Due to the abundance and sustainability of solar energy, converting it into chemical energy
to obtain clean energy presents an ideal solution for addressing environmental pollution and …

Electron transfer between supports and metal oxides is of great significance in optimizing
the catalytic activity, while this is still an open issue for understanding its real role in the …

Solar-driven, sustainable, and complete removal of sulfamethoxazole (SMX), a refractory
emerging contaminant in aquatic systems, is paramount. Although graphitic carbon nitride …

Under the dual background of energy and environment, the use of precious metal-free
carbon nitride (g-C3N4) for photocatalytic hydrogen production has attracted the favor of …

Background Metal-free carbon materials have been extensively researched for the removal
of aqueous pollutants by persulfate activation. However, it was still worth exploring the …

We design highly-active porous Co-doped carbon nitride (CN) rod by a facile thermal
condensation of melem supramolecular assembly incorporated with Co species. The highly …

We show that residues of unused antibiotics Sulfamethoxazole (SMZ) and tetracycline (TC)
in wastewater can be treated by photocatalytic degradation. Here, a magnetic photocatalyst …

High-efficiency photocatalysts based on organic polymeric semiconductor are often limited
by slow charge separation kinetics and sluggish redox reaction dynamics. Herein, the donor …

Herein, a photo-self-Fenton system of resorcinol-formaldehyde resins/MIL-88A (Fe)(RF/88
A) S-scheme heterojunction was successfully established to in-situ generate and activate H …

The development of a highly efficient and energy-saving method for simultaneous removal
of organic and heavy metal ion mixed pollutants is of great significance. In the present work …