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Enzymatic Hydrolysis of Pretreated Oak, Sweetgum, Pine and Cedar by Christopher J. Biermann; Gary D. McGinnis is a Engineering article available to read on EtoBox.

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Under thc appropriatc conditions, hydrolysis of cellulosc by ccllulase produces glucosc according to pscudo first-order rcaction kinctics. We uscd thc appcarancc of glucose to calculatc thc amount of ccllulose availablc for hydrolysis and thc rcaction rate of hydrolysis, thus providing a mcasurc of thc effcctiveness of pretreatment proccsses. Of the thrcc pretrcatmcnt processcs tcstcd, rapid Streaming for l min was morc cffective than eithcr wct oxidation or autohydrolysis. Solvent extraction of the prctrcatcd woods dccrcased the effcctivcncss of cellulase hydrolysis.

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Author

Christopher J. Biermann; Gary D. McGinnis

Publisher

Walter de Gruyter GmbH

Published

1990

Language

CY

Field

Engineering (Physical Sciences)