The global plastic waste crisis requires innovative solutions, and pyrolysis has emerged as a
promising technology. This review critically examines pyrolysis technologies for plastic …

Hydrothermal carbonization (HTC) of polyvinyl chloride (PVC) to produce high-value-added
hydrochars as a solid fuel alternative can play a pivotal role in carbon sequestration and …

Hydrothermal carbonization (HTC) can serve as a promising route to effectively co-valorize
biomass and plastic wastes for solid fuel production. However, manure-derived hydrochar …

Solvothermal liquefaction (STL) is a thermochemical conversion technique that employs
solvents other than water to transform waste plastics into valuable compounds. The …

Dechlorination of waste PVC (WPVC) by hydrothermal treatment (HTT) is a potential
technology for upcycling WPVC in order to create non-toxic products. Literature suggests …

This study investigated the interaction between the furfural residue and polyvinyl chloride co-
pyrolysis using an infrared heating method. Various analytical techniques including …

The global production of PVC is around 3.5 million tons each year. Unfortunately, the
disposal of PVC waste releases toxic substances such as hydrochloric acid, polychlorinated …

Papermaking black liquor (BL) contains a large amount of organic matter, alkali, and salt,
which has high value in industrial and agricultural production. In the present paper …

This study focused on evaluating the reduction of chlorine content in waste polyvinyl
chloride (WPVC) through high‐temperature catalytic hydrothermal treatment (HTT). Catalytic …

Shredder residue (SR) is an inevitable waste in the production of steel by scrap melting, and
the presence of chlorine is the main responsible for its non-use of energy. This study aimed …