Investigation of Hazelnut Husk Combustion by using A Novel Non-linear Kinetic Model through Thermogravimetric Analysis

Considering economic and environmental issues, boosting renewable energy source is the main subject to fulfill demand in these days. Biomass as natural abundant can be typically used produce electricity, fuels heat applying thermochemical conversion processes such combustion, pyrolysis or gasification. combustion most common process electricity useful Turkey all over world. The aim of this study investigate considerable influence heating rates on characteristics kinetics employing a new developed non-linear kinetic model for hazelnut husk samples through thermogravimetric analysis. Furthermore, work comprehensively assesses variations reactivity expressed from curves. integrates various pathway estimate major controlling parameter reactivity, its activation energy, pre-exponential factor reaction order. According comparison results volatile fixed carbon correlation coefficients (R2) both models are higher than 0.9985. These proved regression pathways worked properly thermal decomposition behavior.