The quantity of organic solid waste (OSW) discharged by the public has increased
significantly in recent years. Herein, we consider bio-waste and plastic waste. Bio-waste …

Conventional thermochemical conversion techniques for biofuel production from
lignocellulosic biomass is often non-selective and energy inefficient. Microwave assisted …

Hydrogen is the potential future resource to cater the energy and chemical requirements.
Microwave-assisted pyrolysis (MAP) could be the potential technology to obtain green …

The paper highlights the emerging importance of hydrogen as a clean and sustainable
energy with a focus on biomass and plastic waste feedstocks. The effectiveness of different …

The investigation of the environmental impacts of different biomass valorization processes
has become a “hot topic” among the academic and industrial practitioners; starting since bio …

Co-gasification contributes significantly to the generation of hydrogen-rich syngas since it
not only addresses the issue of feedstock variation but also has synergistic benefits. In this …

To investigate the influence of the pyrolysis temperature on biogas production from sewage
sludge, conventional pyrolysis and microwave pyrolysis were carried out in the temperature …

Microwave-assisted fast co-pyrolysis of microalgae (MA) and polyvinyl chloride (PVC) was
investigated. The pyrolysis profiles, yields of three-phase, the chemical composition of liquid …

Biomass can be converted into renewable biofuels, employing thermochemical techniques,
and thus has been considered as a promising alternative to fossil energy resources …

Abstract Synthetic Fe–CaO–Ni-mayenite-CeO 2 catalyst was adopted in the production of H
2-rich gas from formed tar obtained from biomass-plastic pyrolysis and gasification. The …