22.07.2013 Views

IER Brochure-A4.indd - The Dow Chemical Company

IER Brochure-A4.indd - The Dow Chemical Company

IER Brochure-A4.indd - The Dow Chemical Company

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

DOW DOW UPCORE and AMBERPACK<br />

Packed Bed Systems


UPCORE and AMBERPACK Packed Bed Systems<br />

With DOW Packed Bed Systems we offer you one of the<br />

best solutions instead of a compromise. DOW Packed Bed<br />

Systems are characterized by:<br />

1. Counterfl ow technology<br />

2. Compact system lay-out<br />

3. Low investment costs<br />

4. Cost effective operation<br />

5. Low rinse water requirement<br />

6. Effective handling of suspended solids<br />

7. Reliable and high operational availability<br />

AMBERPACK Packed Bed System<br />

<strong>The</strong> AMBERPACK System is an upfl ow service and downfl ow<br />

regenerated technology. It can be designed as single, double<br />

and triple compartment lay-out. <strong>The</strong> two and three compartment<br />

vessels can accommodate weak and strong electrolyte<br />

resin combinations resulting in high effi ciency systems. <strong>The</strong><br />

resin bed is packed between a lower and an upper nozzle plate.<br />

AMBERPACK SYSTEMS<br />

SAC SBA<br />

Single Compartment<br />

Our packed bed systems come with a complete<br />

engineering package, including manual, calculation tool,<br />

resin analysis service and availability of regional expertise<br />

on ion exchange resin technology to support you with design<br />

and resin selection for your project.<br />

DOW Packed Bed Systems are ideally suitable to<br />

demineralize and soften a large range of different feed<br />

waters up to the most stringent quality demands. Worldwide<br />

thousands of UPCORE and AMBERPACK Systems are<br />

in operation, with fl ow rates from 5 to more than 500 m3 /h<br />

per line.<br />

<strong>The</strong> AMBERPACK System is ideally suited to use AMBERJET <br />

Uniform Particle Size Resins. <strong>The</strong>se resins maximize the system<br />

performance and bring you the ultimate treated water quality.<br />

Other special resin grades are also available with high capacity<br />

and low pressure drop.<br />

AMBERLITE and AMBERJET PACKED BED RESINS<br />

PRODUCT<br />

Weak Acid Cation Resins<br />

TYPE MATRIX PARTICLE RECOMMENDED USES<br />

AMBERLITE IRC86RF<br />

Strong Acid Cation Resins<br />

Acrylic Gel Graded High Capacity WAC resin designed for use in AMBERPACK Systems.<br />

AMBERJET 1300 H Styrenic Gel Uniform High strength resin. Good for layered beds and mixed beds for<br />

polishing and pure water applications.<br />

AMBERLITE 252RF H<br />

Weak Base Anion Resins<br />

Styrenic Macro Graded High strength resin designed for packed beds where greater<br />

stability is needed in demineralization.<br />

AMBERLITE IRA96RF<br />

Strong Base Anion Resins<br />

Styrenic Macro Graded Styrenic WBA resin designed for use in packed beds<br />

Low Rinse, acrylic WBA designed for use in AMBERPACK Systems.<br />

Excellent organic barrier<br />

High strength, acrylic WBA designed for use in AMBERPACK Systems<br />

AMBERLITE IRA458RF CL Acrylic Gel Graded Acrylic type 1 SBA for packed beds where organic fouling<br />

resistance is required. Good on high sulfate waters.<br />

AMBERLITE IRA478RF CL Acrylic Gel Graded Bi-functional resin (WBA/SBA) which gives excellent capacity and<br />

organic fouling resistance.<br />

AMBERJET 4200 CL Styrenic Gel Uniform Uniform resin for most demineralization systems. Good balance of<br />

capacity and strength and silica leakage<br />

AMBERJET 4600 CL Styrenic Gel Uniform Uniform, type 2 SBA resin for most demineralization systems<br />

where high capacity is desired.<br />

AMBERLITE IRA900RF CL Styrenic Macro Graded High strength resin designed for packed beds where greater<br />

stability is needed in demineralization.<br />

SAC<br />

WAC<br />

SBA<br />

WBA<br />

Double Compartment


DOWEX UPCORE SYSTEM<br />

<strong>The</strong> DOWEX UPCORE system is a high effi ciency upfl ow<br />

regenerated and downfl ow service system. <strong>The</strong> resin bed is<br />

