Fluoride concentration in drinking water has become a global challenge due to its effects on
the human body. While small level (1–1.5 mg· L− 1) strengthens enamel and bone …

Fluoride in drinking water is beneficial at low concentrations but is considered harmful for
the human health when present at concentrations exceeding 1.5 mg/L. Prevalence of high …

Management of contaminants such as fluoride is a major public issue. Fluoride of geogenic
origin in groundwater used as a source of drinking water is a major concern because …

The ability of the alum-impregnated activated alumina (AIAA) for removal of fluoride from
water through adsorption has been investigated in the present study. All the experiments are …

Exposure to fluoride beyond the recommended level for longer duration causes both dental
and skeletal fluorosis. Thus, the development of cost-effective, locally available, and …

Many industries such as iron and steel metallurgy, copper and zinc smelting, the battery
industry, and cement manufacturing industries discharge high concentrations of fluoride …

The removal of F− from aqueous solution using lanthanum and cerium modified
mesoporous alumina (La/MA and Ce/MA) was studied, and characteration of the adsorbents …

The efficiency of untreated hydrated alumina (UHA) and thermally treated hydrated alumina
(THA) obtained from hydrolysis of locally manufactured aluminum sulfate to remove fluoride …

Fluoride contamination of groundwater is a serious problem in several countries of the world
because of the intake of excessive fluoride caused by the drinking of the contaminated …

This paper describes the fluoride removal potential of a novel sorbent, magnesia-amended
activated alumina (MAAA) from drinking water. MAAA, prepared by calcining magnesium …