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Electropure Inc of Laguna Hills, California has been granted a second US patent for its ion-exchange membranes. These membranes form an integral part of the company’s electrodeionization (EDI) water purification technology. EDI is used in industri- al water treatment systems to produce ultrapure water for electronic, pharmaceutical and power generation applications. The company markets its membrane for non-EDI uses under the trade name Excellion. The patent (US 6716888) describes an improved ion-exchange membrane made by using Electropure’s environmentally friendly, ‘solventless’ process. This reduces the mem- brane’s exposure to heat, which could damage sensitive ion-exchange sites. Electropure says that it is continuing to expand its portfolio of US and foreign patents in this technology. The company currently exports about two-thirds of its EDI products, and sells to 37 countries worldwide. Contact: Electropure Inc, 23456 South Pointe Drive, Laguna Hills, CA 92653, USA. Tel: +1 949 770 9347, Fax: +1 949 770 9209, www.electropure-inc.com German-based Celanese AG has formed PEMEAS Fuel Cell Technologies – with a con- sortium of investors led by UK-based Conduit Ventures Ltd – to promote the com- mercialization of its fuel cell technology. PEMEAS supplies membrane-electrode assemblies for high-temperature polymer elec- trolyte membrane (PEM) fuel cells, which are expected to be more cost-effective and reliable than conventional low-temperature fuel cells. The venture, in which Celanese holds a minority stake, has raised total financing of approximately 18 million. The Conduit-led consortium also comprises Sustainable Asset Management in Zürich, CDP Capital in Québec, Canada and InfraServ GmbH & Co Hoechst KG in Frankfurt, a Celanese affiliate which manages the industrial park Frankfurt- Hoechst. Conduit is a venture capital company that focuses on fuel cells and related hydrogen technologies, and is backed by Danfoss A/S, Johnson Matthey, Mitsubishi Corporation and Shell Hydrogen. Contacts: Dr Jürgen Pawlik, PEMEAS Fuel Cell Technologies, Industriepark Hoechst, G864, D-65926 Frankfurt am Main, Germany.Tel: +49 69 305 82463, Fax: +49 69 305 17709, Email: [email protected], www.pemeas.com Conduit Ventures Ltd, 20–21 Took’s Court, Cursitor Street, London EC4A 1LB, UK.Tel: +44 207 242 9595, www.conduit-ventures.com ISSN 0958-2118 June 2004 www.filtsep.com Contents News 1–4 In Brief 3, 4 Feature: GTL synthesis gas generation membrane for monetizing stranded gas By Susanne Olsen and Edward Gobina – Centre for Process Integration & Membrane Technology, Robert Gordon University, UK 6–10 Patents 11–14 Events Calendar 15 Research Trends 15–16 Celanese venture to commercialize fuel cell technology ISSN 0958-2118/04 © 2004 Elsevier Ltd. All rights reserved This journal and the individual contributions contained in it are protected under copyright by Elsevier Ltd, and the following terms and conditions apply to their use: Photocopying Single photocopies of single articles may be made for personal use as allowed by national copyright laws. Permission of the publisher and payment of a fee is required for all other photocopying, including multiple or systematic copying, copying for advertising or promotional purposes, resale, and all forms of document delivery. Special rates are available for educational institutions that wish to make photocopies for non-profit educational classroom use. Electropure second patent for ion-exchange membrane French-based Veolia Environnement has signed an agreement under which it will sell US Filter Corporation’s systems and services businesses to Siemens, for US$993 million. Veolia Environnement says that the move is a major step in its strategy to refocus its water activ- ities in North America on long-term contracts for both municipal and industrial clients, which was announced last September. It follows the sale of Everpure in November 2003. ‘The sale of US Filter Corp’s systems and ser- vices businesses generated significant interest from both strategic and financial investors,’ says Henri Proglio, chairman/CEO of Veolia Environnement. The transaction is expected to close during the third quarter of 2004 following approval by the applicable antitrust authorities. Contact: Veolia Water North America, 14950 Heathrow Forest Parkway, Suite 200, Houston, TX 77032. Tel: +1 281 985 5479, Fax: +1 281 449 1500, www.veoliawaterna.com Siemens to buy USFilter Ceramic membranes aid hydrogen-based technologies The US Department of Energy’s Argonne National Lab is working on a ceramic mem- brane which may help develop hydrogen- based technologies, such as fuel cell vehicles. Ceramic membranes lack pores, and are made of dense, conductive materials through which only electrons and certain ions can pass. The membranes behave differently depending on the material used to form them. After studying the conductivity and solubility of various materials, an Argonne research team developed a compos- ite ceramic oxide that transports only hydrogen and electrons, producing a stream of pure hydro- gen suitable for use in hydrogen technologies. The new membrane tolerates temperatures up to 900°C, unlike most membrane systems. At such high temperatures more hydrogen can be pushed through the membrane’s structure.

Celanese venture to commercialize fuel cell technology

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Page 1: Celanese venture to commercialize fuel cell technology

Electropure Inc of Laguna Hills, Californiahas been granted a second US patent for itsion-exchange membranes.

