The electron transfer process (ETP) is able to avoid the redox cycling of catalysts by
capturing electrons from contaminants directly. However, the ETP usually leads to the …

The interfacial catalysis of peroxides (ie, hydrogen peroxide, persulfate, and peracetic acid)
through forming active intermediates or electron transfer has sparked much attention in …

Widely employed nitrophenols (NPs) are refractory and antioxidant due to their strong
electron-withdrawing group (-NO 2). Actually, NPs are readily reduced to aminophenols …

The spatial pattern of toxic metals plays a major role in watershed diffuse metal non-point
source pollution, particularly during stream sediment transportation at hills mines. This study …

Multilevel assaults on aqueous pathogenic microorganisms were realized by persulfate (PS)
activation system with Bi–C based electronic metal-supported interactions (EMSI) of bismuth …

Machine learning (ML) is expected to bring new insights into the impact of organic structures
on the reaction mechanisms in reactive oxygen species oxidation. However, understanding …

In the electron-mediated persulfate activation reaction, oxidation efficiency and interference
resistance present a challenging contradiction. Addressing this issue requires an …

Non-radical catalytic oxidation processes can eliminate refractory pollutants from
wastewater containing complex substrates such as dissolved organic matter, but the …

Chloride ion (Cl−) is ubiquitous in diverse water bodies, yet poses a longstanding challenge
in water pollution control by hindering the efficiency of pollutant degradation. Herein, we …

Manganese (Mn)-based oxides, mainly MnO2, have garnered significant attention in
catalytic applications due to their superior redox properties and structural flexibility …