926 - 950 of 1,104
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CreatorTitleDateDescription
926 Wakamura, Yasujiro; Samejima, Ryuji; Nakazato, KunihiroReburning and Repowering Technologies for the Solid Waste Combustion Boiler1994
927 Wendt, J. O. L.; Lin, W. C.Reburning of NOx in Overall Fuel Lean, Diffusion Flame Environments1994
928 Farzan, H.; Wessel, R. A.; Sarv, H.; Kim, R. K.; Rodgers, L. W.; Maringo, G. J.; Yagiela, A. S.Reburning Scale-Up Methodology for NOx Control From Cyclone Boilers1991
929 Recent Advances in High Velocity Combustors1979
930 Matthew MartinRecent Developments and Current Insights in Ethylene Flare Technology: The Impact of Burner Design Vent Gas Variability and Ancillary Equipment2016-09-13Conference paper
931 Martin, M.Recent Developments and Current Insights in Ethylene Flare Technology: The Impact of Burner Design Vent Gas Variability and Ancillary Equipment2016-09-13Paper from the AFRC 2016 conference titled Recent Developments and Current Insights in Ethylene Flare Technology: The Impact of Burner Design Vent Gas Variability and Ancillary Equipment
932 Anderson, D. K.; Bianca, J. D.; McGowan, J. G.Recent Developments in Physical Flow Modeling of Utility Scale Furnaces1986
933 Recent NOx Research at IGT1979
934 Heimes, Felix; Dunphy, Jack; Smigelski, John; O'Meara, ThomasRecent Progress with the Intelligent Emission Control System1996
935 Roberts, P. A.Recent Trends in the Ijmuiden Research Programmes1984
936 Drennan, Scott A.; Webster, Timothy L.Reducing Emissions from Biomass Fuel Combustion1998
937 Moyeda, David K.; Pont, Jennifer N.; Payne, R.Reducing NOx Emissions by Coal Reburning: Pilot Scale Process Studies1994
938 Cain, B. E.; Robertson, T. F.; Newby, John N.; Kurihara, Takayoshi; Uchida, SusumuReducing NOx Emissions in High Temperature Furnaces1998
939 Reducing NOx Emissions in High-Temperature Furnaces1997
940 De Santis, R.; Mainini, G.; Sala, M.Reducing Power Boiler Emissions Via "In Furnace Control"1998
941 Liu, Hao ; Gibbs, Bernard M.Reduction of N2O Emissions from a Coal-Fired Circulating Fluidised Bed Combustor by Afterburning1998
942 Toqan, M. A.; Berg, L.; Beer, J. M.; Marotta, A.; Beretta, A.Reduction of Nitrogen Oxides Emissions by Combustion Process Modification in Natural Gas Flames: Fundamentals of Low-NOx Burner Design1990
943 Boyle, John M.; Russell, Armistead; Yao, Shi-Chune; Ekmann, James; Mathur, Mahendra P.; Fu, YuenReduction of Nitrogen Oxides from Post-Combustion Gases Utilizing Molecular Radical Species1991
944 Gibbs, B. M.; Sibtain, S. F.; Salam, T. F.The Reduction of NOx Emissions from a Fluidised Bed Combustor by Staged Combustion Combined with Ammonia Additive Injection1991
945 Sun, W. H.; Bisnett, M. J.; Kirk, D. W.; Steuch, H. E.; Hille, J.Reduction of NOx Emissions from Cement Kiln/Calciner through the Use of the NOxOUT Process1994
946 Zinn, Ben T.Reduction of Pollutant Emissions From Incineration Processes With Cello Pulse Burners1993
947 Ma, H. K.; Pan, K. C.; Lee, W. B.Reexaminatuon of Fuel-NO Reduction in a Gas-Fired Furnace1993
948 Loftus, Jordan ScDRefinery Heater Simulation by the Hottel Zoning Method1989
949 Herman HolmRefinery Sector Rule Focus on Flare Combustion Control Parameters2016-09-13Conference paper
950 Holm, H.Refinery Sector Rule Focus on Flare Combustion Control Parameters2016-09-13Paper from the AFRC 2016 conference titled Refinery Sector Rule Focus on Flare Combustion Control Parameters
926 - 950 of 1,104