The production of furfural (FUR) from xylose was carried out using a biphasic batch reaction system. Isophorone and 2-methytetrahydrofuran (MTHF) have been used to extract FUR and enhance overall furfural yield by limiting its degradation to humins. The effect of time, temperature, and organic to aqueous ratio on xylose conversion and FUR yield were investigated. Experiments conducted at two temperatures (170 and 190 °C) were investigated in a stirred microwave-assisted batch reactor, which established the optimal conditions to obtain the highest FUR yield. The maximum FUR yields obtained from xylose were 82 mol% when using MTHF in 180 min (at 190 °C) and 43 mol% when using isophorone in 180 min (at 190 °C) with an aqueous to organic phase ...
In this paper we report a kinetic model for the dehydration of xylose to furfural in a biphasic batc...
This study demonstrates the use of a milireactor as intensified technology for the continuous produc...
The dehydration of xylose gives furfural; however, furfural is rapidly decomposed and polymerized un...
The production of furfural (FUR) from xylose was carried out using a biphasic batch reaction system....
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
In recent years we have witness lots of activity to upgrade sugars contained in lignocellulosic biom...
In recent years we have witness lots of activity to upgrade sugars contained in lignocellulosic biom...
In this paper we report a kinetic model for the dehydration of xylose to furfural in a biphasic batc...
This study demonstrates the use of a milireactor as intensified technology for the continuous produc...
The dehydration of xylose gives furfural; however, furfural is rapidly decomposed and polymerized un...
The production of furfural (FUR) from xylose was carried out using a biphasic batch reaction system....
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
Furfural (FUR) was produced from xylose using a biphasic batch reaction system. Water-immiscible org...
In recent years we have witness lots of activity to upgrade sugars contained in lignocellulosic biom...
In recent years we have witness lots of activity to upgrade sugars contained in lignocellulosic biom...
In this paper we report a kinetic model for the dehydration of xylose to furfural in a biphasic batc...
This study demonstrates the use of a milireactor as intensified technology for the continuous produc...
The dehydration of xylose gives furfural; however, furfural is rapidly decomposed and polymerized un...