Bioprocessing

Accelerate your biologic
drug development with 
Purolite™ chromatography resins.

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mAb & protein purification
mAb & protein purification
Overview Products
Products
Affinity Chromatography Resins
Affinity Chromatography Resins
Overview Purolite™ DurA™ Cycle A50 Purolite™ Praesto™ 70 CH1 Purolite™ Praesto™ AP+80 Purolite™ Praesto™ Jetted A50 HipH Purolite™ Praesto™ Jetted A50
IEX Chromatography Resins
IEX Chromatography Resins
Overview Purolite Praesto™ Jetted SP Purolite Praesto™ Jetted Q
Jetting Technology Technical Support
Tools & Services
Tools & Services
Knowledge Hub Chromatography Column Packing Calculator Throughput and Productivity Calculator Field Application Services

Purification Technologies

As a global leader in resin technology, we develop and manufacture small beads that are used in the most regulated industries in the world to separate, remove or recover very specific elements and compounds.

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Product Types
Product Types
Adsorbents
Adsorbents
Overview Adsorbents for Enzyme Immobilization Adsorbents for Gases and Organic Vapors Adsorbents of Organic Pollutants Citrus Juice Debittering Corn Sweetener Refining Inorganic Salt Separation Using Adsorbents Patulin Removal Polyphenol Recovery
Catalyst Chelation Resins Chromatographic Separation Resins Inert Spacer Polymers Mixed Bed Resins
Mixed Bed Resins
Overview Mixed Bed Nuclear Mixed Bed Ultrapure Water
Shallow Shell™ Resins Strong Acid Cation Resin Strong Base Anion Resin Weak Acid Cation Resin
Weak Acid Cation Resin
Overview Weak Acid Cation Macroporous Weak Acid Cation Porous
Weak Base Anion Resin
Weak Base Anion Resin
Overview Weak Base Anion Gel Weak Base Anion Macroporous
Industries
Industries
Carbon Capture Chemical Processing and Petrochemical Food and Beverage
Food and Beverage
Overview Dairy Flavors Food Ingredients Fruit Juice
Fruit Juice
Overview Citrus Juice Debittering Patulin Removal Polyphenolic Compound Recovery
Gelatin and Collagen Organic Acid Purification Sugar
Sugar
Overview Beet Sugar Refining Cane Sugar Refining
Sweetener
Sweetener
Overview Corn Sweetener Refining
Additional Food and Beverage
Hydrometallurgy Metals Plating Microelectronics Oil and Gas Potable and Groundwater
Potable and Groundwater
Overview Arsenic Nitrate PFAS TOC, Bromide and DBP Perchlorate
Power
Power
Overview Fossil Nuclear Green Hydrogen
Pulp and Paper
Applications
Applications
Adsorption Catalysis Condensate Polishing Demineralization Metal Removal and Recovery Organics Removal Softening Water Purity Solutions

Pharma and Medical

With 40 years of manufacturing expertise and 30 years of regulatory experience, we supply leading separation, purification and extraction technologies to support chromatography applications within the Pharma and Medical space.

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Pharmaceutical
Pharmaceutical
Overview APIs/Excipients Milling Media
Medical Devices and Diagnostics
Medical Devices and Diagnostics
Overview Biofluid Treatment Diagnostics
Nutraceuticals
Nutraceuticals
Overview Dairy Protein Isolation Supplement Ingredients Vitamin Purification

Ecolab

We are a world leader in resin-based separation, purification and extraction technology, that provides sustainable solutions for our environment, businesses and healthcare.

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About
About
About Us
About Us
Overview History
Locations Services Manufacturing Customer Support Research and Development Brands
Brands
CriticalResin™ Macronet™ Microlite™ Purofine™ Puromet™ Puromill™ Puropack™ PuroSorb™ Shallow Shell™ UltraClean™
Environmental Commitment
Resources
Resources
General Information Certifications
Certifications
Product Certifications Quality, Environment, Health and Safety
Terms of Sale Glossary and Definitions Case Studies
News & Events
News & Events
News Blog Webinars
Tools
Tools
Purolite Resin System Modeling (PRSM™) Chromatography Column Packing Calculator Throughput and Productivity Calculator Unit Conversion Calculator
Mixed Bed Resin - Nuclear / Mixed Bed Resin / Core Technologies / Ecolab
Steam Generator

Mixed Bed Resins - Nuclear Products

Nuclear grade polishing mixed bed resins offer a selection of products to address the diversity of conditions encountered in nuclear plant operations and insure optimum performance. The Ecolab nuclear grade mixed bed resins are primarily equivalence blends for maximum exchangeable capacity. Strong acid cation rich mixed bed resins are available for high cation and amine circuits. 

