By Charles H. Drummond III
This publication offers a state of the art number of papers offered on the 67th convention on Glass difficulties on the Ohio country collage, October 31-November 1, 2006.
offers a cutting-edge number of contemporary papers on glass difficulties as provided on the 67th convention on Glass Problems.
Sections on furnaces, refractories, uncooked fabrics, and environmental concerns are included.Content:
Chapter 1 box Glass replace (pages 2–12): Rick Bayer
Chapter 2 defense in development (pages 13–25): Laura Gray
Chapter three removal of warmth tension within the Glass production Enviorment (pages 27–30): Pat Pride
Chapter four The Gravity of Gravity — Safety's number 1 Enemy (pages 31–34): Terry Berg
Chapter five The Legacy of Glass examine actions by way of the U.S. division of Energy's commercial applied sciences software (pages 35–45): Elliott P. Levine and Keith Jamison
Chapter 6 program of Rigorous Model?Based Predictive technique keep an eye on within the Glass (pages 48–54): O. S. Verheijen
Chapter 7 Use and alertness of Modeling and Their Reliability (pages 55–70): H. P. H. Muysenberg, J. Chmelar and G. Neff
Chapter eight Air Emission specifications ? previous, current and destiny (pages 72–84): C. Philip Ross
Chapter nine Dry Sorbent Injection of Trona for SOx Mitigation (pages 85–99): John Maziuk
Chapter 10 power Balances of Glass Furnaces: Parameters identifying power intake of Glass soften methods (pages 102–116): Ruud Beerkens
Chapter eleven Leone Industries: event with Cullet Filter/Preheater (pages 117–125): Larry Barrickman and Peter Leone
Chapter 12 Petroleum Coke know-how for Glass Melting Furnaces (pages 127–137): M. A. Olin, R. Cabrera, I. Solis and R. Valadez
Chapter thirteen Coal Gasification (pages 139–147): John Brown
Chapter 14 Preheating units for destiny Glass Making, a second iteration process (pages 149–164): Ann?Katrin Glusing
Chapter 15 Melting and Refining stipulations in an All electrical Melter for Borosilicate Glass (pages 166–174): Matthias Lindig
Chapter sixteen fresh advancements in Submerged Combustion Melting (pages 175–181): David Rue, John Wagner and Grigory Aronchik
Chapter 17 New recommendations for Checkers operating less than Oxidizing and decreasing stipulations (pages 183–194): G. Heilemann, B. Schmalenbach, T. Weichert, S. Postrach, A. Lynke and G. Gelbmann
Chapter 18 ER 2001 SLX: Very Low Exudation AZS Product for Glass Furnace Superstructure (pages 195–201): M. Gaubil, I. Cabodi, C. Morand and B. Escaravage
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Extra info for 67th Conference on Glass Problems: Ceramic Engineering and Science Proceedings, Volume 28, Issue 1
Including a goal of reducing the gap between actual energy use and the theoretical minimum by 50% by the year 2020. A technology roadmap workshop was conducted in 1997, mhich ultimately led to the publishing of the "Glass Industry Technology Roadmap" in April 2002 by the GMIC. The roadmap identified technical barriers and priority research needs in four technical areas: production efficiency. energy efficiency, environmental performance. and innovative uses. G L ~ S S A CLEAR 11s FOR A RRIGHT FI TI' Vision Goals (2020) Operate with production costs at least 20% below 1995 levels, Recycle 100O/0 of all glass products in the manufacturing process, Reduce process energy use from present facility levels by TO% to\rard theoretical energy use limits.
Ohio State Universily Penn State University Purdue University Universityof Alabama-Birmingham Universityof Missouri-Rolla rn University of Utah West Virginia Univetsity rn National Energy Technology Laboratory D National Renewable Energy Laboralory D Oak RidgeNational Laboratwy w Pacific Northwest Nalional Laboratory D Sandia National Laboratories m N Sight Partners * New Ywk Slate Energy Research and Developmenl Authority rn Society for Glass Science and Praclices D Shell Glass Consulting Warren Wolf Consulting .
Application of these detailed, but also slow models for direct on-line control or optimization of glass melting processes is not possible without strong model reduction. TNO, IPCOS and the Eindhoven University of Technology have developed a generic approach, the so-called Proper Orthogonal Decomposition (POD), which is able to reduce the complex CFD glass furnace simulation model to no more than approximately 50 equations, while maintaining the required accuracy and level of detail. 000 times faster than real-time.
67th Conference on Glass Problems: Ceramic Engineering and Science Proceedings, Volume 28, Issue 1 by Charles H. Drummond III