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Organic Compounds, Cellulose Conversion

C. S. Gong, Ningjun Cao, G. T. Tsao

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Abstract

Introduction Relationship between Structural Features of the Cell Wall and Cellulolytic Enzymes Cellulose Pretreatment Alkaline Treatment Steam Treatment with or without SO2 Dilute Acid Pretreatment Cellulase Mode of Action of T. reesei Cellulase Components Production of Cellulase Supplementation of Cellulases Simultaneous Saccharification and Fermentation Supraoptimal Temperature Fermentation Improvement of the SSF Process Xylose Fermentation Inhibitors Biomass Fractionation Bibliography

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Introduction Relationship between Structural Features of the Cell Wall and Cellulolytic Enzymes Cellulose Pretreatment Alkaline Treatment Steam Treatment with or without SO2 Dilute Acid Pretreatment Cellulase Mode of Action of T. reesei Cellulase Components Production of Cellulase Supplementation of Cellulases Simultaneous Saccharification and Fermentation Supraoptimal Temperature Fermentation Improvement of the SSF Process Xylose Fermentation Inhibitors Biomass Fractionation Bibliography

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Available abstract

Introduction Relationship between Structural Features of the Cell Wall and Cellulolytic Enzymes Cellulose Pretreatment Alkaline Treatment Steam Treatment with or without SO2 Dilute Acid Pretreatment Cellulase Mode of Action of T. reesei Cellulase Components Production of Cellulase Supplementation of Cellulases Simultaneous Saccharification and Fermentation Supraoptimal Temperature Fermentation Improvement of the SSF Process Xylose Fermentation Inhibitors Biomass Fractionation Bibliography

Key concepts: Cellulase, Cellulose, Fermentation, Chemistry, Hydrolysis, Fractionation, Biomass (ecology), Xylose

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