These membranes form an integral part of thecompany’s electrodeionization (EDI) waterpurification technology. EDI is used in industri-al water treatment systems to produce ultrapurewater for electronic, pharmaceutical and powergeneration applications. The company marketsits membrane for non-EDI uses under the tradename Excellion.

The patent (US 6716888) describes animproved ion-exchange membrane made by

using Electropure’s environmentally friendly,‘solventless’ process. This reduces the mem-brane’s exposure to heat, which could damagesensitive ion-exchange sites.

Electropure says that it is continuing toexpand its portfolio of US and foreign patents inthis technology. The company currently exportsabout two-thirds of its EDI products, and sellsto 37 countries worldwide.

Contact: Electropure Inc, 23456 South Pointe Drive,Laguna Hills, CA 92653, USA. Tel: +1 949 770 9347,Fax: +1 949 770 9209, www.electropure-inc.com

German-based Celanese AG has formedPEMEAS Fuel Cell Technologies – with a con-sortium of investors led by UK-basedConduit Ventures Ltd – to promote the com-mercialization of its fuel cell technology.

PEMEAS supplies membrane-electrodeassemblies for high-temperature polymer elec-trolyte membrane (PEM) fuel cells, which areexpected to be more cost-effective and reliablethan conventional low-temperature fuel cells.

The venture, in which Celanese holds aminority stake, has raised total financing ofapproximately �18 million. The Conduit-ledconsortium also comprises Sustainable AssetManagement in Zürich, CDP Capital inQuébec, Canada and InfraServ GmbH & CoHoechst KG in Frankfurt, a Celanese affiliate

which manages the industrial park Frankfurt-Hoechst. Conduit is a venture capital companythat focuses on fuel cells and related hydrogentechnologies, and is backed by Danfoss A/S,Johnson Matthey, Mitsubishi Corporation andShell Hydrogen.

Contacts:Dr Jürgen Pawlik, PEMEAS Fuel Cell Technologies,Industriepark Hoechst, G864, D-65926 Frankfurt amMain, Germany. Tel: +49 69 305 82463, Fax: +49 69305 17709, Email: [email protected],www.pemeas.com

Conduit Ventures Ltd, 20–21 Took’s Court, CursitorStreet, London EC4A 1LB, UK. Tel: +44 207 242 9595,www.conduit-ventures.com

ISSN 0958-2118 June 2004www.filtsep.com

C o n t e n t s

News 1–4

In Brief 3, 4

Feature:GTL synthesis gas generationmembrane for monetizingstranded gasBy Susanne Olsen and Edward Gobina– Centre for Process Integration &Membrane Technology, RobertGordon University, UK 6–10

Patents 11–14

Events Calendar 15

Research Trends 15–16

Celanese venture to commercialize fuel cell technology

ISSN 0958-2118/04 © 2004 Elsevier Ltd. All rights reservedThis journal and the individual contributions contained in it are protected under copyright by Elsevier Ltd, and the following terms and conditionsapply to their use:PPhhoottooccooppyyiinnggSingle photocopies of single articles may be made for personal use as allowed by national copyright laws. Permission of the publisher and payment of a feeis required for all other photocopying, including multiple or systematic copying, copying for advertising or promotional purposes, resale, and all forms ofdocument delivery. Special rates are available for educational institutions that wish to make photocopies for non-profit educational classroom use.

Electropure second patent for ion-exchange membrane

French-based Veolia Environnement hassigned an agreement under which it will sellUS Filter Corporation’s systems and servicesbusinesses to Siemens, for US$993 million.

Veolia Environnement says that the move is amajor step in its strategy to refocus its water activ-ities in North America on long-term contracts forboth municipal and industrial clients, which wasannounced last September. It follows the sale ofEverpure in November 2003.

‘The sale of US Filter Corp’s systems and ser-vices businesses generated significant interestfrom both strategic and financial investors,’ saysHenri Proglio, chairman/CEO of VeoliaEnvironnement.

The transaction is expected to close duringthe third quarter of 2004 following approval bythe applicable antitrust authorities.

Contact:Veolia Water North America, 14950 Heathrow ForestParkway, Suite 200, Houston, TX 77032. Tel: +1 281 9855479, Fax: +1 281 449 1500, www.veoliawaterna.com

Siemens to buy USFilter

Ceramic membranes aid hydrogen-based technologiesThe US Department of Energy’s ArgonneNational Lab is working on a ceramic mem-brane which may help develop hydrogen-based technologies, such as fuel cell vehicles.

Ceramic membranes lack pores, and are madeof dense, conductive materials through whichonly electrons and certain ions can pass. Themembranes behave differently depending on thematerial used to form them. After studying the

conductivity and solubility of various materials,an Argonne research team developed a compos-ite ceramic oxide that transports only hydrogenand electrons, producing a stream of pure hydro-gen suitable for use in hydrogen technologies.

The new membrane tolerates temperatures upto 900°C, unlike most membrane systems. Atsuch high temperatures more hydrogen can bepushed through the membrane’s structure.