Essential Readings in Light Metals: Aluminum Reduction Technology, Volume 2

Essential Readings in Light Metals: Aluminum Reduction Technology, Volume 2

Editor(s): Geoff Bearne, Marc Dupuis, Gary Tarcy

Published Online: 8 APR 2013 12:40PM EST

Print ISBN: 9781118635742

Online ISBN: 9781118647851

DOI: 10.1002/9781118647851

About this Book

ONE OF A FOUR-BOOK COLLECTION SPOTLIGHTING CLASSIC ARTICLES

Landmark research findings and reviews in aluminum reduction technology

Highlighting some of the most important findings and insights reported over the past five decades, this volume features many of the best original research papers and reviews on aluminum reduction technology published from 1963 to 2011. Papers have been organized into seven themes:

1. Fundamentals

2. Modeling

3. Design

4. Operations

5. Control

6. Environmental

7. Alternative processes

The first six themes deal with conventional Hall-Héroult electrolytic reduction technology, whereas the last theme features papers dedicated to nonconventional processes. Each section begins with a brief introduction and ends with a list of recommended articles for further reading, enabling researchers to explore each subject in greater depth.

The papers for this volume were selected from among some 1,500 Light Metals articles. Selection was based on a rigorous review process. Among the papers, readers will find breakthroughs in science as well as papers that have had a major impact on technology. In addition, there are expert reviews summarizing our understanding of key topics at the time of publication.

From basic research to advanced applications, the articles published in this volume collectively represent a complete overview of aluminum reduction technology. It will enable students, scientists, and engineers to trace the history of aluminum reduction technology and bring themselves up to date with the current state of the technology.

Table of contents

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  1. Part I: Fundamentals

  2. Part II: Modeling

    1. Comparison of Various Methods for Modeling the Metal-Bath Interface (pages 379–384)

      Dagoberto S. Severo, Vanderlei Gusberti, André F. Schneider, Elton C. V. Pinto and Vinko Potocnik

    2. CFD Modeling of the Fjardaal Smelter Potroom Ventilation (pages 421–426)

      Jon Berkoe, Philip Diwakar, Lucy Martin, Bob Baxter, C. Mark Read, Patrick Grover and Don Ziegler

  3. Part III: Design

    1. Tomago Aluminium AP22 Project (pages 512–517)

      Laurent Fiot, Chris Jamey, Nigel Backhouse and Claude Vanvoren

    2. Development of D18 Cell Technology at Dubal (pages 518–522)

      Daniel Whitfield, Abdulmunim Al-Moniem Said, Maryam Mohamed Khalifa Al-Jallaf and Ali. H. A. Mohammed

    3. New Cathodes in Aluminum Reduction Cells (pages 523–526)

      Feng Naixiang, Tian Yingfu, Peng Jianping, Wang Yaowu, Qi Xiquan and Tu Ganfeng

    4. Development and Deployment of Slotted Anode Technology at Alcoa (pages 539–544)

      Xiangwen Wang, Gary Tarcy, Stephen Whelan, Silvio Porto, Christopher Ritter, Bob Ouellet, Graham Homley, Andrew Morphett, Gilles Proulx, Steve Lindsay and Jay Bruggeman

  4. Part IV: Operations

  5. Part V: Control

  6. Part VI: Environmental

    1. Factors Affecting Fluoride Evolution from Hall-Heroult Smelting Cells (pages 870–878)

      W. E. Wahnsiedler, R. S. Danchik, D. L. Backenstose, W. E. Haupin and J. W. Colpitts

    2. Perfluorocarbon (PFC) Generation at Primary Aluminum Smelters (pages 1015–1023)

      Bernard P. Léber, Alton T. Tabereaux, Jerry Marks, Brian Lamb, Touche Howard, Ravi Kantamaneni, Michael Gibbs, Vikram Bakshi and Eric Jay Dolin

    3. On Continuous PFC Emission Unrelated to Anode Effects (pages 1037–1045)

      Wangxing Li, Qingyun Zhao, Jianhong Yang, Shilin Qiu, Xiping Chen, Jerry Marks and Chris Bayliss

  7. Part VII: Alternative Processes

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