Current article

Study on the laminar burning velocity of syngas based on OH-PLIF technology


PU Ge , ZHANG Xun , WANG Wending

DOI:10.11835/j.issn.1000-582X.2017.05.004

Received December 15, 2016,Revised , Accepted , Available online July 04, 2017

Volume ,2017,Pages 29-35

  • Abstract
In order to understand the combustion characteristics of the syngas, an experiment was conducted to research the structure, distribution of OH radicals and burning velocity of the syngas-air with OH-PLIF technology. Simulations were also conducted to analyze the chemical kinetics of the combustion process. The results show that the increasing fraction of CO will shrink the structure of the flame, while the height of inner flame varies a little. However, the increasing of H2 will increase the burning velocity dramatically. The dominant reactions on the formation of OH radical are R36:CO+OH=CO2+H, R43:H+O2+M=HO2+M and R45:H+HO2=2OH.