Bioprocessing

Accelerate your biologic drug development with Praesto® 
chromatography resins.

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Monoclonal antibody and recombinant protein purification
Monoclonal antibody and recombinant protein purification
Products
Products
Praesto® Jetted A50 HipH Praesto® Jetted A50
Jetting Technology Technical Support
Tools & Services
Tools & Services
Field Application Services Throughput & Productivity Calculator

Core 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 Fine Mesh Resins Inert Spacer Polymers Mixed Bed Resins
Mixed Bed Resins
Overview Mixed Bed Nuclear Mixed Bed Ultrapure Water
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
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 Oil and Gas Potable and Groundwater
Potable and Groundwater
Overview Arsenic Nitrate PFAS TOC, Bromide and DBP Perchlorate
Power
Power
Overview Fossil Nuclear
Pulp and Paper Semiconductor - Electronics
Applications
Applications
Adsorption Catalysis Condensate Polishing Demineralization Metal Removal and Recovery Organics Removal Softening

Healthcare and Life Sciences

With 40 years of manufacturing expertise and 30 years of regulatory experience, we supply leading separation, purification and extraction technologies to support chromatography and biocatalysis applications in healthcare and life sciences. 

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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

Purolite

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 Careers
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 Events Blog Webinars
Tools
Tools
Purolite Resin System Modeling (PRSM™) Unit Conversion Calculator
Chemical Processing and Petrochemical / Core Technologies / purolite
Overview
Case Studies

Chemical Processing and Petrochemical Products

Purolite has served the chemical processing and petrochemical industry for over three decades and has established a track record of providing high-quality, tailored resin solutions to this growing space.
 
The petrochemical industry produces petroleum and natural gas-based chemicals that are the building blocks to the production of plastics, synthetic rubber, solvents, fertilizers, pharmaceuticals, additives and adhesives. It is very capital intensive, relies on significant technological innovation and operates in a global product market. As petroleum-based products evolve, resin technology can be found within or in support of many production processes. 

Purolite ion exchange, chelation and adsorbent products are used to perform the purification of chemical streams, treatment of boiler feed water, condensate polishing, wastewater streams and to recover precious metals typically dispersed in the produced streams.

For synthesis reactions, Purolite offers catalyst resin grades with large pores, thus avoiding blockage, fouling and possible breakage. For BPA synthesis, our catalysts deliver better conversion, longer lifetime and improved pressure drop.

In brine purification (chloralkali electrolysis), ion exchange resins and chelating functional group resins remove metals to very low levels prior to electrolysis to improve electrolyzer efficiency and equipment life.

For chemical processes using precious metals (i.e., platinum, palladium) for catalysis, these metals may be unknowingly leached into the process streams. Purolite provides a number of chelating resins displaying high selectivity for these precious metals, and capturing these metals on resins can recover significant revenue and increase product purity.

Our resins are also used for esterification, amine reclamation and monoethylene glycol (MEG) production. In addition to providing unique resin solutions for a wide range of challenging applications, Purolite is recognized globally for outstanding technical sales and support, a customer-centered approach and top-tier research and development resources and laboratories.

Common applications for ion exchange resins for chemical processing and petrochemicals include:

  • Amine reclamation
  • Bisphenol-A synthesis
  • Chlor alkali
  • Condensate polishing
  • Dealkalization
  • Demineralization
  • Esterification
  • Water softening
  • Monoethylene glycol (MEG)
  • Methyl tertiary butyl ether (MTBE) production
  • Oil removal from condensate
  • Phenol alkylation
  • Phenol purification
  • Precious metal recovery
  • Solvent purification
  • Tannin removal
  • Tert-amyl methyl ether (TAME) production

Quality and consistency are key attributes of Purolite products. ISO and additional standards associated with quality management, good manufacturing practices and ease of access to regulatory information are well regarded and extremely relevant to chemical processing and petrochemicals. Purolite has a dedicated, global regulatory team at our manufacturing locations to support your applications and management of change initiatives.

Please contact us with all of your ion exchange resin questions.

