Waste tires are solid wastes with large annual output and with the potential for great harm to
the environment. The pyrolysis of waste tires can recycle energy and produce reusable …

Various conventional adsorbents such as metal–organic framework (MOF), zeolites,
commercial activated carbon, activated alumina, and metal oxides are being used to capture …

In this work, carbon dots were created from activated and non-activated pyrolytic carbon
black obtained from waste tires, which were then chemically oxidized with HNO3. The effects …

The number of end-of-life waste tyres has increased enormously worldwide, which is one of
the non-biodegradable Municipal Solid Waste (MSW) piling up in an open space for a long …

Recently, the recycling of waste tires has caused widespread concern for its environmental
issues. The experience of the producer responsibility and tax system is of great beneficial to …

An indispensable component of many land-based transportation systems are tires. Tires are
constructed from constituents resistant to both physical and chemical degradation, thus …

Carbon derived from waste biomass has emerged as a promising candidate towards the
synthesis of catalyst or catalyst support for chemical and enzymatic reactions. Excellent …

In circular economy, useful plastic materials are kept in circulation as opposed to being
landfilled, incinerated, or leaked into the natural environment. Pyrolysis is a chemical …

In this study, tire tread (TT) and side wall (SW) of waste tire were separately used as
feedstocks for pyrolysis treatment, and the resulting chars were thoroughly characterized to …

In this research work, the fuel extraction process from waste plastics through the thermal
cracking method is explored. The pyrolysis process was carried out at a wide range of …