72ND CONFERENCE ON GLASS PROBLEMS: Ceramic Engineering and Science Proceedings, Volume 33

Copyright © 2012 The American Ceramic Society. All rights reserved.

72ND CONFERENCE ON GLASS PROBLEMS: Ceramic Engineering and Science Proceedings, Volume 33

Editor(s): Charles H. Drummond

Published Online: 29 JUN 2012 01:54PM EST

Print ISBN: 9781118205877

Online ISBN: 9781118217450

DOI: 10.1002/9781118217450

About this Book

Product Information

About The Product

This issue contains a collection of papers presented at the 72nd Conference on Glass Problems at The Ohio State University, Columbus, Ohio. Topics covered include glass melting; refractories; process control; legislation safety, and emissions; recycling and batch wetting.

Table of contents

    1. You have free access to this content
      Front Matter (pages i–xiii)

  2. Part I: Glass Melting

    1. Optimization of Burners in Oxygen-Gas Fired Glass Furnace (pages 1–13)

      Marco van Kersbergen, Ruud Beerkens, Wladimir Sarmiento-Darkin and Hisashi Kobayashi

    2. Future Energy-Efficient and Low-Emissions Glass Melting Processes (pages 15–32)

      Ruud Beekens, Hans Van Limpt, Adriaan Lankhorst and Piet van Santen

    3. Mathematical Modeling to Optimize a Furnace Length by Width Ratio (pages 33–51)

      Erik Muijsenberg, Marketa Muijsenberg, Tomas Krobot and Glenn Neff

    4. A Summary of Almost 50 Years of Glass Furnace Preheating (pages 53–64)

      George Kopser

    5. Is 50% Energy Efficiency Improvement Possible in the Glass Product and Production Chain in 2030? (pages 65–72)

      Léon Wijshoff

  3. Part II: Refractories

    1. Conception of Modern Glass Furnace Regenerators (pages 73–89)

      Stefan Postrach, Elias Carillo, Mathew Wheeler and Götz Heilemann

    2. New Cruciform Solutions to Upgrade your Regenerator (pages 91–104)

      D Lechevalier, I Cabodi, O Citti, M Gaubil and J Poiret

    3. Bonded Solutions for the Container Market (pages 105–111)

      Thierry Azencot and Savoie Réfractaires

    4. Low-Cost Fused Cast Refractories: Some Peculiarities and Connection with Glass Defects (pages 113–119)

      P. Carlo Ratto

    5. Mullite, Spinel & Calcium Aluminate – Leading the Way for Long Campaign/Energy Efficient Modern Glass Furnace Construction (pages 121–133)

      Chris Windle, Trevor Wilson and Rhiannon Webster

    6. MoZrO2 - A New Material for Glass Melting Electrodes and Molybdenum Glass Tank Reinforcements - Experiences and Insights (pages 135–143)

      Mike Ferullo and Rudolf Holzknecht

  4. Part III: Process Control

    1. Changing of GOB Temperature from Spout to Blank (pages 145–158)

      Gesine Bergmann, Hayo Müller-Simon, Nils-Holger Löber and Kristina Kessler

    2. High Viscosity Glass Sheet Fabrication (pages 159–165)

      Daniel Hawtof

    3. Closed Loop Control of Blank Mold Temperatures (pages 167–175)

      Jonathan Simon and Braden McDermott

  5. Part IV: Legislation, Safety, and Emissions

    1. The U.S. Policy and Political Landscape and Its Potential Impacts on the Glass Industry: Through a Glass Darkly (pages 177–186)

      Shelley N. Fidler and Marisa Hecht

    2. Achieving a Global Corporate Safety Culture (pages 187–192)

      Jeff Hannis

    3. Emission Monitoring in the Glass Industry (pages 193–201)

      Steve Roosz

  6. Part V: Recycling and Batch Wetting

    1. Design of a New 25 Ton Per Hour Waste Glass Processing Plant for Rumpke (pages 203–215)

      Christian Makari and Stefan Ebner

    2. Glass Recycling Technology of Today (pages 217–220)

      Hoser Moser

    3. Cord Testing using Thermal Shock: Virtue or Vice? (pages 221–229)

      Gary L. Smay and Henry M. Dimmick

    4. To Wet or Not to Wet, That is the Question – Part B – Using Dry Batch (pages 231–242)

      Douglas H. Davis and Christopher J. Hoyle

    5. Batch Wetting - Another Point of View (pages 243–255)

      John Brown, Hisashi Kobayashi, Wladimir Sarmiento-Darkin and Matthias Lindig

    1. You have free access to this content
      Author Index (page 257)

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