packed between an upper and lower nozzle plate. Besides<br />

a single, double and triple compartment vessel lay-out, the<br />

UPCORE System can be designed with a layered bed anion.<br />

A layered bed offers an option to minimize the system<br />

investment costs by accommodating weak and strong<br />

functional resins in only one vessel compartment.<br />

UPCORE SYSTEMS<br />

SAC SBA<br />

Single Compartment<br />

Because the service cycle operates downfl ow, the system<br />

is not sensitive to any variation in feed water fl ow and is<br />

capable of handling start, stop situations during production<br />

without quality upset or additional chemical consumption.<br />

<strong>The</strong> UPCORE System gives you maximum fl exibility during<br />

production without compromising effi ciency.<br />

Unlike any other ion exchange packed bed system, the<br />

UPCORE System brings you a solution to suspended solids<br />

handling. <strong>The</strong> UPCORE System is the only packed bed system<br />

with a self cleaning ability. As particulates accumulate at<br />

the top layer of the resin bed, they are swept out during the<br />

fi rst step of the upfl ow regeneration. <strong>The</strong> two compartment<br />

vessels can be backwashed without additional regeneration<br />

requirements. Both features maximize the systems availability<br />

and enhance effi ciency.<br />

DOWEX UPCORE PACKED BED RESINS<br />

PRODUCT<br />

Weak Acid Cation Resins<br />

TYPE MATRIX PARTICLE RECOMMENDED USES<br />

UPCORE MAC-3<br />

Strong Acid Cation Resins<br />

Acrylic Macro Gaussian High Capacity WAC resin designed for use in UPCORE Systems.<br />

High mechanical stability and resistance to oxidants.<br />

DOWEX UPCORE Mono<br />

Resins C-600<br />

Styrenic Gel Uniform Uniform SAC specifi cally designed for use in UPCORE Systems.<br />

DOWEX UPCORE Mono MC-525<br />

Weak Base Anion Resins<br />

Styrenic Macro Uniform Uniform, high strength resin designed specifi cally for<br />

UPCORE Systems.<br />

DOWEX UPCORE Mono WB-500<br />

Strong Base Anion Resins<br />

Styrenic Macro Uniform Uniform WBA specifi cally designed for use in UPCORE Systems.<br />

High regeneration effi ciency and organics removal.<br />

DOWEX UPCORE Mono A-500 Styrenic Gel All Uniform Uniform SBA designed for use in UPCORE Systems.<br />

DOWEX UPCORE Mono A-625 Styrenic Gel All Uniform Uniform SBA designed for use in layered bed UPCORE Systems,<br />

paired with UPCORE WB-550 Resins. High capacity, low<br />

pressure drop.<br />

DOWEX UPCORE Mono A2-500 Styrenic Gel All Uniform Uniform type 2 SBA specifi cally designed for use in<br />

UPCORE Systems.<br />

DOWEX UPCORE Mono MA-600<br />

Inert Material<br />

Styrenic Macro All Uniform Uniform SBA resin specifi cally designed for use in UPCORE Systems<br />

where high stability is required.<br />

DOWEX UPCORE Mono IF-62 inert n/a n/a n/a Inert resin specifi cally designed to be used in UPCORE Systems.<br />

WAC<br />

SAC<br />

WBA<br />

SBA<br />

Double Compartment


How to make your choice<br />

Each Packed Bed System has specifi c technical strong points on which you can base your selection. Our technical service<br />

specialists can offer you the best solutions and maximize your benefi ts.<br />

Technical Element Recommended System<br />

Self cleaning ability / handling of suspended solids UPCORE <br />

Optimized regeneration water consumption AMBERPACK <br />

<strong>The</strong> need to run process over variable or<br />

intermittent fl ow rates<br />

PACKED BED SIMPLIFIED SELECTION GUIDE<br />

UPCORE<br />

Low TDS water and high organics AMBERPACK<br />

Most suitable to retrofi t existing co-fl ow system UPCORE<br />

NOTICE: No freedom from infringement of any patent owned by <strong>Dow</strong> or others is to be inferred. Because use conditions and applicable laws may differ from one location to another and<br />

may change with time, Customer is responsible for determining whether products and the information in this document are appropriate for Customer’s use and for ensuring that Customer’s<br />

workplace and disposal practices are in compliance with applicable laws and other government enactments. <strong>The</strong> product shown in this literature may not be available for sale and/or<br />

available in all geographies where <strong>Dow</strong> is represented. <strong>The</strong> claims made may not have been approved for use in all countries. <strong>Dow</strong> assumes no obligation or liability for the information in<br />

this document. References to “<strong>Dow</strong>” or the “<strong>Company</strong>” mean <strong>The</strong> <strong>Dow</strong> <strong>Chemical</strong> <strong>Company</strong> and its consolidated subsidiaries unless otherwise expressly noted. NO WARRANTIES ARE GIVEN;<br />

ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ARE EXPRESSLY EXCLUDED.<br />

® Trademark of <strong>The</strong> <strong>Dow</strong> <strong>Chemical</strong> <strong>Company</strong> (<strong>Dow</strong>) or an affi liated company of <strong>Dow</strong><br />

177-02517<br />

06/2012, Rev. 0

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!