Volatile organic compounds (VOCs) seriously endanger human health due to their
bioaccumulation and carcinogenic effects, while biochar adsorption method is regarded as …

The roles of graphitization degree and surface functional groups of N-doped activated
biochar are key concerns for phenol removal from wastewater. In this study, N-doped …

Through experiments and simulation calculations to investigate the nitrogen (N)-doped
porous biochar adsorption performance for volatile organic compounds (VOCs, toluene, C …

Low-cost biochar adsorbent owning great potential for environmental remediation faces a
bottleneck in application for its unsatisfied adsorption performance. Compared to the efforts …

Volatile organic compounds (VOCs) adsorption by carbonaceous materials is one of the
most promising technologies for their efficient abatement, which requires the construction of …

Thermal pyrolysis synthesized activated biochar from the Pinus elliottii sawdust (PS) at 600°
C. The obtained activated biochar (PB600) was used for the removal of three diphenols …

Porous-activated biochars with abundant pores have great potential for the treatment of
volatile organic compounds (VOCs). However, the lack of cost-effective pore-modulation …

Biochar (BC) are widely used as highly efficient adsorbents to alleviate aromatics-based
contaminants due to their ease of preparation, wide availability, and high sustainability. The …

Interactions between organic pollutants and carbon-based particles are critical for
understanding and predicting the fate of organic contaminants in the environment. However …

In line with the concept of green sustainable development and efficient wastewater
remediation, it is urgent to fabricate biochar-based sorbents with high-efficiency for pollutant …