By S. K. Sundaram
Ceramic Engineering and technology complaints quantity 35, factor 1, 74th convention on Glass difficulties
S.K. Sundaram, Editor
In carrying on with the culture that dates again to 1934, this quantity is a set of 25 papers offered on the 74th Glass difficulties convention, October 14–17, 2013 in Columbus, Ohio. those papers are crucial interpreting for all who have to remain abreast of the newest study within the glass production box. content material is grouped into the under 5 sections:
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Additional info for 74th Conference on Glass Problems. Ceramic Engineering and Science Proceedings, Volume 35, Issue 1
Glass Industry in the future, Office of industrial technologies, April 2002 2. K. Cook, Forehearth profit from oxy-fuel combustion, Glass International, September 2007 3. C. E. Baukal, Oxygen-Enhanced Combustion, Second Edition, CRC press, March 15, 2013 4. R. Kalcevic, R. Tsiava, R. Fujinuma, C. Periasamy, R. Prabhakar, G. Todd, Industrial results of ALGLASS FH oxy fuel ForeHearth burner operation, Glass Problems Conference, 2008 5. European Commission, Glass Manufacturing Industry Integrated Pollution Prevention and control, July 2009 6.
Burner material issues possibly related to high metallic body temperatures. Three burners were equipped with three thermocouples each and the temperatures were recorded. The temperatures were in the expected range with the burner tip being hottest. To reduce any possible risk of overheating, the burner body material was changed to a high heat resistance material. Temperature increase at one burner. Upon inspection, it was found out that the high-density energy release by the flame inside the long and narrow refractory block channel could not be dissipated to the surrounding refractory and has caused the issues.
Based on similar data, predictive models are included that could help the glass industry better address boron emissions at the industrial plant level. INTRODUCTION Borates are an essential raw material for glass making. They provide benefits to the glass melting and forming processes by way of lower viscosity, lower energy requirements, and lower glass formation onset temperature. Some of the potential benefits borates create in the finished glass are decreased dielectric constant, lower thermal expansion, increased infrared (IR) absorption and increased chemical resistance.