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Biomass has recently attracted much public and industrial interest because of the increasing energy crisis and the environmental benefits. Cellulose is one of the components of biomass, has attracted much attention for its biodegradability, mechanical properties, low density and price. Thus, study on the relationship between the structure and chemical properties of cellulose is important, not only for scientific but also for chemical and fermentation industry. One of the most important properties of cellulose is its thermal stability. Inorganic molten salts can be used as efficient solvents for biomass in a wide range of degrees of polymerization. Furthermore, it can also be applied as reaction medium for the derivatization of cellulose and the findings of the investigations suggested that molten salt hydrates are able to dissolve cellulose without pretreatment or activation. Among these molten salt pretreatment, ferric chloride solution pretreatment could easily and effectively remove hemicelluloses and it can also significantly modify the structure of corn stover. Ferric chloride solution pretreatment, which have been confirmed that could easily and effectively remove hemicelluloses and convert it to monomeric and oligomeric sugars, can be performed to pretreated biomass before pyrolysis. To date, however, there is still no comprehensive study on the Thermal Degradation and Structural Characteristics of

Thermal Degradation and Structural Characteristics of Corn Stover After Ferric Chloride Solution Pretreatment