Carbon nanotubes can be used as good electron acceptors in heterojunctions. We designed
a heterojunction structure of Bi 2 WO 6 microspheres containing multi-walled carbon …

The acceleration of industrialization has led to extensive emissions of air pollutants,
resulting in a series of environmental pollution and climate warming issues. Carbon …

This study investigates the profound impact of surface modification using the silane coupling
agent KH550 on Coal Gangue (CG)-Polyethylene (PE) composites. The aim was to enhance …

To investigate the correlation and mechanism of inherent calcium species in coal on the
preparation and performance of activated carbon (AC) when using flue gas activation. In this …

The mineral catalysis index (MCI), reflecting the activity of mineral composition in coal, could
be used as a meaningful reference to indicate the coal's application potential. To elucidate …

The simultaneous removal of nitric oxide (NO) and sulfur dioxide (SO 2) in a cost-effective
and environmentally friendly method is a major challenge in the field of industrial tail gas …

Calcium sulfide (CaS) is transformed from the interaction between inherent pyrite and calcite
in coal during activated carbon (AC) preparation by vapor activation, which could impact …

Coal gangue (CG), a byproduct of coal mining, integrated with polyethylene (PE) offers
potential in diverse applications. However, ensuring compatibility between CG and PE …

Pore-tailoring by utilizing the inherent iron mineral in coal for highly microporous activated
carbon (AC) preparation for boosting adsorption ability is a promising strategy. In this work …

Carbon dots (CDs) have wide applications due to their unique physicochemical properties.
Converting coal pitch into CDs is a valuable avenue toward new applications of traditional …