This review article discusses the effects of inorganic content and mechanisms on raw
biomass and char during gasification. The impacts of the inherent inorganics and externally …

Since the Industrial Revolution, fossil fuels dominate the energy supply worldwide.
Currently, fossil fuels accounts for more than 79% of the total energy consumption, severely …

The development of a sustainable bagasse gasification system using bagasse as feedstock
could be realized if a complete understanding of bagasse gasification was established. In …

Agricultural crop residues are available in abundance in Asian countries such as the
Philippines. These residues have high potential as feedstock to produce clean and high …

In this study time-resolved char conversion and alkali release under steam gasification
conditions were investigated using a fixed bed reactor. The behaviour of an industrial char …

The mineral content of biomass plays an important role in the gasification rate of biomass-
derived char. The understanding and quantification of mineral-related phenomena are thus …

Engineered biochars derived from five types of agricultural by‐products—macadamia nut
shells, rice husks, durian peel, coir, and straw—were synthesized using a hydrothermal …

Biomass energy, as the most extensively utilized source of renewable energy, has
advantages such as substantial reserves, the absence of carbon emissions, renewability …

This study focuses on the energetic valorization of agave bagasse (AB) waste. The pyro-
gasification tests with air were conducted in a thermogravimetric analyzer (TGA) coupled …

Macadamia husk, an overlooked residue of macadamia production, could become a
promising feedstock for gasification with the help of extensive engineering knowledge. This …