In this study, the combination of capture mechanisms in ceramic water filters (doped with
hydroxyapatite and alumina) was considered for the removal of contaminants from drinking …

In this study, a comprehensive assessment of doped ceramic water filters (doping with
hydroxyapatite and alumina) was conducted for potential application in household water …

In this paper, the removal mechanisms of organic (eg, nitrate) and inorganic (eg, lead)
contaminants were investigated in ceramic water filters with organic (ie, activated carbon) …

Overcoming the scarcity of safe and sustainable drinking water, particularly in low-income
countries, is one of the key challenges of the 21st century. In these countries, the cost of …

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

Ceramic water filters (CWFs) are point-of-use devices mostly used in developing countries
as a result of their effectiveness in the treatment of household water. However, there is a …

The technological performance and social acceptance of ceramic water filters impregnated
with silver nanoparticles for point-of-use water treatment were investigated in the laboratory …

Ceramic water filtration is the process that makes use of a porous ceramic (fired clay)
medium to filter microbes or other contaminants from water. Ceramic water filtration has …

This paper examines the effects of hydroxyapatite (HA) and bone-particle (BP) doping on the
removal of fluoride and bacteria by ceramic water filters (CWFs). The CWFs were produced …

Affordable clay-based ceramic filters with multifunctional properties were prepared using low-
cost and active ingredients. The characterization results clearly revealed well crystallinity …