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Co-pyrolysis of lignite with direct coal liquefaction residue (DCLR) is a promising method in the field of clean coal technology. To investigate the influence of DCLR fraction on the physico-chemical structure and combustion reactivity of the co-pyrolysis chars, char samples with different mass fraction of lignite and DCLR were prepared in a quartz tube fixed-bed reactor at 550°C. Then the physico-chemical...
NO reduction through advanced reburning (AR) was carried out in an entrained flow reactor. Four types of biomass fuels, rice husk (RH), camphor leaves (CL), saw dust (SD) and wood charcoal (WC), were selected as reburning fuels. Effects of reaction temperature in the reburning zone (T2), biomass species, water vapor and alkali metal additives (Na2CO3, NaOH, NaCl and KCl) on NO reduction were investigated...
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