Iron containing MOFs have been currently estimated as greater candidates for
heterogeneous Fenton catalysts due to their open pores and well dispersed metallic …

Fenton/photo-Fenton reaction was limited by slow Fe 3+/Fe 2+ cycle, low H 2 O 2 activation
efficiency, and narrow applicable pH range. Here, Fe atoms doped MoS 2 (Fe–MoS 2) with …

Heterogeneous photo-Fenton catalysts generally show very weak photo-Fenton activity at
near-neutral pH because of the relatively low rate of Fe 2+ regeneration. The aim of this …

Intrinsically poor reactivity restricts pure hematite (α-Fe 2 O 3) from practical photo-Fenton-
like systems. Surface structure engineering is considered one of effective methods to tune its …

Fabricating heterojunction catalysts is a promising strategy for improving the performance in
heterogeneous photo-Fenton reaction (PFR). Herein, a Z-scheme heterostructured α-Fe 2 O …

The photocatalytic efficiency is commonly restrained by inferior charge separation rate.
Herein, the S-scheme MIL-100 (Fe)/NH 2-MIL-125 (Ti)(MN) photo-Fenton catalyst with the …

Photo-Fenton reaction combining the photocatalytic reaction and Fenton reaction showed
excellent degradation performance. However, it highly demanded the catalysts to display …

The performance of the Photo-Fenton process is still limited by the low conversion rate of Fe
3+/Fe 2+ under near neutral conditions. We report a α-Fe 2 O 3/BiOI catalyst that enhanced …

The applicability of the conventional Fenton reaction is limited due to several factors,
including the high cost and slow redox cycle of Fe 3+/Fe 2+, the requirement for harsh acidic …

Overcoming the relatively low catalytic activity and strict acid pH condition of common photo-
Fenton reaction is the key to alleviate the serious global burden caused by common organic …