Global plastics production has doubled since the beginning of 21st century. Efficient
technology is called for plastics waste valorization. The current review provides an overview …

Demand for clean energy has increased due to the proliferation of climate change impact
from excessive emission of greenhouse gases (GHG) from the combustion of fossil fuels. H2 …

Plastic waste-to-energy conversion via gasification is a promising method for hydrogen
production. In this study, the effects of waste plastic type, equivalence ratio, operating …

Carbonaceous materials are among the most appropriate and widely used materials in the
field of energy production, conversion, and storage. According to recent studies, biochar …

Combined with carbon capture, chemical looping gasification (CLG) provides a clean and
carbon-negative approach to converting municipal solid waste (MSW) into high-quality …

In this study, the autothermal downdraft co-gasification of biomass and plastic wastes has
been investigated. Thus, a restricted equilibrium model employing approach temperature …

Co-gasification of plastics with biomass is an attractive energy-recovery option to handle the
plastic waste generated by society and requires further study. This work presents a …

Gasification process is an efficient thermochemical disposal technique and is growing fast in
the plastic waste field, nowadays. Co-gasification of low-density and high-density …

The potential of H 2-rich syngas generation using downdraft co-gasification of biomass and
plastic wastes is investigated using an autothermal restricted equilibrium study using Aspen …

This work reports an innovative simulation method for effectively utilizing paper-mill sludge
based on the co-gasification approach for energy-enriched renewable fuel production. An …