首页|NUMERICAL AND EXPERIMENTAL CHARACTERIZATION OF A SELF-REGENERATIVE FLAMELESS OXIDATION BURNER OPERATION IN A PILOT-SCALE FURNACE
NUMERICAL AND EXPERIMENTAL CHARACTERIZATION OF A SELF-REGENERATIVE FLAMELESS OXIDATION BURNER OPERATION IN A PILOT-SCALE FURNACE
扫码查看
点击上方二维码区域，可以放大扫码查看
原文链接
NETL
NSTL
An experimental study was performed on a 200 kW natural gas furnace, equipped with a self-regenerative burner working in the diluted combustion mode (flameless oxidation). In-flame temperature and species concentration measurements and UV imaging were used in order to get more detailed information on the characteristics of this combustion process: low NOx emission and uniformity of heat transfer (location and extension of the reaction zone). The commercial CFD code FLUENT is used to model the furnace with some of the combustion models available. The validation of those models, based on the comparison of experimental profiles of temperature and main species, is discussed.
CFD modelingflameless oxidationnatural gas burnerNOx
NETL
NSTL