Troubleshooting a Petrochemical Refining Company's Demineralization System
Ammonia Recovery in a Nitrogen Fertilizer Plant

Chemical Processing and Petrochemical | Produse după aplicație

Alchilarea fenolului

CT169

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT251

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Capacitate mare

Brine Purification

MTS9300

polistirenic macroporos, rășină chelatica tip acid iminodiacetic, Capacitate mare

MTS9300H

polistirenic macroporos, rășină chelatica tip acid iminodiacetic, forma ionica: hidrogen, Capacitate mare

MTS9500

polistirenic macroporos, Rășină chelatica aminofosfonică

S930Plus

polistirenic macroporos, rășină chelatica tip acid iminodiacetic, Capacitate mare

S9320

polistirenic macroporos, rășină chelatica tip acid iminodiacetic, Capacitate mare

S940

polistirenic macroporos, Rășină chelatica aminofosfonică

dealcanilizare

C104Plus

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen

PPC104Plus

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Dimensiunea uniformă a particulelor, Categoria (de rasini tip) pat compact

SSTC104

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Technologia Shallow Shell™

Dedurizare - industrială

C100

polistirenic Gel, Rasina cationica puternic acida, forma sodiu

C100x10

polistirenic Gel, Rasina cationica puternic acida, forma sodiu

PFC100

polistirenic Gel, Rasina cationica puternic acida, forma sodiu, Dimensiunea uniformă a particulelor

PFC100x10

polistirenic Gel, Rasina cationica puternic acida, forma sodiu, Dimensiunea uniformă a particulelor

PPC104Plus

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Dimensiunea uniformă a particulelor, Categoria (de rasini tip) pat compact

SSTC60

polistirenic Gel, Rasina cationica puternic acida, forma sodiu, Technologia Shallow Shell™

Dedurizare - apă cu TDS ridicat

PPC104Plus

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Dimensiunea uniformă a particulelor, Categoria (de rasini tip) pat compact

SSTC104

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Technologia Shallow Shell™

Dedurizare - temperatură ridicată

PPC104Plus

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Dimensiunea uniformă a particulelor, Categoria (de rasini tip) pat compact

SSTC104

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Technologia Shallow Shell™

demineralizare - apă cu conținut ridicat de substanțe organice

A100Plus

polistirenic macroporos, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă

A848

poliacrilic Gel, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă, Categoria (de rasini tip) pat compact

A850

poliacrilic Gel, Rășină anionică puternic bazica, forma clor

A870

poliacrilic Gel, Rășină anionică cu bazicitate mixta, forma ionica: bază liberă / clorură

PFA100Plus

polistirenic macroporos, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă, Dimensiunea uniformă a particulelor

PFA850

poliacrilic Gel, forma clor, Dimensiunea uniformă a particulelor

demineralizare - component SAC (cationit puternic acid)

C100

polistirenic Gel, Rasina cationica puternic acida, forma sodiu

PFC100

polistirenic Gel, Rasina cationica puternic acida, forma sodiu, Dimensiunea uniformă a particulelor

PFC100x10

polistirenic Gel, Rasina cationica puternic acida, forma sodiu, Dimensiunea uniformă a particulelor

SGC650H

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Supergel™

SSTC60H

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Technologia Shallow Shell™

demineralizare - component SBA (anionit puternic bazic)

A400

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, forma clor

A400OH

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, Forma hidroxid

A850

poliacrilic Gel, Rășină anionică puternic bazica, forma clor

A870

poliacrilic Gel, Rășină anionică cu bazicitate mixta, forma ionica: bază liberă / clorură

PFA600OH

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, Forma hidroxid, Dimensiunea uniformă a particulelor

PFA850

poliacrilic Gel, forma clor, Dimensiunea uniformă a particulelor

SSTA63

polistirenic Gel, Rășină Anionică puternic bazica de tip II, forma clor, Technologia Shallow Shell™

SSTA64

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, forma clor, Technologia Shallow Shell™

demineralizare - eficiență ridicată de regenerare

SSTA63

polistirenic Gel, Rășină Anionică puternic bazica de tip II, forma clor, Technologia Shallow Shell™

