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Proceedings of the 50th Conference on Glass Problems: Ceramic Engineering and Science Proceedings, Volume 11, Issue 1,2 PDF

224 Pages·1990·5.448 MB·English
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Preview Proceedings of the 50th Conference on Glass Problems: Ceramic Engineering and Science Proceedings, Volume 11, Issue 1,2

50th Conference on Glass Problems Proceedings of the 50th Conference on Glass Problems Clifton G. Bergeron Editor A Collection of Papers Presented at the 50th Conference on Glass Problems Sponsored by the Departments of Materials Science and Engineering University of Illinois at Urbana-Champaign and The Ohio State University November 7-8, 1989 University of Illinois at Urbana-Champaign Illini Union Building Urbana, IL ISSN 0196-6219 Published by The American Ceramic Society, Inc. 757 Brooksedge Plaza Drive Westerville, OH 43081-6136 Copyright@ 1990, The American Ceramic Society, Inc. Execirfive Direcfor & Piiblislier Editor W. Paul Holbrook John B. Wachtman Director of Piiblicufions Prodrrction Munuger Linda S. Lakemacher Alan Hirtle Cornminee on Piiblicufions: David W. Johnson, Jr., chair; Ronald E. Loehman; Richard E. Tressler; Robert J. Eagan, a oficio; W. Paul Holbrook, a oficio; Waltraud M. Kriven, a oficio; John B. Wachtman, a oficio. Ediforial and Sitbscripfion Oflces: 757 Brooksedge Plaza Drive, Westerville, Ohio, 43081-6136. Subscription $69 a year; single copies $15 (postage outside U.S. $5 additional). Published bimonthly. Printed in the United States of America. Allow four weeks for address changes. Missing copies will be replaced only if valid claims are received within four months from date of mailing. Replacements will not be allowed if the subscriber fails to notify the Society of a change of address. CESPDK VOI. 11, NO.1 -2, pp. 1-216, 1990 The American Ceramic Society assumes no responsibility for the statements and opinions advanced by the contributors to its publications, or by the speakers at its programs. Copyright 0 1990, by the American Ceramic Society. Permission to photocopy for personal or internal use beyond the limits of Sections 107 and 108 of the U.S. Copyright Law is granted by the American Ceramic Society for libraries and other users registered with the Copyright Clearance Center, provided that the fee of $2.00 per copy of each article is paid directly to CCC, 21 Congress Street, Salem, MA 01970. The fee for articles published before 1990 is also $2.00 per copy. This consent does not extend to other kinds of copying, such as copying for general distribution, for advertising or promotional purposes, or for creating new collective works. Requests for special permission and reprint requests should be addressed to the Reprint Dept., the American Ceramic Society (0196-6219/89 $Z.OOl. Each issue of Ccrurnic Erigineering arid Science Proceedings includes a collection of technical articles in a general area of interest, such as glass, engineering ceramics, and refractories. These articles are of practical value for the ceramic industries. The issues are based on the proceedings of a conference. Both The American Ceramic Society, Inc., and non-Society conferences provide these technical articles. Each issue is organized by an editor who selects and edits material from the conference. Some issues may not be complete representations of the conference proceedings. There is no other review prior to publication. Foreword The conference was sponsored by the Departments of Materials Science and Engineering of the University of Illinois at Urbana-Champaign (UIUC) and the Ohio State University. C. G. Bergeron, Professor of Ceramic Engineering, was Director of the Conference. Local arrangements and conference operations were handled by G. W. Conlee, Assistant Director of the Glass Conference, also of the Department of Materials Science and Engineering, UIUC. Chester S. Gardner, Associate Dean of the College of Engineering, UIUC, gave the welcoming address. James Economy, Head, Depart- ment of Materials Science and Engineering, UIUC, gave the Depart- mental Greeting. Themes and chairmen of the conference session were as follows: Furnace Operation and Glass Melting Ralph Chinella Owens-Illinois, Incorporated Environmental Considerations Edward R. Begley Corhart Refractories Company Panel Discussion on Control of Emissions and Hazardous Waste C. Philip Ross, Moderator Kerr Corporation Selected Topics John McConnell PPG Industries Charles Drummond, 111, Associate Professor of Ceramic Engineer- ing, the Ohio State University, presided at the banquet. Entertainment was provided by the University of Illinois Jazz Band with Fay V. Tooley as soloist. The Conference was held in the Illini Union Building, Urbana, IL. Preface In keeping with the precedent established by the previous glass conferences, the papers from the 50th Annual Conference on