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 …

This paper proposes a new method of removing fluoride from drinking water. It presents the
results of an experimental study on the effects of the temperature and mixture ratio on the …

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 …

The article elaborates the development of gravity-based water filtration systems capable of
removing fluoride using natural organic material. In this study, the precipitation and …

Ceramic water filters (CWFs) are applied in underserved communities as a point-of-use
drinking water treatment system. These devices utilize nano-and macroscale features to …

The need to make clean water accessible and affordable for low-income countries is crucial.
This study examines the suitability of various clays for Ceramic Pot Water Filters production …

Consumption of contaminated water may result in several water-borne diseases, including
hepatitis, typhoid, cholera, dysentery and other diseases that cause diarrhoea. One of the …

BACKGROUND This study evaluates the capacity of hydroxyapatite ceramics to remove
fluoride from drinking water. Porous hydroxyapatite ceramic beads approximately 5 mm in …

Drinking water source contamination poses a great threat to human health in developing
countries. Point-of-use (POU) water treatment techniques, which improve drinking water …

The consumption of microbially-and virally-contaminated water is a pressing health issue in
developing nations. The concentration of surface and underground water is often …