This paper investigated the effect of inorganic additives on pine bark pyrolysis using a thermogravimetry instrument. Both thermogravimetry (TG) and differential thermogravimetry (DTG) were performed to a final temperature of 600 degrees C with heating rates of 10, 20, and 50 degrees C/min, respectively, and a nitrogen flow rate of 50 mL/min. Six types of inorganic additives at different loading were tested. The pyrolysis kinetics data of the samples were fitted to the Coats-Redfern model. The results showed that the pyrolysis behavior and kinetics are significantly altered by the additives and are a strong function of the characteristics and concentrations of the additives
In the present study, combustion mechanisms, thermal kinetics, and phases of combustion were investi...
The effects of pyrolysis temperature and blending ratio on the yield and composition of pyrolysis pr...
A wide kinetic study has been carried out under different conditions in TG and TG–MS for each materi...
We report on the kinetics of pyrolysis of bark wood of four coniferous tree species: fir (Abies sibi...
Thermogravimetric analysis of loblolly pine bark components (extractive-free bark, alkali-soluble ma...
Pyrolysis of forest combustibles is an elementary process in the ignition and spread of forest fires...
Pyrolysis of pine and beech wood was investigated by isothermal thermogravimetry at five different t...
The pyrolysis of jack pine bark, jack pine sawdust, and cellulose powder has been studied by thermo...
Wood has been a structural material for many years; however, its ability to burn has limited its use...
The pyrolysis process of pine and beech wood samples was investigated by the isothermal thermogravim...
This study investigates the effects of separate and combined chemical (acid and alkaline pretreatme...
TG-FTIR and PY-GC/MS were used to analyze the pyrolysis behaviors of pine wood, urea-formaldehyde re...
Pyrolysis of pine wood was carried out at different temperatures and the yields of solid (biochar), ...
A deeper understanding and quantification on the influence of inorganic species on the pyrolysis pro...
The thermochemical behavior of pine wood (Pinus sylvestris) and its main structural constituents (ce...
In the present study, combustion mechanisms, thermal kinetics, and phases of combustion were investi...
The effects of pyrolysis temperature and blending ratio on the yield and composition of pyrolysis pr...
A wide kinetic study has been carried out under different conditions in TG and TG–MS for each materi...
We report on the kinetics of pyrolysis of bark wood of four coniferous tree species: fir (Abies sibi...
Thermogravimetric analysis of loblolly pine bark components (extractive-free bark, alkali-soluble ma...
Pyrolysis of forest combustibles is an elementary process in the ignition and spread of forest fires...
Pyrolysis of pine and beech wood was investigated by isothermal thermogravimetry at five different t...
The pyrolysis of jack pine bark, jack pine sawdust, and cellulose powder has been studied by thermo...
Wood has been a structural material for many years; however, its ability to burn has limited its use...
The pyrolysis process of pine and beech wood samples was investigated by the isothermal thermogravim...
This study investigates the effects of separate and combined chemical (acid and alkaline pretreatme...
TG-FTIR and PY-GC/MS were used to analyze the pyrolysis behaviors of pine wood, urea-formaldehyde re...
Pyrolysis of pine wood was carried out at different temperatures and the yields of solid (biochar), ...
A deeper understanding and quantification on the influence of inorganic species on the pyrolysis pro...
The thermochemical behavior of pine wood (Pinus sylvestris) and its main structural constituents (ce...
In the present study, combustion mechanisms, thermal kinetics, and phases of combustion were investi...
The effects of pyrolysis temperature and blending ratio on the yield and composition of pyrolysis pr...
A wide kinetic study has been carried out under different conditions in TG and TG–MS for each materi...