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首页> 外文期刊>Journal of thermal analysis and calorimetry >Experimental investigation of the delignification process influence on thermochemical and kinetic properties of biomass
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Experimental investigation of the delignification process influence on thermochemical and kinetic properties of biomass

机译：Experimental investigation of the delignification process influence on thermochemical and kinetic properties of biomass

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摘要

The study of biomass is extremely important, aiming to discover the potential of alternative source that are capable of promoting the development of new technologies. The thermal behavior and chemical characteristics of theCapsicumwaste from the use for the manufacture of sauces and condiments were investigated using thermogravimetric analysis, higher heating values, ignition (T-i) and burnout temperatures (T-b) and kinetic study using isoconversional models. Torrefaction and pyrolysis conditions were applied. Characterization based on ultimate and proximate analysis, gravimetric and gravimetric yield factor were also realized. Thermal analysis showed a biomass conversion between 150 degrees C and 500 degrees C. Proximate analysis identified an average volatile content of 46.5%, and carbon and fixed carbon were 22.3 and 31.1%, respectively. Gravimetric yield varied between 28 and 58%. Considering the intersection model, ignition and burnout temperature varied between 342-354 degrees C and 470-503 degrees C, respectively. The deviation model found an ignition temperature between 210 and 249 degrees C. Biomass proved to be a possible source of biofuel with a significant economic potential.

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