Photocatalytic technology was recognized to be the effective strategy to overcome the
obstacles of environment pollution and energy shortage, and the novel photocatalyst …

Recent developments in the engineering of metallic glasses (MGs) with custom properties
have been compelling, particularly in porous constructions. This review brings to the fore a …

Friction-driven contaminant degradation is a novel and potential solution to mitigate
environmental pollution. However, the core mechanism of tribocatalytic degradation remains …

Covalent metal–organic frameworks (CMOFs) are a novel class of porous materials made by
combining the chemistry of metal–and covalent organic frameworks (MOFs and COFs) and …

Spark erosion is a convenient, flexible, and low-cost method to quickly produce fine powders
of metals, alloys, and semiconductors in size ranging from nearly a hundred micrometers to …

The increasing scarcity of clean water, coupled with the environmental repercussions of
municipal and industrial wastewater, underscores the imperative for advancing novel …

TiO 2 based photocatalyst with sufficient reusability for the degradation of water pollutants
remains a challenge. Here, we report a composite chitosan-based aerogel containing TiO 2 …

Synthesizing efficient catalysts to degrade hazardous pollutants in wastewater, especially in
alkaline conditions, is pivotal for water remediation. A magnetically separable Z-scheme …

Due to the great limitation of glass forming ability, precisely controlling the chemical
compositions of metallic glasses (MGs) still dramatically inhibits their widespread …

Dye waste management via renewable stratagem as well as understanding the nature of
degraded products are highly essential for controlling the water purification process …