Tag: water purification

A 2026 review in Environmental Science and Pollution Research examines nanomembrane advancements for sustainable wastewater treatment and contaminant remediation.

A comprehensive review assesses hydroxyapatite-based materials for wastewater treatment, examining synthesis methods, pollutant removal mechanisms, and circular economy integration.

A comprehensive bibliometric analysis reveals an annual growth rate of nearly 64 percent in solar-driven interfacial evaporation research utilizing natural ...

A comprehensive scientific review evaluates agricultural peanut shell residues as sustainable biofilter substrates capable of removing heavy metals, organic pollutants, ...

A hybrid activated carbon synthesized from banana peel and olive pomace achieved dye removal efficiencies exceeding 97 percent across four ...

A study in Discover Environment shows that a jujube oil-based emulsion liquid membrane can remove 97.40% of the antidepressant flupentixol ...

A composite photocatalyst combining copper-modified chlorophyll with graphitic carbon nitride achieved a 95 ± 2.5% degradation efficiency for tetracycline hydrochloride ...

Dual-charged nanofiltration membranes with fixed charges in both support and selective layer rejected over 95 percent of multivalent salts and ...

An editorial in Environmental Chemistry Letters argues that most water purification research uses unrealistic homogeneous lab conditions and proposes advanced ...

A new review finds that a single alkaline pretreatment can convert agricultural waste into both water-purifying bioadsorbents and cellulose precursors ...