The sustainable utilization of agricultural residues and waste plastics to mitigate
environmental pollution, while generating renewable energy through pyrolysis has achieved …

Solid fuel from co-briquetting of SCB and RB was investigated in this study. The effects of
compression pressure (8, 10 and 12 MPa) and briquette formulation (varying SCB-RB …

In the wood processing industry, sawmills generate huge amounts of sawdust as a
renewable energy source. This paper aims to describe the production process and …

The pyrolysis characteristics of cylindrical municipal solid waste (MSW) pellets were studied
in N 2/CO 2 atmospheres with different proportion in fixed bed reactor. Gas release property …

This paper aims to prepare and evaluate the physicochemical and energetic properties of
briquette fuel made from cocoa pod husk. For briquette preparation, cocoa pod husk was …

The pyrolysis char structure affects gasification reactivity. In this study, the effects of
pelletizing conditions on the structural characteristics of straw-biomass-pellet fast pyrolysis …

Waste Camellia oleifera shells (WCOSs) have potential to produce sustainable, clean, green
energy sources. In this paper, hydrothermal carbonization (HTC), torrefaction, and pyrolysis …

The study was done to explore the production of charcoal briquettes that could meet the
need for energy in the community of Jimma city. The primary objective of this work is to …

The adsorption performance of biochar was investigated for the removal of Zn from the
aqueous solution. Biochar was produced from three different feedstock: groundnut shell …

The potential of using hydrothermal carbonization (HTC) on corn straw (CS) was studied for
the production of solid fuel. The effects of hydrothermal conditioning on the mass yield …