Polymeric membranes enhanced by nanoparticles have received great attention over the
past decade due to their abilities to meet the growing demand in addressing the global …

Redox polymerizations are of huge importance throughout academic and industrial polymer
science. Many authors propose the reaction of reducing (Red) and oxidizing (Ox) agents to …

We present a facile strategy to synthesize self-healable tough and highly stretchable
hydrogels. Our design rationale for the creation of ionic cross-linked hydrogels is to graft an …

Poly (acrylic acid)(PAA) hydrogels with superior mechanical properties, based on a single
network structure with dual cross-linking, are prepared by one-pot free radical …

Self-healing hydrogels with robust mechanical properties is the primary objective of
hydrogel materials. In this work, we report the synthesis of iron (III) containing hydroxyethyl …

Various nanomaterials (NMs) with special characteristics such as high reactivity, improved
catalysis, and adsorption properties have gained considerable attention to improve the …

The remediation of toxic metals from water with high concentrations of salt has been an
emerging area for membrane separation. Cost-effective nanomaterials such as iron and iron …

Water contamination is increasing globally by heavy metals, dyes, and cyanides day by day.
Heavy metals are very toxic even if present in a small amount in water. Here, we have …

This study demonstrates a three-step process consisting of primary pre-filtration followed by
ultrafiltration (UF) and adsorption with thiol-functionalized microfiltration membranes (thiol …

In recent times, access to clean water has become increasingly difficult and one of the most
important problems for the sustainability of life due to environmental pollution. Based on this …