The distribution of cellulose, hemicellulose, and lignin in the biomass structure was uneven.
To explore the interactions of three components under real conditions during pyrolysis and …

The development of lignocellulose-based liquid fuels has enormous potential to replace the
over-consumption of traditional fossil fuels while reducing carbon emissions. Lignocellulosic …

The bioenergy potential of waste textile cotton cellulose (BOC) and the activated waste
textile cotton cellulose by H 3 PO 4 (BOP) were assessed in this study. BOC and BOP were …

Understanding cellulose-lignin interactions during biomass pyrolysis is important to improve
the overall product distribution and quality. In the current study, the condensed-phase …

Lignin is an important constituent of biomass, and fully revealing the pyrolysis mechanism of
lignin improves its pyrolysis process, thus improving the pyrolysis efficiency of biomass. The …

Organosolv-phase oxidization pretreatment of corncob (OOPC) at ambient pressure and
temperature coupled with fast pyrolysis was first performed. The effects of organosolv/water …

Copyrolysis of lignin and cellulose can effectively improve pore structure and optimize
product distribution. Therefore, the distribution, characteristics, components, and formation …

Biomass fast pyrolysis has emerged as a highly promising technology for producing
renewable fuels and chemicals. However, the inherent multiscale and multiphase nature of …

The pyrolysis behavior of lignocellulosic biomass is complex owing to the different
combinations of the three main components, and the diversity of the pyrolyzate distribution …

The pyrolysis of five invasive plants crowded in Colombia (Liquidambar styraciflua,
Sambucus nigra, Cecropia telenitida, Ruta greveolens, and Clusia orthoneura) has been …