In this study, ethylene-propylene-diene monomer rubber (EPDM) and tire waste powder
(TW) were selected as filling materials for toughening various epoxy matrices, lowering …

We present an effective synthesis process to obtain high-capacity disordered carbon from
waste tires for use as anode in Li-ion battery. Carbon recovered from the pyrolysis of waste …

Utilisation and minimisation of spent tyre stockpiles has been made more viable by pyrolysis
and activation to produce low-cost activated carbons. The unique chemical composition of …

The increase in the world population has resulted in an increase in vehicle production by
most automobile companies. It is expected that vehicle production will increase from 1.2 …

Solketal, a widely used glycerol-derived solvent, can be efficiently synthesized through
heterogeneous catalysis, thus avoiding the significant product losses typically encountered …

Environmental pollution caused by solid wastes is increasing in the last decades; one of
these is referred to automotive tires, which are recycled by different methods, including …

This study assessed the developmental toxicities of water-soluble carbon black wastes
(CBW) extract (1: 5, w/v) in zebrafish embryos (Danio rerio). Acute embryonic toxicity was …

The objective of the study is to examine the potential of TCR (tyre crumb rubber) particles to
remediate toluene contaminated aquifers by using them as the reactive constituent of …

In polymer reinforced concrete, the Young's modulus of both polymers and cement matrix is
responsible for the detrimental properties of the concrete, including compressive and tensile …

The increase in waste tyres has led scientist in the quest for finding various ways for
minimizing problems associated with their disposal. The sought solutions are not only meant …