Currently, CCR is utilized as boiler fuels. When burned to produce thermal energy, the heating value of CCR is slightly less than the current value of coal. In particular, the presence of water in the CCR significantly decreases the heating value of this feedstock. After the xylan in corncob has been hydrolyzed for xylitol production,
CCR is porous and can be hydrolyzed by cellulases into glucose, and further converted to ethanol, another higher addedvalue product (Xia and Shen, 2004; Chen et al., 2007; Liu et al.,
2010).
Currently, CCR is utilized as boiler fuels. When burned to produce thermal energy, the heating value of CCR is slightly less than the current value of coal. In particular, the presence of water in the CCR significantly decreases the heating value of this feedstock. After the xylan in corncob has been hydrolyzed for xylitol production,CCR is porous and can be hydrolyzed by cellulases into glucose, and further converted to ethanol, another higher addedvalue product (Xia and Shen, 2004; Chen et al., 2007; Liu et al.,2010).
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