Iron-catalyzed furfural production in biobased biphasic systems: from pure sugars to direct use of crude xylose effluents as feedstock
T vom Stein, PM Grande, W Leitner… - … , energy & materials, 2011 - pure.mpg.de
T vom Stein, PM Grande, W Leitner, P Domínguez de María
ChemSusChem: chemistry & sustainability, energy & materials, 2011•pure.mpg.deWorking with real samples: Aqueous solutions of FeCl 3–NaCl (or seawater) dehydrate
xylose to afford furfural, which can extracted in situ into 2-MTHF as second phase. Furfural is
successfully obtained when aqueous nonpurified xylose effluents directly from
lignocellulose fractionation are tested.
xylose to afford furfural, which can extracted in situ into 2-MTHF as second phase. Furfural is
successfully obtained when aqueous nonpurified xylose effluents directly from
lignocellulose fractionation are tested.
Zusammenfassung
Working with real samples: Aqueous solutions of FeCl 3–NaCl (or seawater) dehydrate xylose to afford furfural, which can extracted in situ into 2-MTHF as second phase. Furfural is successfully obtained when aqueous nonpurified xylose effluents directly from lignocellulose fractionation are tested.
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