There is rapidly growing interest in non-energy coal applications. In addition, the demand for
non-traditional specialized materials is on the rise. Therefore, this review systematically …

Recently, there has been a growing interest in enlisting polymer-based additive
manufacturing in high-volume structural applications such as wind turbine blade tooling and …

The development of civilization is associated with generating an increasing amount of
various types of waste. More and more restrictive legal regulations require limiting their …

Conventional approaches of making biochars are typically through single sourcing of the
feedstock. Here, we hypothesize that multi sourcing can be used to develop tailored …

Bituminous coal was utilized as a particulate filler in polymer-based composites to fabricate
standard 1.75 mm coal-plastic composite filaments for material extrusion 3D printing. The …

This paper presents a study for developing a high filler content coal plastic composite (CPC)
for use in building and construction applications as a substitute for the state-of-the-art wood …

Coal is a vital energy resource worldwide, but pollutants and greenhouse gases from its
combustion cause environmental problems. To explore the non-combustion approach to use …

Thermo-oxidative degradation of thermoplastic-based composites filled with two types of
carbon filler including bituminous (Pittsburgh No. 8, P8) and sub-bituminous (Powder River …

The exploitation of coal and the disposal of waste plastic present significant environmental
and economic challenges that require sustainable and profitable solutions. In response, we …

This paper reports investigations into coal's viability as an alternative filler to wood flour in
wood plastic composites (WPCs)—a class of materials used in building applications in lieu …