RSC Advances · 2015 · 16 citations · 58 references
EngineeringChemical EngineeringMaterials EngineeringCatalysisReaction EngineeringSolid Waste ManagementBio-based MaterialsBiomass ConversionBiomass Energy SystemsIndustrial Catalytic ProcessesThermogravimetric AnalysisActivation EnergyBiomass CharacterizationBiomass Conversion CatalysisLignocellulosic Waste ConversionNon-isothermal KineticsPyrolysisPyrolysis BehaviorPyrolysis Kinetics
The present study concentrates on the catalytic pyrolysis of a waste bio-packaging material, namely, jute, under iso-thermal and non-isothermal conditions using a 50 mm diameter and 164 mm long semi-batch pyrolyzer and a TGA set-up, respectively.
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Octave Levenspiel · Industrial & Engineering Chemistry Research · 1999 · 10K citations
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