Heavy metal ions have an aggressive impact on human health and the environment if the
predictable levels are varied. The development of new strategies constructed on colorimetric …

It is still challenging to design effective gC 3 N 4 photocatalysts with high separation
efficiency of photo-generated charges and strong visible light absorption. Herein, a simple …

The oxidation states of polymers and their stabilities are of great importance for their
application in energy storage systems. In this paper, we report an air-stable triphenylamine …

Hg/Hg (II) is deemed to be the most toxic heavy metal to humans. Therefore, designing
suitable adsorbents to simultaneously achieve high capacity, rapid mercury adsorption, and …

This work aims to investigate the combustion characteristics, kinetics triplets, and
thermodynamic parameters of microporous triazine-based organic polymers. The polymers …

The introduction of nitridizing agents to the hydrothermal carbonization may change the CO
2 capture performance of the porous carbons, but this ideal still needs investigation. Herein …

Catalytic reduction of pollutants employing the concept of electron-relay effect between
sodium borohydride (NaBH 4) and pollutant compounds, both adsorbed on catalyst surface …

In this work, full triazine two-dimensional frameworks (2DC3N3) were synthesized and used
to detect metal ions in aqueous solutions. 2DC3N3 showed excellent performance to sense …

The current scenario of environmental pollution attributed to industrial ecotoxicants
envisages the imperative necessity not just to detect highly toxic heavy metal ions but also to …

A porous, low-cost, organic, amorphous and carbon-nitride functionalized polymer was
synthesized using melamine and 5-bromo-2-thiophenecarboxaldehyde. One-pot …