Pathogen removal efficacy of ceramic water filters (CWF) impregnated with silver
nanoparticles (nAg) has been well studied, however scarce information is available about …

Locally produced ceramic water filters (CWF) are an effective technology to treat pathogen-
contaminated drinking water at the household level. CWF manufacturers apply silver to …

The incorporation of silver nanoparticles into a range of low-cost materials as an
antibacterial water filter treatment is a relatively new solution to drinking-water problems …

In this paper, we present a systematic evaluation of the effects of local clays and the
manufacturing process on the performance of ceramic water filters (CWFs) impregnated with …

As an impregnated constituent in low-cost ceramic water filters, silver nanoparticles have a
demonstrated antibacterial effect. The bactericidal mechanism is believed to be based on …

This study compares the disinfection performance of ceramic water filters impregnated with
two antibacterial compounds: silver nanoparticles and a polymer based quaternary amine …

This research examined how variations in synthesis methods of silver nanoparticles affect
both the release of silver from ceramic water filters (CWFs) and disinfection efficacy. The …

The synergistic potential of silver and zinc oxide nanoparticles for water disinfection was
investigated herein. By causing cell death through membrane interactions, oxidative killing …

Global water safety is facing great challenges due to increased population and demand.
There is an urgent need to develop suitable water treatment strategy for small rural and …

Lack of safe drinking water gives rise to waterborne diseases and other human health risks
caused by various pollutants. Safe water provision in low-income countries is constrained by …