The seventy-five referenced papers in this volume represent the second in a series of biannual benchmarks for technologies that maximize energy conversion while minimizing undesirable emissions. Covering the entire range of industrial and transport combustion as well as strategies for energy R&D, these state-of-the-art contributions will be indispensable to mechanical and chemical engineers in academia and industry, and technical personnel in military, energy, and environmental agencies of government.
SECTION 7---FLUIDIZED BED COMBUSTION Abatement of NOx Emission from a Circulating Fluidized Bed Combustor 599(8) X. S. Wang N. A. Akhtar B. M. Gibbs M. J. Rhodes Simulation of a Circulating Atmospheric Fluidized Bed Including Flow, Combustion, Pollutant Formation and Retention 607(28) R. Leithner S. Vockrodt J. Wang A. Schulz J. Muller Factors Influencing the Combustion Efficiency of Coal in a Circulating Fluidized Bed 635(10) X. S. Wang N. A. Akhtar B. M. Gibbs M. J. Rhodes Analysis of CAFBC Behaviour Using a Numerical Model 645(8) P. C. Saraiva J. L. T. Azevedo M. G. Carvalho Clean Combustion of Energetic Materials in a Fluidised Bed 653(20) A. Pires J. Campos SECTION 8---WASTE INCINERATION Control of Emissions of Mercuric Chloride by Adsorption on Sorbalit™ 673(8) A. Lancia D. Musmarra F. Pepe G. Volpicelli Evaluation of Long-Term Full-Scale Incineration Tests with Different Types of Refuse Derived Fuel 681(16) M. Schipper-Zablotskaja Low Pollution Technology in Incineration and Slagging of Municipal Solid Waste 697(14) T. Suzuki R. Kitamura T. Yoshigae H. Kawabata T. Ito Treatment of Scrubber Effluent from a Multiple Hearth Incinerator 711(12) J. P. Jones A. Kantardjieff Gas Pollutants from Detonation and Combustion of Industrial Explosives 723(16) J. Campos A. Pires J. C. Gois A. Portugal SECTION 9---LOW EMISSIONS INTERNAL COMBUSTION ENGINES Natural Gas Vehicles for a Clean Environment---An Overview and the Trends for the Future 739(24) A. Bassi Effects of a Ring Crevice on Hydrocarbon Emission from Spark Ignition Engines 763(18) T. Saika K. Korematsu M. Kono Partial Disconnection of some Cylinders of Work as a Way of Diminishing Diesel Engine Exhaust Gases Toxicity 781(10) S. Postrzednik A. Ciesiolkiewicz Efficiency of Spark-Ignition Engine Fuelled with Methanol-Gasoline Blends 791(10) A. Kowalewicz Measurement of the Exhaust Emissions from Otto-Engines Equipped with a Three-Way-Catalyst Regarding the Secondary Emission of Nitrous Oxide 801(10) C. Wehinger R. Meyer-Pittoroff Experimental Study of NOx Reduction by Impinging-Jet-Flame in a Closed Vessel with Opposed Dual Prechambers 811(12) I. Jeung K. Cho SECTION 10---NEW POWER GENERATION CYCLES OF CONCEPTS CO2 Mitigation Through Mixed Steam and CO2 Gas Turbine Cycles 823(14) J. De Ruyck G. Allard D. Bruggeman P. Mathieu The Design of a Coal-Fired, High Temperature Furnace for an Advanced Combined-Cycle System 837(16) E. G. Eddings M. P. Heap D. W. Pershing A. F. Sarofim P. J. Smith Coal Gasification Power Cycles Using Mixtures of CO2, Steam and Argon 853(10) H. Verelst T. Van Mierlo K. Maniatis G. P. Sakellaropoulos K. Sjostrom P. Pilidis SECTION 11---CONTROL TECHNOLOGIES Concept of Boiler Efficiency Assessment Expert Systems 863(12) N. Afgan M. G. Carvalho Gas Reburning. Influence of Different Variables on the NOx Reduction 875(14) R. Bilbao M. U. Alzueta A. Millera J. Lezaun J. Adanez Development of an Emissions Control System for a Coal Fired Power Plant 889(18) T. Lucas J. Abadia J. J. Casares J. A. Souto V. Perez-Munuzuri Dilute Oxygen Combustion---A New Approach for Low NOx Combustion 907(8) H. Kobayashi Z. Du Influence of a Hydrocarbon, C3 H6 or C3 H8, on the Reduction of NO by CO in the Absence and in the Presence of O2, with a Pd/Al2 O3 Catalyst 915(12) A. Lemaire H. Praliaud J. Massardier M. Prigent Granulation of Filter Dusts from Combustion Plants 927(14) A. Kaiser SECTION 12---PROCESS TECHNOLOGIES Model Based Study of Oxi-Fuel Furnaces for Low-NOx Melting Process 941(20) M. G. Carvalho M. Nogueira A Numerical and Experimental Study of the Turbulent Combustion of Natural Gas with Air and Oxygen in an Industrial Furnace 961(18) B. Farouk M. M. Sidawi C. E. Baukal Development of Burners and Combustion Facilities in Kakogawa Works 979(14) A. Yamamoto H. Tatemichi R. Odawara T. Mine Ultra Low NOx Burners for Industrial Process Heaters 993(16) R. T. Waibel The Prediction of the Performance Effects of Powdered Coal Injection into the Tuyere of a Blast Furnace 1009(12) F. C. Lockwood K. Takeda SECTION 13---REACTION FUNDAMENTALS AND COMBUSTION GENERATOR PARTICLES A Detailed Kinetic Study of Ammonia Oxidation 1021(24) R. P. Lindstedt F. C. Lockwood M. A. Selim A Route to NOx Reduction Via Flame Stretch 1045(10) D. Proctor I. G. Pearson S. A. Brumale Soot Morphology and Optical Properties in Nonpremixed Turbulent Flame Experiments 1055(24) G. M. Faeth U. O. KoylU Application of Soot Mass Growth Rates Determined in a Plug Flow Reactor on Soot Prediction in Turbulent Diffusion Flames 1079(16) B. Bartenbach M. Huth W. Leuckel SECTION 14---DIAGNOSTICS Acoustic Pyrometry: A Correlation Between Temperature Distributions and the Operating Conditions in a Brown Coal Fired Boiler 1095(20) W. Derichs F. Hess K. Menzel E. Reinartz Evaluation of an Amplitude Sizing Anemometer and Application to a Pulverised Coal Burner 1115(24) N. G. Orfanoudakis A. M. K. P. Taylor Flame Visualization in Power Stations 1139 H. J. M. Hulshof A. W. Thus A. J. L. Verhage
Maria da Graca Carvalho, F. C. Lockwood, Woodrow A Fiveland, Christos Papadopoulos
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