In this study, the densification of three agriculture waste biomasses (corn cobs, cotton stalks,
and sunflower) is investigated using the torrefaction technique. The samples were pyrolyzed …

In this article, four types of agricultural waste with different amounts of each lignocellulosic
type, including rice husk (RH), coconut husk (CH), cassava rhizome (CR), and corncob (CC) …

Various types of feedstocks such as straws and cotton gin waste are characterized by their
low bulk density and relatively low energy content as well as irregular particle sizes and …

The utilization of biomass waste by converting to biochar seems to be an efficient and
environmental friendly way of biomass treating. Biochar is produced from biomass by low …

Textile waste torrefaction was investigated as a novel means to assist in waste valorization
and energy management practices. This study analyzed the thermal behavior and fuel …

The paper presents the results of research aimed at evaluating the possibility of using
selected biomass wastes to produce solid biofuels. In this work, the thermochemical …

Torrefaction as a thermal pretreatment was conducted on oat hull, canola hull, and barley
straw in a fixed-bed reactor at temperatures in the range of 220–300° C and residence times …

The aim of this research was to evaluate the changes in physico-chemical properties of
agricultural residues (corn-cobs and rice husks) during torrefaction. Physical properties of …

Torrefaction encourages homogeneity and enhances the energy-producing capabilities of
biomass. In the current study, bean husk (BH) and sesame stalks (SS) were torrefied for 30 …

Torrefaction and densification are suitable techniques for upgrading solid biomass
materials. They can improve the energy properties of solid fuels. The objective of this …