… based on pyrolysis and gasification are leading the way … the potential of pyrolysis and
gasification, however, the strong … , since plastic degradation involves at least three phases (solid, …

… from plastic wastes by using gasification technologies. … production from plastic wastes by
applying plasma gasification whose … various carbon-based fuels, such as fossil fuels, biomass, …

… This conversion technology can be applied to a variety of plastic … attempt to summarize plastic
waste gasification, its commercial … Similar to fossil fuels, the products of pyrolysis of plastic …

… content making their use in energy applications attractive. … plastic waste (PW) management
by pyrolysis and gasification, … fuels such as diesel and can partially substitute for fossil fuels. …

… Over the last decades, increasing efforts are being made to develop new alternative feedstocks
for energy production due to fossil fuel depletion and the negative environmental impact …

… The gasification process consists in the conversion of a solid/liquid organic feedstock into a
… focuses only on the solid and condensable by-products of pyrolysis and gasification stages. …

… The strategic potential of waste plastic gasification … of energy sources, reduction in the
dependence on fossil fuels, resource depletion, and landfill use [17]. Oxygen blown gasification …

… GHG emission reduction benefits by displacing their fossil fuel counterparts with high CIs. …
only have paper and plastics. Two cases with a high biogenic or fossil carbon source are …

… plastic gasification from the last fifteen years with a specific focus on polyolefin (PP, PE),
plastics mix, and co-gasification of plastic … to lower fossil fuel prices that wood gasification has …

… of plastics without adequate recycling has caused global issues of waste management.
Continued increase in fossil fuel … the finite amounts of fossil fuels resources for energy and limited …