In this work, biomass-derived single-atomic (Mn–N–C) materials with hierarchical porous
structures are synthesized through a double-anchoring strategy. Expandable biomass of …

Carbon-based single-atom catalysts (SACs) have been gradually introduced in
heterogeneous catalytic ozonation (HCO), but the interface mechanism of O3 activation on …

The design of a micro-/nanoreactor is of great significance for catalytic ozonation, which can
achieve effective mass transfer and expose powerful reaction species. Herein, the …

Metal-free catalysts such as N-doped nanocarbons are sustainable alternatives to metal-
based catalysts for the degradation of persistent organic pollutants (POPs), but cost-efficient …

Metal− organic framework (MOF) derived carbon-based nanocatalysts have received great
attention in environmental remediation applications. Herein, a hollow carbon polyhedron …

Carbon‐defect engineering in single‐atom metal‐nitrogen‐carbon (M─ N─ C) catalysts by
straightforward and robust strategy, enhancing their catalytic activity for volatile organic …

Adsorption is the first step of the interface mechanism, but the adsorption behaviors of ozone
(O 3) and pollutants on the catalyst during catalytic ozonation have always been overlooked …

Herein we reported the first example of preparing α-MnO 2 by selective acid etching from Mn-
containing spinel. The defects, facet, and surface area of α-MnO 2 were cooperatively …

The synergistic effect of multiple reactive oxygen species (ROS) facilitates the degradation
and mineralization of recalcitrant contaminants. However, bottlenecks include the rational …

Developing highly efficient and anti-interference catalysts was still a challenge for the
practical application of heterogeneous catalytic ozonation (HCO) in water decontamination …