By S. K. Sundaram
Ceramic Engineering and technology lawsuits 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 suite of 25 papers provided on the 74th Glass difficulties convention, October 14–17, 2013 in Columbus, Ohio. those papers are crucial examining for all who have to remain abreast of the most recent learn within the glass production box. content material is grouped into the under 5 sections:
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Extra resources for 74th Conference on Glass Problems. Ceramic Engineering and Science Proceedings, Volume 35, Issue 1
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. , “Numerical Simulation of Industrial Processes”, American/Japanese Flame Research Committees, International Symposium, Kauai, Hawaii, September 9–12, 2001 GLASS PRODUCTION LOSSES ORIGINATING FROM CONTAMINANTS IN CULLET AND RAW MATERIALS J.
Or it may be that something completely different has occurred. Collect samples, preferably more than ten samples, and get them to the laboratory technologist without delay. Petrographic analysis should be able to recognize the usual suite of stone defects and identify any new or unusual stones, if present. As was noted above, it would not be possible to list all of the possible “unusual” stone defects that may arise from raw material and cullet contaminant materials. A basic list of source conditions is furnished below while a more detailed list can be found in later sections of this paper.
Natural gas, fuel-oil, coal, synthetic gas). When air is fully replaced by industrial grade oxygen (purity level varying from 80 to 100%, the remaining part being nitrogen and argon), the air burners must be replaced by dedicated oxygen burners. A challenge in glass forehearths is its low available space for retrofitting from air to oxygen combustion. 5 m high) with underport installed fuel injectors that let space for changing to oxy fuel burners with a refractory block of 250 × 250 mm. In forehearths, air burners are installed almost one next to the other.
74th Conference on Glass Problems. Ceramic Engineering and Science Proceedings, Volume 35, Issue 1 by S. K. Sundaram