Uncertainties in the calorific value and composition of municipal solid waste (MSW), the
variability in operations, equipment performance decline, maintenance needs, and other …

Critical information on physico-chemical characterization, thermo-kinetics, and
thermodynamic parameters for pyrolysis of lignocellulosic biomass are vital for safe and …

An in-depth knowledge of pyrolytic kinetics is vital for understanding the thermal
decomposition process. Numerous experimental studies have investigated the kinetic …

Charring composite materials occupy a critical position in industrial applications or more
broadly in our daily life. The disadvantage of these materials involves the disability in …

The main objective of this review is to facilitate a deeper understanding of thermal inertia
principles and to analyze its impacts on the evaluation of reaction kinetics. At first, the …

Ammonia has become an emerging fuel. However, its combustion product NOx is polluting,
and it is necessary to explore its conversion process. To determine the effect of water …

Kinetic reaction mechanism plays a key role in accurately predicting biomass pyrolysis
behavior. However, the order-based reaction mechanism is usually defined as the default in …

The co-pyrolysis of coal and biomass has proven to be a promising route to produce liquid
and gaseous fuels as well as specific value-added chemicals while contributing to mitigating …

Piled-up luggage is a non-negligible fire load in passenger trains. Four mainstream trolley
case materials are selected in the study, and the main components are polypropylene (TC …

This work aims at comparing the ability of 7 modeling approaches to simulate the pyrolysis
kinetics of spruce wood, wheat straw, swine manure, miscanthus and switchgrass …