Glass Problems have been brought together for the 1989 edition of The Collected Papers. Manuscripts are reproduced largely as furnished by the authors but were reviewed prior to presentation by the respective session chairmen. A modest amount of editing was also done by C. G. Bergeron. The University of Illinois at Urbana-Champaign is not responsible, as a body, for the statements and opinions expressed in this publication. C. G. Bergeron Urbana, IL November, 1989 Acknowledgments It is a pleasure to acknowledge the assistance and advice provided by the Program Advisory Committee whose members are listed below: Edward R. Begley Corhart Refractories Corporation Ralph Chinella Owens Illinois Incorporated Charles H. Drummond, I11 The Ohio State University W. Kenneth Enos Phillips Lighting Company Foster L. Harding Manville Sales Corporation Carl W. Hibscher Toledo Engineering Company Jerry Kersting Corning Glass Works John F. McConnell PPG Industries Philip Ross, Jr. Kerr Glass Manufacturing Company C. G. Bergeron Conference Director Dedication It is fitting that this 50th Annual Conference on Glass Problems be dedicated to Dr. Fay V. Tooley. Fay has been actively involved in all but one of the 50 conferences. He demonstrated the blowing of rock wool to the attendees at the very first conference, which was held on the Urbana campus in 1934. Thirteen years later he became director of the conference at Illinois and continued in that capacity for the next 28 years. Born in Nokomis, Illinois, on May 4, 1908, Fay attended elementary school and high school in Mattoon, Illinois. He attended the University of Illinois at Urbana-Champaign and received degrees in Chemistry (BA, 1932), Ceramic Science (M.S., 1936), and Ceramic Engineering (Ph.D., 1939). Following graduation, Fay joined the Owens Corning Fiberglass Corporation; in 1940, he was appointed Director of Glass Research, Development and Control. He returned to UIUC in 1947 to assume the position of Professor of Glass Technology. In addition to his teaching and research duties, Fay assumed the direction of the Glass Conference when it was held at Illinois. During that period the Glass Conference attendance grew from approximately 100 to over 500 people. Fay has contributed much to the glass industry through his research, his editorship and co-authorship of the popular Handbook of Glass Manufacture, and the students who passed through his courses, many of whom later became leaders in the glass industry. Fay has received numerous honors and awards for his contributions to the industry, including the Glass Industry’s Phoenix Award and the Toledo Glass and Ceramics Award. A Fellow of the American Ceramic Society, he served as Secretary of the Glass Division for 20 years and on numerous committees of that Division. Most recently, he received the American Ceramic Society’s highest honor when he was awarded honorary life membership. Long-time attendees will recognize that this dedication would be incomplete without an acknowledgment of the many contributions of Fay’s charming wife, Rosemary, who assisted Fay with many of the myriad details involved in putting on a Glass Conference and whose warmth and graciousness made many a newcomer feel welcome. A Note on the History of the Glass Conference Professor C. W. Parmelee, Head of the Department of Ceramic Engineering at the University of Illinois at Urbana-Champaign from 1922 to 1942, conceived the idea of a conference directed toward benefitting the glass industry by sharing university research and exchanging ideas among manufacturers. With the assistance of friends from the glass industry, he put together a program and invited those "within convenient distance of Urbana" to attend. The first conference, held on June 1 and 2, 1934, was enthusiastically received and it attracted some 50 participants from 8 states. A second conference was held in November of the same year and attracted 98 glass manufactur- ing practitioners from 12 states. It was clear that a conference of this type met the needs of the glass industry and the conference subsequent- ly became an annual event with the exception of those years during World War I1 when it did not meet. Following World War 11, UIUC invited The Ohio State University to join with it in sponsoring and directing those conferences, an arrangement that has continued to the present. The Annual Conference on Glass Problems has often been cited as an example of a very successful cooperative effort between a basic U.S. industry and two major universities. In commemoration of the 50th anniversary of the Glass Conference, Dr. Fay V. Tooley has written a lively and informative history of the Glass Conference based on many of his personal recollections as well as on archival material from the two universities and various trade sources. Copies of this 240-page document, which includes numerous photos of participants-beginning with the first conference-as well as a listing of the programs and speakers, are available from the Newark Leader Printing company in Newark, Ohio. An order blank is included with the advance program mailing. C. G. Bergeron Urbana, IL Table of Contents ........... The United States Glass Industry-Then and Now 1 Fay V. Tooley Identifying Glass Penetration of Furnace Bottoms ................. during Cool-Down of Drained Furnaces 14 Bradley Q. Kinsman .......... Time-Lapse Video Photography in a Glass Melter 18 Glenn Neff, Jr. and James Nabors ............ Ceramic Welding at Latchford Glass Company 32 Thad R. Busby .................................... Color Plates 39 ................ Operation of a Cullet Preheating System 53 W. E. Cole, F. Becker, L. Donaldson, and S. Panahe The Health and Safety Aspects of Man-Made .................................. Mineral Fibers 69 W. B. Bunn, G. R. Chase, and R. A. Versen ........ Toxic and Acid Gas Reduction from Glass Furnaces 80 Donald J. Keifer ....................... LoNoP Glass Melting Furnace 89 Ronald H. Moore Pilot-Scale Testing and Preliminary Commercial System Design of a Gas-Fired Advanced Glass ................................ Melting Furnace 102 D. J. Bender, J. G. Hnat, A. F. Litka, L. W. Donaldson, Jr., G. L. Ridderbusch, D. J. Tessari, and J. R. Sacks Panel Discussion on Control of Emissions and ............................... Hazardous Waste 125 Experimental Studies of the Thermal Performance ............. of Various Cruciform Regenerator Packings 127 A. Zanoli, E. R. Begley, R. Vidil, and D. Largarenne ......... Managing a Sale of Technology Project in China 145 Andrew H. Jackson Advantages of New Refractories for Electric Melters .................... Producing Insulating Fiber Glass 151 Glenn Aspholm and Thomas M. Wehrenberg .................... Soda Ash and the Glass Industry 161 Andrew F. Zeller ................ Non- Axisymmetric Jet Oxygen Lancing 175 T. A. Yap Computer Modeling of Glass Flow in Ribbon ...................................... Process 196 Simon M. Rekhson, Yang Wang, and H. P. Wang AGRASIP Glass Container Production Process ................................. Improvements 205 John S. Wasylyk 50th Conference on Glass Problems Editor John B, Wachtman Copyright@ 1990, The American Ceramic Society, Inc Ceram. Eng. Sci. Proc. 1111-21 pp. 1-13 (1990) The United States Glass Industry-Then and Now FAY V. TOOLEY As I was putting some thoughts together on the development and health of our industry, I ran across a paper that I earlier had much admired. The paper contained the substance of a talk given in 1953 by Dr. William C. Taylor of the Corning Glass Works.' (Many of you may recall that Dr. Taylor along with Eugene C. Sullivan were co-inventors of the original Pyrex glass laboratoryware composition.) His subject was a review of some aspects of the glass industry back to 1903, some thirty years prior to our first glass problems conference meeting. The major emphasis of the talk was the effect of technological development in our industry over a half century, and it embraced a philosophy that I came to share enthusiastically over the ensuing years. Dr. Taylor's paper recalls a trenchant and pervasive aspect of our industry's development. It is that "the bulk of glass manufactured prior to 1900 was based either on its use as a container or on its transparen- cy." Taking into account the great versatility of glass as we know it today, we must agree with Dr. Taylor, who believed that attempts to spread information about the usefulness of glass were ineffective because of a lack of knowledge. We can imagine that in the very early days of glass development there were a few entrepreneurial persons who wished to make some- thing new and useful out of glass. Let us consider in historical perspective one such hypothetical person. He had very little informa- tion concerning glass composition-physical-optical properties that fitted his dream. He did not have the phase equilibrium diagrams and data on glass-viscosity relations which have been so helpful with respect to the melting, forming, and annealing problems basically inherent in any glass. He did not have methods adequate for conducting accurate chemical analyses of raw materials and glass, or methods for accurately measuring the physical properties of his experimental glasses. He had a few glasses that were largely dependent on a very few raw materials, and had but few physical and chemical properties relating to them. And if our hero had had a vision of semi- or fully automatic process- ing, he would have had insufficient knowledge of metals and mechani- cal motions. What might such a person have accomplished if he had had access to the information we have today? 50th Conference on Glass Problems Editor John B, Wachtman 1 Copyright@ 1990, The American Ceramic Society, Inc

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