Defluoridation of groundwater was performed in a batch reactor using bivalve shell powder
(BSP) as adsorbent. The physicochemical characteristics of BSP, studied by Fourier …

Adsorption potential of metal oxide (lanthanum, magnesium and manganese) incorporated
bentonite clay was investigated for defluoridation of drinking water using batch equilibrium …

Low cost naturally available bone meal was carbonized and its fluoride adsorption capacity
was explored. Carbonized bone meal (CBM) produced at 550° C, 4 h carbonization time …

Excessive fluoride in potable groundwater is a serious health problem in rural areas of many
developing countries. The presence of a small amount of fluoride in potable water is …

Because of the high toxicity of fluoride to mankind, there is an urgent need to treat fluoride-
contaminated drinking water to make it safe for human consumption. This work investigated …

This paper reports on the development of granular and powdered biochar of Conocarpus
erectus (GBC and PBC) for the removal of fluoride ions from aqueous solution. The surface …

The fate of excessive fluoride in water is cause for serious public health concerns worldwide.
Water defluoridation using various technologies therefore continues to attract …

Fluorosis is a worldwide, chronic degenerative disease caused by excessive level of fluoride
in drinking water, mostly impacting rural, resource poor communities. Success of any …

The defluoridation from aquatic medium by raw marine algae, Ulva lactuca, was
investigated. The element components and adsorbent's properties were determined. The …

Corbula trigona shell powder (CTSP) was modified by a hydrothermal method using
phosphoric acid to remove fluoride ions from groundwater. This method was performed by …