Overview

Literature

Case Studies

Products for Fossil Power Plants

Purolite has been servicing the fossil power industry for over 25 years. We manufacture ion exchange resin products specific to power industry requirements to keep plants running safely, effectively and efficiently. Fossil power plant operations require exceptional water purity for critical systems. Purolite ion exchange resins for the power industry are purified to the highest specification to make sure impurities contributing to scale formation and corrosion are removed. Our ion exchange resins are highly reliable with exceptional operating capacity and great mechanical strength — helping to increase service life, limit change-outs and reduce downtime.

Fossil Power Plants
Purolite has developed a large diversity of high-quality ion exchange resin products for use in fossil power generation and backed by the largest technical support team in the industry. Purolite products are used in a variety of water systems in power plants. These systems include feedwater makeup, condensate polishing, stator cooling, cation conductivity columns and analytical equipment.

Makeup water resins will be determined based on the overall influent water quality and treatment equipment design. Whether the system is co-flow or counter flow will also matter in product selection. Products for makeup commonly consist of strong acid cation and strong base anion resins, however weak acid and weak base resins may reduce operating cost. Counter flow service requires specific resin grades to minimize differential pressures during service. Polishing cation and anion resins that are mixed will be designed to properly separate for regeneration. When polishing high purity water in mechanically challenging applications such as condensate polishing, the resins will require higher capacity for selectivity and durability to minimize breakage during transfer and regeneration with concentrated chemicals.

APPLICATION GUIDE

Fossil Power Generation Products by Application

Cation Conductivity

C100HIND(SPL)

Polystyrenic Gel, Strong Acid Cation Resin, Hydrogen form, With Indicator

Condensate Polishing

A500TLOHPlus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Hydroxide form, Trilite Mixed Bed System

A500TLPlus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Chloride form, Trilite Mixed Bed System

A500TLSO4Plus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Sulfate form, Trilite Mixed Bed System

SGA550MBOH

Polystyrenic Gel, Type I Strong Base Anion Resin, Hydroxide form, Supergel^™, Mixed Bed Grade

SGA550OH

Polystyrenic Gel, Type I Strong Base Anion Resin, Hydroxide form, Supergel^™, Uniform Particle Size

SGC650

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

SGC650H

Polystyrenic Gel, Strong Acid Cation Resin, Hydrogen form, Supergel^™

SGC650NH4

Polystyrenic Gel, Strong Acid Cation Resin, Ammonium form, Supergel^™

Condensate Polishing - Precoat

CG19H

Polystyrenic Powder, Hydrogen form, Hydroxide form

CG19N

Polystyrenic Powder, Ammonium form, Hydroxide form

CG4H

Polystyrenic Powder, Cation / Anion with Fiber, Hydrogen form, Hydroxide form

CG4N

Powder, Cation / Anion with Fiber, Ammonium form, Hydroxide form

MB1/1N

Polystyrenic Powder, Cation / Anion, Ammonium form, Hydroxide form

MB2/1N

Polystyrenic Powder, Cation / Anion, Ammonium form, Hydroxide form

PrAOH

Polystyrenic Powder, Anion, Hydroxide form

PrCH

Polystyrenic Powder, Cation, Hydrogen form, Precoat

Condensate softening

C150

Polystyrenic Macroporous, Strong Acid Cation Resin, Sodium form

PPC150

Polystyrenic Macroporous, Strong Acid Cation Resin, Sodium form, Packed Bed Grade

SGC650

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

Demineralization - SAC Component

C100

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

C150

Polystyrenic Macroporous, Strong Acid Cation Resin, Sodium form

PFC100

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Uniform Particle Size

PPC150

Polystyrenic Macroporous, Strong Acid Cation Resin, Sodium form, Packed Bed Grade

