Module is suitable for applications with constraints in headspace. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity. IntegraPac IP-51XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates."

IntegraPac™ IP-51XP Skid

IntegraPac™ IP-51XP Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IP-51XP Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule. Due to the shorter, 60-inch length of the IntegraPac IP-51XP Module, the height of the skid is suitable for applications with constraints in headspace.

IntegraPac™ IP-77 Module

"IntegraPac™ IP-77 Ultrafiltration Modules are used in IntegraPac IP-77 Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. The IntegraPac IP-77 Module offers a high effective membrane area, which contributes to a more economical membrane system design. IntegraPac IP-77 Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates."

IntegraPac™ IP-77 Skid

IntegraPac™ IP-77 Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IP-77 Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule.

IntegraPac™ IP-77XP Module

"IntegraPac™ IP-77XP Ultrafiltration Modules are used in IntegraPac IP-77XP Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. IntegraPac IP-77XP Modules offer a high effective membrane area, which contributes to a more economical membrane system design. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity even further. IntegraPac IP-77XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates."

IntegraPac™ IP-77XP Skid

IntegraPac™ IP-77XP Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IP-77XP Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule.

IntegraPac™ IPD-51 Module

"IntegraPac™ IPD-51 Ultrafiltration Modules are used in IntegraPac IPD-51 Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. The shorter, 60-inch length of the IntegraPac IPD-51 Module is suitable for applications with constraints in headspace. IntegraPac IPD-51 Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates. IntegraPac IPD-51 Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 for safe use in drinking water applications."

IntegraPac™ IPD-51 Skid

"IntegraPac™ IPD-51 Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IPD-51 Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule. Due to the shorter, 60-inch length of the IntegraPac IPD-51 Module, the height of the skid is suitable for applications with constraints in headspace. The IntegraPac IPD-51 Skid has been tested and certified by NSF International under NSF/ANSI Standard 61 for safe use in drinking water applications."

IntegraPac™ IPD-51XP Module

"IntegraPac™ IPD-51XP Ultrafiltration Modules are used in IntegraPac IPD-51XP Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. The shorter, 60-inch length of the IntegraPac IPD-51XP Module is suitable for applications with constraints in headspace. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity. IntegraPac IPD-51XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates. IntegraPac IPD-51XP Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

IntegraPac™ IPD-51XP Skid

"IntegraPac™ IPD-51XP Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IPD-51XP Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule. Due to the shorter, 60-inch length of the IntegraPac IPD-51XP Module, the height of the skid is suitable for applications with constraints in headspace. The IntegraPac IPD-51XP Skid has been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

IntegraPac™ IPD-77 Module

"IntegraPac™ IPD-77 Ultrafiltration Modules are used in IntegraPac IPD-77 Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. The IntegraPac IPD-77 Module offers a high effective membrane area, which contributes to a more economical membrane system design. IntegraPac IPD-77 Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates. IntegraPac IPD-77 Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

IntegraPac™ IPD-77 Skid

"IntegraPac™ IPD-77 Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IPD-77 Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule. The IntegraPac IPD-77 Skid has been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

IntegraPac™ IPD-77XP Module

"IntegraPac™ IPD-77XP Ultrafiltration Modules are used in IntegraPac IPD-77XP Ultrafiltration Skids. With its direct module coupling resulting in a compact design, these modules are an excellent choice for systems requiring a small footprint. IntegraPac IPD-77XP Modules offer a high effective membrane area, which contributes to a more economical membrane system design. Containing XP fiber, with up to 35% higher permeability than previous generation modules, these modules improve operating efficiencies and productivity even further. IntegraPac IPD-77XP Modules are made from high-strength, PVDF hollow fiber membranes engineered to reduce design and fabrication requirements. The fibers have a 0.03-µm pore size for removal of bacteria, viruses, and particulates. IntegraPac IPD-77XP Modules have been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

IntegraPac™ IPD-77XP Skid

"IntegraPac™ IPD-77XP Ultrafiltration Skids are a pre-engineered, standardized skid design consisting of six to twenty-two IntegraPac™ IPD-77XP Ultrafiltration Modules, auxiliary parts and piping. It significantly streamlines design, assembly and installation, resulting in lower skid costs, reduced engineering design costs, easy assembly, smaller footprint and shortened delivery schedule. The IntegraPac IPD-77XP Skid has been tested and certified by NSF International under NSF/ANSI Standard 61 and under Standard 419 for Public Drinking Water Equipment (PDWE) for safe use in drinking water applications."

Specialty Membranes XUS120308 and XUS120304 High Temperature RO Element

"The DOW™ Specialty Membranes XUS120308 and XUS120304 High Temperature Reverse Osmosis Elements offer up to 80°C continuous operating temperature capability due to a special element design and a FILMTEC™ SW30 flat sheet, ideally suited for various kinds of hot industrial streams with high demand of solute rejection. Our HYPERSHELL™ technology, a machined polypropylene rigid outer shell, offers significant advantages versus standard mesh wrapped elements like minimizing channeling, improving the hydrodynamics of the element, energy savings and faster loading and unloading of elements."

Specialty Membranes XUS180804 and XUS180802 Ultra-High Pressure RO Element

The DOW™ Specialty Membranes XUS180804 and XUS180802 Reverse Osmosis Elements are the 4- and 2.5-inch diameter versions of the ™ XUS180808 ultra-high pressure element for industrial water purification which offers an industry wide distinct combination of features. The elements can operate up to 120 bar (1,740 psi) due to a distinct element and membrane design which allows increasing the overall efficiency of Minimal Liquid Discharge (MLD) and Zero Liquid Discharge (ZLD) systems. The ultrahigh feed pressure results in very high solute concentrations thus helping to reduce the size of nstream conventional treatment processes or reuse water and concentrated brine directly.