SSTA64

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, forma clor, Technologia Shallow Shell™

SSTC104

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Technologia Shallow Shell™

SSTC60H

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Technologia Shallow Shell™

SSTPFA63

polistirenic Gel, Rășină Anionică puternic bazica de tip II, forma clor, Technologia Shallow Shell™, Dimensiunea uniformă a particulelor

SSTPFA64

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, forma clor, Technologia Shallow Shell™, Dimensiunea uniformă a particulelor

demineralizare - industrială

SGC650H

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Supergel™

demineralizare - pat mixt, gata de utilizare

MB3710

polistirenic Gel, Gel, rășină pat mixt, forma ionica: hidrogen, Forma hidroxid

MB400

polistirenic Gel, Gel, rășină pat mixt, forma ionica: hidrogen, Forma hidroxid

MB400/2048

polistirenic Gel, Gel, rășină pat mixt, forma ionica: hidrogen, Forma hidroxid

demineralizare - WAC (cationit slab acid)

C104Plus

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen

PPC104Plus

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Dimensiunea uniformă a particulelor, Categoria (de rasini tip) pat compact

SSTC104

poliacrilic Poros, rășină schimbătoare de cationi slab acida, forma ionica: hidrogen, Technologia Shallow Shell™

demineralizare - WBA (anionit slab bazic)

A100Plus

polistirenic macroporos, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă

A848

poliacrilic Gel, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă, Categoria (de rasini tip) pat compact

PFA100Plus

polistirenic macroporos, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă, Dimensiunea uniformă a particulelor

PPA100Plus

polistirenic macroporos, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă, Categoria (de rasini tip) pat compact

PPA848

poliacrilic Gel, rășină schimbătoare de anioni slab bazica, Forma ionica: bază liberă

Eliminarea materiei organice

A860

poliacrilic macroporos, forma clor

PFA444

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, forma clor, Dimensiunea uniformă a particulelor

filtru de protecție

CT175

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

Metale pretioase

MTS9100

poliacrilic macroporos, Rășină chelatica tip amidoximă

MTS9140

polistirenic macroporos, rășină chelatica tioureica

MTS9200

polistirenic macroporos, rășină chelatica tip iso-tiouroniu, neregenerabil

PFA445

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, forma clor, Dimensiunea uniformă a particulelor

producția de TAME

CT169

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT169DR

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Uscat

CT175

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT269

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Capacitate mare

CT269DR

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Uscat

CT275

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Capacitate mare

CT275DR

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Uscat

Producție de MTBE

CT169

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT169DR

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Uscat

CT175

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT269

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Capacitate mare

CT269DR

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Uscat

CT275

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Capacitate mare

CT275DR

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Uscat

Purificarea condensului

C1500MOR

polistirenic macroporos, Rasina cationica puternic acida, forma de morfolina, Puternic acid

SGA550MBSO4

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, Forma sulfat, Supergel™, Categoria pat mixt

SGA550OH

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, Forma hidroxid, Supergel™, Dimensiunea uniformă a particulelor

SGA550OHLC

polistirenic Gel, Rasinina Anionica puternic bazica de tip I, Forma hidroxid, Supergel™, Dimensiunea uniformă a particulelor

SGC650H

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Supergel™

Purificarea fenolului

CT151

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT151/2646

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

separator inert

IP1

polietilen, polimer inert, paturi compacte cu flux descendent

IP3

poliacrilic, polimer inert, Culoare albă, Sistem de pat mixt Trilite

IP4

polipropilena, polimer inert, paturi compacte cu funcționare ascendentă (Puropack), Forma cilindrica

IP9

clorura de polivinil(PVC), polimer inert, Aplicație in paturi inferioare

Sinteză Bisfenol-A

CT122

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT122/9048

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator

CT124

polistirenic Gel, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator, Reticulare mica

CT151/2646

polistirenic macroporos, Rasina cationica puternic acida, forma ionica: hidrogen, Catalizator