SGC650

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

SGC650H

Polystyrenic Gel, Strong Acid Cation Resin, Hydrogen form, Supergel^™

SGC650NH4

Polystyrenic Gel, Strong Acid Cation Resin, Ammonium form, Supergel^™

SSTC80

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Shallow Shell^™ Technology*

Demineralization - SBA Component

A300

Polystyrenic Gel, Type II Strong Base Anion Resin, Chloride form, FDA 21 CFR 173.25

A400

Polystyrenic Gel, Type I Strong Base Anion Resin, Chloride form

A500Plus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Chloride form

PFA300

Polystyrenic Gel, Type II Strong Base Anion Resin, Chloride form, Uniform Particle Size

PFA400

Polystyrenic Gel, Type I Strong Base Anion Resin, Chloride form, Uniform Particle Size

PFA500Plus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Chloride form, Uniform Particle Size

Mixed bed anion component

A200MB

Polystyrenic Gel, Type II Strong Base Anion Resin, Chloride form, Mixed Bed Grade

A200MBOH

Polystyrenic Gel, Type II Strong Base Anion Resin, Hydroxide form, Mixed Bed Grade

A400MB

Polystyrenic Gel, Type I Strong Base Anion Resin, Chloride form, Mixed Bed Grade

A400MBOH

Polystyrenic Gel, Type I Strong Base Anion Resin, Hydroxide form, Mixed Bed Grade

A400MBOHIND

Polystyrenic Gel, Type I Strong Base Anion Resin, Hydroxide form, With Indicator, Mixed Bed Grade

A500MBPlus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Chloride form, Mixed Bed Grade

A500TLOHPlus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Hydroxide form, Trilite Mixed Bed System

A500TLPlus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Chloride form, Trilite Mixed Bed System

A500TLSO4Plus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Sulfate form, Trilite Mixed Bed System

A510MBOHPlus

Polystyrenic Macroporous, Type II Strong Base Anion Resin, Hydroxide form, Mixed Bed Grade

A510SMBOHPlus

Polystyrenic Macroporous, Type II Strong Base Anion Resin, Hydroxide form, Mixed Bed Grade, Sugar Grade

NRW400

Polystyrenic Gel, Type I Strong Base Anion Resin, Hydroxide form, Nuclear Grade

NRW505

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Hydroxide form, Nuclear Grade

NRW600

Polystyrenic Gel, Type I Strong Base Anion Resin, Hydroxide form, Nuclear Grade

NRW8000

Polystyrenic Gel, Type I Strong Base Anion Resin, Hydroxide form, Uniform Particle Size, Nuclear Grade

PFA400MB

Polystyrenic Gel, Type I Strong Base Anion Resin, Chloride form, Uniform Particle Size, Mixed Bed Grade

PFA500MBPlus

Polystyrenic Macroporous, Type I Strong Base Anion Resin, Chloride form, Uniform Particle Size

SGC650

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

Mixed bed cation component

SGC650H

Polystyrenic Gel, Strong Acid Cation Resin, Hydrogen form, Supergel^™

SGC650NH4

Polystyrenic Gel, Strong Acid Cation Resin, Ammonium form, Supergel^™

Softening & iron Removal

SSTC60

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Shallow Shell^™ Technology*

Softening - High Regeneration Efficiency

SSTC60

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Shallow Shell^™ Technology*

Softening - High TDS Water

SSTC80

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Shallow Shell^™ Technology*

Softening - High Temperature

C150

Polystyrenic Macroporous, Strong Acid Cation Resin, Sodium form

SGC650

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

SSTC80

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Shallow Shell^™ Technology*

Softening - Industrial

C100

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

C100x10

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form

PFC100

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Uniform Particle Size

SSTC60

Polystyrenic Gel, Strong Acid Cation Resin, Sodium form, Shallow Shell^™ Technology*

Fossil Power

Here to Help

Overview

Literature

Case Studies

Products for Fossil Power Plants

Condensate Polishing

SSTC60 Resin for Softening

Produced Water Softening: Using SAC & WAC Shallow Shell™ Resin Technology

Shallow Shell Technology Anion Resins

Shallow Shell Technology - Overview

Fossil Power Generation Products by Application