Efficient low temperature hydrothermal carbonization of Chinese reed for biochar with high energy density
Hydrothermal carbonization (HTC), as an environmental friendly process, presents wide
potential applicability for converting biomass to biochar with high energy density. Reed, a
major energy crop, was converted by a HTC process in a batch reactor at 200–280° C for 0.5
to 4 h. Biochar mass yield changed from 66.7% to 19.2% and high heating value (HHV) from
20.0 kJ/g to 28.3 kJ/g, respectively, by increasing the carbonization temperature from 200° C
to 280° C and decreasing the residence time from 2 h to 1 h. The Fourier Transform infrared …
potential applicability for converting biomass to biochar with high energy density. Reed, a
major energy crop, was converted by a HTC process in a batch reactor at 200–280° C for 0.5
to 4 h. Biochar mass yield changed from 66.7% to 19.2% and high heating value (HHV) from
20.0 kJ/g to 28.3 kJ/g, respectively, by increasing the carbonization temperature from 200° C
to 280° C and decreasing the residence time from 2 h to 1 h. The Fourier Transform infrared …
Efficient low temperature hydrothermal carbonization of Chinese reed for biochar with high energy density.
LC Liu Chang, HX Huang Xin, KLZ Kong LingZhao - 2017 - cabidigitallibrary.org
Hydrothermal carbonization (HTC), as an environmental friendly process, presents wide
potential applicability for converting biomass to biochar with high energy density. Reed, a
major energy crop, was converted by a HTC process in a batch reactor at 200-280° C for 0.5
to 4 h. Biochar mass yield changed from 66.7% to 19.2% and high heating value (HHV) from
20.0 kJ/g to 28.3 kJ/g, respectively, by increasing the carbonization temperature from 200° C
to 280° C and decreasing the residence time from 2 h to 1 h. The Fourier Transform infrared …
potential applicability for converting biomass to biochar with high energy density. Reed, a
major energy crop, was converted by a HTC process in a batch reactor at 200-280° C for 0.5
to 4 h. Biochar mass yield changed from 66.7% to 19.2% and high heating value (HHV) from
20.0 kJ/g to 28.3 kJ/g, respectively, by increasing the carbonization temperature from 200° C
to 280° C and decreasing the residence time from 2 h to 1 h. The Fourier Transform infrared …
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