By breaking large molecules into characteristic smaller fragments, analytical pyrolysis
extends the use of gas chromatography to the analysis of polymeric materials, including …

Air pollution generated by vegetation fire smoke (VFS) is a phenomenon that has influenced
the global environment in prehistoric and historic time scales. Although historic evidence of …

Fourier transform infrared (FT-IR) microimaging spectroscopy and pyrolysis molecular beam
mass spectrometry (py-MBMS) were used as rapid analysis tools to evaluate differences in …

The combustion characteristics of Pinus Sylvestris pine needle are studied employing
thermogravimetric analysis in air. Kinetic and thermodynamic analyses are performed using …

Pyrolysis of pine needles was carried out in a semi-batch reactor. The effects of pyrolysis
parameters such as temperature (350–650° C), heating rate (10 and 50° C min− 1), nitrogen …

The chemical composition of a variety of agricultural biomass samples was analyzed with
near infrared spectroscopy and pyrolysis molecular beam mass spectroscopy. These …

Physico-chemical properties of pine cone shell have been determined. Results of
characterization study showed that pine cone shell could be used as biosorbent of nickel …

A brief review is given of the studies in combustion chemistry and decomposition kinetics of
forest fuels (FF). The methods used in the study to investigate the FF pyrolysis kinetics and …

This manuscript presents new measurement data from milligram-scale thermal
decomposition experiments–thermogravimetric analysis (TGA) and microscale combustion …

Uttarakhand has the maximum potential of pine of about 20 lakh tonnes/year including
reserved forests and van panchayat which makes pine needle an abundant resource. The …