Diffusional effects on differences of coal char reactivity between air and oxy-fuel combustion in thermogravimetric experiments

@article{Wang2016DiffusionalEO,
  title={Diffusional effects on differences of coal char reactivity between air and oxy-fuel combustion in thermogravimetric experiments},
  author={Chang’an Wang and Tao Han and Yongbo Du and Yinhe Liu and Defu Che},
  journal={Journal of Thermal Analysis and Calorimetry},
  year={2016},
  volume={125},
  pages={897-904}
}
Oxy-fuel combustion can realize large-scale CO2 capture and low NOx emission from coal-fired power plants, while the evaluation of coal reactivity differences between air and oxy-fuel conditions is of importance for retrofitting existing conventional boilers to oxy-fuel ones. Here, two sets of specially designed experiments were contrastively conducted to assess the diffusional limitation effects on differences of coal char reactivity between air (O2/N2) and oxy-fuel (O2/CO2) combustion in non… CONTINUE READING

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