D201 DIFFUSION COMBUSTION IN A TUBE-NESTED COMBUSTOR
スポンサーリンク
概要
- 論文の詳細を見る
An advanced-type compact water-tube boiler has been designed on the basis of the new concept of cooling flame by water-tube bank in the furnace, and is referred to as "tube-nested combustor". It realized drastic reduction in boiler size as well as in the NO_x emission. In this present study, aiming at further improvement of boiler efficiency and reduction of NO_x emission, the combustion characteristics in the furnace were investigated by using the test boiler of 0.5t/h steam output. Experimental results indicated that the NO_x formation was restricted in the narrow area close to the burner exit, and that the CO-concentration decreased drastically with the combustion gas stream through the tube-bank. These facts are closely related to the experimental evidence of the cross-sectional distribution of gas temperature being rather uniform owing to the agitation by the tube-bank. These experimental results verified the soundness of the boiler design and, in addition, gave relevant information on local combustion characteristics available for the R&D of the next generation tube-nested combustor.
- 一般社団法人日本機械学会の論文
著者
-
MATSUMOTO Ryosuke
Department of Mechanical Engineering and Science, Graduate School of Engineering, Kyoto University
-
OZAWA Mamoru
Department of Mechanical Engineering, Kansai University
-
ISHIHARA Isao
Department of Mechanical Engineering, Kansai University
-
Ozawa Mamoru
Department Of Mechanical Engineering Kansai University
-
Ishihara I
Department Of Mechanical Engineering Kansai University
-
Ishihara Isao
Department Of Mechanical Engineering Kansai University
-
SEKO Tetsuji
Department of Mechanical Engineering, Kansai University
-
SHINTANI Yoshitomo
Department of Mechanical Engineering, Kansai University
-
Seko Tetsuji
Department Of Mechanical Engineering Kansai University
-
Shintani Yoshitomo
Department Of Mechanical Engineering Kansai University
関連論文
- Mechanical Properties of Amorphous Metal with Dispersed Nanocrystalline Particles : Molecular Dynamics Study on Crystal Volume Fraction and Size Effects
- Low NOx Combustion of DME by Means of Flue Gas Recirculation
- Development of Low-NOx DME Multi-Port Burner(International Conferences on Power and Energy)
- Development of Tube-Nested Combustor with Transpiration Air Supply
- Heat Transfer Characteristics of an Endwall with Single Row of Oblique Pin Fins
- Effect of Pin Fin Arrangement on Endwall Heat Transfer
- Characteristics of Bed-Material Behavior and Heat Transfer around Vertical Tube Banks in a Fluidized Bed
- Characteristics of Heat Transfer and Bed Material Movement around Vertical Tube in Fluidized Bed
- B205 DISTRIBUTION OF VOID FRACTION AND HEAT TRANSFER COEFFICIENT AROUND VERTICAL TUBE BANKS IN FLUIDIZED BED
- Dryout in a Boiling Channel under Oscillatory Flow Condition
- E310 HEAT TRANSFER CHARACHTERISTICS OF PARTICLE CONVECTION IN FLUIDIZED-BED(Boiler-2)
- DME-Fired Water-Tube Boiler : A R&D Study(International Conferences on Power and Energy)
- Development of Low-NO_x Emission DME (Dimethyl Ether) Combustor(International Conferences on Power and Energy System)
- Diffusion Combustion in a Tube-Nested Combustor(International Conferences on Power and Energy System)
- D207 DEVELOPMENT OF LOW-NOx EMISSION DME (DIMETHYL ETHER) COMBUSTOR
- D201 DIFFUSION COMBUSTION IN A TUBE-NESTED COMBUSTOR
- A116 CONVECTIVE HEAT TRANSFER AND FLOW PATTERN IN A SIMULATED TUBE-NESTED COMBUSTOR(Advanced thermal system analysis-2)
- A PATTERN DYNAMICS APPROACH TO TWO-PHASE FLOW DYNAMICS
- Structure of Recirculation Flow Induced by an Annular Jet
- I101 FLOW PATTERN TRANSITION AND VOID FRACTION BEHAVIOR IN ADIABATIC OSCILLATORY TWO-PHASE FLOW(Multiphase flow dynamics/non-linearity)
- Stack Temperature Distribution in an Acoustic-Resonance Tube
- Natural Convection Condensation Heat Transfer of Carbon Dioxide in the Subcritical Region
- Pressure drop of a Supercritical Fluid Flowing Through a Heated Horizontal Pipe
- Experimental Study on Natural Convection and Heat Transfer in an Inclined Rectangular Enclosure
- C304 Mixed convection in a rectangular slender channel(Mixed convection)
- Diffusion in Microchannel Analyzed by Chemiluminescence
- Activation Free Energy of Nucleation of a Dislocation Pair in Magnesium
- Molecular Dynamics Analyses of Deformation Behavior of Long-Period-Stacking-Ordered Structures