When selecting mixed bed resin products it is essential to consider the objective for the resin. Resins, both cations and anions with high capacity will have greater selectivity for ions however kinetics will slow. Therefore higher capacity resins will result in lower ionic leakage but may not offer total loading capacity. Removing trace impurities from high purity water, such as conditions found in boiling water reactors (BWR) higher capacity resins will allow lower leakage. 

Whereas, in the primary circuit or a pressurized water reactor (PWR) medium crossed link resin will control ionic leakage yet achieve a greater total loading, thus reducing resin use and waste generation.

Mix beds with macroporous strong acid cation resin and gel anion resin offer a unique benefit of high selectivity and good kinetics achieving an efficient treatment for almost all nuclear systems.

  • BWR condensate polishing, spent fuel pool demineralizer 

  • High purity condensate polishing and reactor water clean-up 

  • Primary polishing and clean-up systems

  • Steam generator blow down demineralization

  • Demineralization - dyed anion and cation resin to indicate exhaustion 

Mischbett, für Kernkraft Applicationen Produkte nach Anwendung

Aufreinigung radioaktiver Abfälle

NRW3240

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3562

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, kationereich, Qualität für Kernkraftanwendungen

Condensate Polishing - Primary Water

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLCLi7

Polystyrol makroporös, Gel, Cation / strong base anion, Lithium 7 : Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

NRW3670

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

CVCS - Clean Up Bed

NRW3460

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3670

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

CVCS - Lithiated Polishing Bed

NRW3560Li7

Polystyrol makroporös, Gel, Mischbettharz, Lithium 7 Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLCLi7

Polystyrol makroporös, Gel, Cation / strong base anion, Lithium 7 : Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

Dekontamination - radioaktive Kreisläufe

NRW3460

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLC

Polystyrol makroporös, Gel, Cation / strong base anion, Hydrogen: Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

NRW3660

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

Dekontamination von radioaktivem Abfall

NRW3240

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

Entmineralisierung - Clean-Up System

NRW3240

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3460

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3550

Polystyrol makroporös, makroporös, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLC

Polystyrol makroporös, Gel, Cation / strong base anion, Hydrogen: Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

Kondensatreinigung - BWR Mischbett

NRW3660

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3670

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

Kondensatreinigung - Hoch reines Mischbett

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLC

Polystyrol makroporös, Gel, Cation / strong base anion, Hydrogen: Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

NRW3670

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

ph Kontrolle - Primärkühlkreislauf

NRW3240Li

Polystyrol Gel, Gel, Mischbettharz, Lithium 6 Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3240Li7

Polystyrol Gel, Gel, Mischbettharz, Lithium 7 Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3260Li7

Polystyrol Gel, Gel, Mischbettharz, Lithium 7 Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560Li7

Polystyrol makroporös, Gel, Mischbettharz, Lithium 7 Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLCLi7

Polystyrol makroporös, Gel, Cation / strong base anion, Lithium 7 : Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

NRW3670Li7

Polystyrol Gel, Gel, Mischbettharz, Lithium 7 Form, Hydroxid Form, Qualität für Kernkraftanwendungen

primary coolant purification - low chloride

NRW3560XLC

Polystyrol makroporös, Gel, Cation / strong base anion, Hydrogen: Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

Radwaste Cleanup

NRW3460

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3562

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, kationereich, Qualität für Kernkraftanwendungen

Spent Fuel Pool

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLC

Polystyrol makroporös, Gel, Cation / strong base anion, Hydrogen: Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

Steam Generator Blowdown

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

Vollentsalzung - Bad für abgebrannte Brennelemente in Kernkraftwerken

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560XLC

Polystyrol makroporös, Gel, Cation / strong base anion, Hydrogen: Hydroxide form, 1:1 equivalent Mixed Bed, Extra Low Chloride, Qualität für Kernkraftanwendungen

NRW3660

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

Vollentsalzung - Dampferzeuger Blowdown in Kernkraftwerken

NRW3550

Polystyrol makroporös, makroporös, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

NRW3560

Polystyrol makroporös, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen

Vollentsalzung - Zusatzwasser in Kernkraftwerken

NRW3460

Polystyrol Gel, Gel, Mischbettharz, Wasserstoff Form, Hydroxid Form, Qualität für Kernkraftanwendungen