Low-cost and accessible “hydrogen source” are the key to reducing the cost of coal
hydropyrolysis technology. The mechanism of hydrogen supply is a crucial scientific issue in …

In recent years, extensive studies have been carried out to improve our knowledge of the
reactor operations and system performance in thermal pyrolysis of municipal solid wastes …

The agricultural industry faces a permanent increase in waste generation, which is
associated with the fast-growing population. Due to the environmental hazards, there is a …

Co-gasification of waste plastic and corn stover into hydrogen is an effective way of reducing
hydrogen cost and carbon footprint. However, current gasification technologies are energy …

The applicability of waste to energy conversion technique is facing many issues because of
current waste management practices. Focusing on the segregation issue of low-density …

The knowledge of the structural and chemical properties of biochars is decisive for their
application as technical products. For this reason, methods for the characterization of …

Microwave (MW) co-pyrolysis of food-waste (FW) and plastic with recycled biochar as MW
susceptor was investigated for co-production of biooil and biochar. Effect of biochar …

An analysis of surface properties of lignocellulosic biomass subjected to the thermal
treatment is a very important task taking into account possibility of the industrial application …

In this study, the enhanced rich H 2 gas was produced via the co-gasification of torrefied
biomass and low-rank coal in the fixed bed reactor. The properties of wet/dry torrefied char …

In this study, the unhydrolyzed solid (UHS) derived from corn stover was hydrothermally
processed to generate heavy bio-oil (HBO) and hydrochar. In particular, hydrothermal …