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Show - 9 - prove to be powerful aids in the design of novel techniques fo r NOx reduction in glass melting furnaces. ACKNOWLEDGEMENTS The authors would like to acknowledge that the work described in this paper was executed on behalf of and supported financiall y by the NG NOx Consortium consisting of Gaz de France (France), SNAM (Italy) , Tokyo Gas Ltd. and Osaka Gas Ltd. (Japan) , NV Nederlandse Gasunie (Netherlands) and Bri tish Gas Plc. (Uni t ed Kingdom) . Furthermore the authors would like the acknowledge the J oint Committee of the International Flame Research Foundation f o r permission to publish this paper. REFERENCES [ 1] ZELDOVICH Y B, SADOVNIKOV PY, and FRANK KAMEWETSKI D A, Oxidation of nitrogen in combustion (translation M SHELF), Academy of Sciences of USSR, Insti tute Chemical Physics I Moscow-Leningrad, 1947. [ 2] W L van de KAMP and J P SMART NOx emission characteristics in high temperature gas f i r ed processes, NG 6-0 Report. IFRF Doc No G 11 / a/ 1, 1988. [ 3] W L van de KAMP, J P SMART, T NAKAMURA and M E MORGAN NOx reduction and heat transfer characteristics i n gas fi r ed glass mel ting furnaces, Resul ts of t he 1 G 6- 1 investigations, IFRF Doc No F90 / a/4, July 1989, [ 4] SPALDING D B, The art of partial modelling, 9 th Symposium (Int) on Combustion, 1962, 883. [ 5] W TRIER Glasschmelzoefen, Konstruktion und Betrieb. Springer Verlag, Berlin, Heidelberg, Tokyo, 198 4 . [ 6] J M BEER and N A CHIGIER Combustion Aerodynamics, Applied Science Publishers, London, 1972 [ 7] WARK K and WARNER C F, Air Pollution - Its Origin and Control, Second Edition, Harper and Row Publ, New York 1981. |
