Renewable fuels or chemicals from lignocellulosic biomass have the potential to be a
substitute for fossil fuels, thereby reducing greenhouse gas emissions and diversifying …

In recent years, the utilization of olive industry by-products for energy purposes has gained
significant research interest and many studies have been conducted focused on the …

At scale, biomass-based fuels are seen as long-term alternatives to conventional shipping
fuels to reduce greenhouse gas emissions in the maritime sector. While the operational …

Biomass can be converted to coal-like products known as hydrochar or biochar. Raw
biomass generally has high moisture content. Wet torrefaction has gained considerable …

Unlike light torrefaction at 200° C (B200), the mild (250° C) and severe (300° C) torrefaction
pretreatments (B250 and B300) significantly increased the calorific value, reduced the …

A novel approach, combining electrolysis and oxygen-blown entrained flow gasification
enables high carbon efficiency for producing sustainable Fischer–Tropsch fuels. This Power …

The release and transformation characteristics of K and Cl during straw torrefaction and mild
pyrolysis under different conditions were investigated. The results show that release ratio of …

The kinetic and thermochemical models for poplar wood torrefaction were developed in the
present work. The torrefaction kinetic model satisfactorily fitted the experimental …

Bamboo and masson pine was torrefied with 300° C of temperature for 2.0 h of residence
time using GSL 1600X tube furnace in the argon atmosphere. Torrefied bamboo and …

This work presents the results of research on the thermo-chemical conversion of woody
biomass–pine wood coming from lodzkie voivodship forests and sewage sludge from the …