Emissions of NOx and SO2 from Coals of Various Ranks, Bagasse, and Coal-Bagasse Blends Burning in O2/N2 and O2/CO2 Environments.
Oxy-coal combustion is a viable technology, for new and existing coal-fired power plants, as
it facilitates carbon capture and, thereby, can mitigate climate change. Pulverized coals of
various ranks, biomass, and their blends were burned to assess the evolution of combustion
effluent gases, such as NO x, SO2, and CO, under a variety of background gas
compositions. The fuels were burned in an electrically heated laboratory drop-tube furnace
in O2/N2 and O2/CO2 environments with oxygen mole fractions of 20%, 40%, 60%, 80 …
it facilitates carbon capture and, thereby, can mitigate climate change. Pulverized coals of
various ranks, biomass, and their blends were burned to assess the evolution of combustion
effluent gases, such as NO x, SO2, and CO, under a variety of background gas
compositions. The fuels were burned in an electrically heated laboratory drop-tube furnace
in O2/N2 and O2/CO2 environments with oxygen mole fractions of 20%, 40%, 60%, 80 …
Emissions of NOx and SO2 from Coals of Various Ranks, Bagasse, and Coal-Bagasse Blends Burning in O-2/N-2 and O-2/CO2 Environments
F Kazanç Özerinç, PM Crnkovic, YA Levendis - 2011 - open.metu.edu.tr
Oxy-coal combustion is a viable technology, for new and existing coal-fired power plants, as
it facilitates carbon capture and, thereby, can mitigate climate change. Pulverized coals of
various ranks, biomass, and their blends were burned to assess the evolution of combustion
effluent gases, such as NOx, SO2, and CO, under a variety of background gas compositions.
The fuels were burned in an electrically heated laboratory drop-tube furnace in O-2/N-2 and
O-2/CO2 environments with oxygen mole fractions of 20%, 40%, 60%, 80%, and 100%, at a …
it facilitates carbon capture and, thereby, can mitigate climate change. Pulverized coals of
various ranks, biomass, and their blends were burned to assess the evolution of combustion
effluent gases, such as NOx, SO2, and CO, under a variety of background gas compositions.
The fuels were burned in an electrically heated laboratory drop-tube furnace in O-2/N-2 and
O-2/CO2 environments with oxygen mole fractions of 20%, 40%, 60%, 80%, and 100%, at a …