Waste oil, a byproduct of oil industry, holds significant potential to valuable aromatics
through catalytic pyrolysis. However, there is a lack of research on catalysts suitable for …

This study investigates the pyrolysis of polyethylene waste in a continuous-feed mode to
provide novel insights into recycling waste plastics. Alumina (Al 2 O 3) porous media has …

Polypropylene (PP) is widely used around the world, but PP waste has caused
environmental problems after being abandoned. To deal with this massive PP waste …

In addressing contemporary plastic pollution, catalytic-chemical vapor deposition (CVD)
emerges as an effective method for converting plastic to carbon nanomaterials. Biochar …

Utilization of biomass derived raw material to create advanced and high value carbon
biochar have attracted tremendous attention, the exploration and functionalization of novel …

Disposing hazardous plastic waste (eg, used masks) poses a challenging issue, as these
waste plastics often carry the risk of virus infection. CO 2 transformation-enhanced steam …

Plastic waste has become an alternative resource for generating carbon-free hydrogen and
valuable carbon. The challenge lies in the efficient catalytic pyrolysis of plastics, the energy …

A magnetic biochar nanomaterial derived from fungal hyphae was introduced into the
sample preparation field. The magnetic fungal hyphae-derived biomass carbon (MFHBC) …

Carbon and carbon-based materials are produced from lignocellulosic and non-
lignocellulosic materials by carbonization, pyrolysis, etc. Carbon material size also varies …