Skip to main content
. 2022 Jan 11;12(3):1738–1741. doi: 10.1039/d1ra08444e

Investigation of substrate scope under an anaerobic hydrothermal condition of 200 °C, 15 bar after 2 h.

graphic file with name d1ra08444e-u2.jpg
Comp# graphic file with name d1ra08444e-u3.jpg graphic file with name d1ra08444e-u4.jpg Conversion Acid yielda
1 graphic file with name d1ra08444e-u5.jpg graphic file with name d1ra08444e-u6.jpg >99% 98%
2 graphic file with name d1ra08444e-u7.jpg graphic file with name d1ra08444e-u8.jpg 83% 82%
3 graphic file with name d1ra08444e-u9.jpg graphic file with name d1ra08444e-u10.jpg 56% 47%
4 graphic file with name d1ra08444e-u11.jpg graphic file with name d1ra08444e-u12.jpg 68% 66%
5 graphic file with name d1ra08444e-u13.jpg graphic file with name d1ra08444e-u14.jpg 66% 45%
6 graphic file with name d1ra08444e-u15.jpg graphic file with name d1ra08444e-u16.jpg 55% 54%
7 graphic file with name d1ra08444e-u17.jpg graphic file with name d1ra08444e-u18.jpg 63% 46%
8 graphic file with name d1ra08444e-u19.jpg graphic file with name d1ra08444e-u20.jpg 66% 58%
9 graphic file with name d1ra08444e-u21.jpg graphic file with name d1ra08444e-u22.jpg 48% 30%
10 graphic file with name d1ra08444e-u23.jpg graphic file with name d1ra08444e-u24.jpg 42% 41%
a

Yield determined by gas chromatography.