The high cost and environmental issues associated to the fluoride removal technologies as
well as their continuous and excessive applications display several challenges in …

This study reports the optimization of a pyrolysis process for the synthesis of bone char for
fluoride removal from water. Specifically, we have performed a detailed analysis of the …

Millions of people around the world suffer from or prone to health problems caused by high
concentration of fluoride in drinking water sources. One of the environmentally friendly and …

This study is focused on the synthesis of bone char (BC) and its application in adsorptive
removal of fluoride from the water. The BC was synthesized by the thermal pyrolysis of used …

Mixed level design experiment and Taguchi orthogonal array design L 8 (4^ 1, 2^ 2) was
applied to optimize pyrolysis process for preparing bone char in order to remove fluoride …

New bone chars for fluoride adsorption from drinking water have been synthetized via
metallic doping using aluminum and iron salts. A detailed statistical analysis of the metal …

A thermal regeneration process of bone char (BC), used in fluoride adsorption, was
investigated in this study. Adsorption experiments and solids characterization by Scanning …

In this study, bone chars were obtained from an alien aquatic species “devilfish” bones by
pyrolysis of 500–800° C. Bone chars were evaluated as a sustainable adsorbent of fluoride …

The adsorption of fluoride from water on bone char (BC) was investigated in this work, and
the fluoride adsorption capacity of BC was compared to that of hydroxyapatite (HAP). The …

Fluoride plays significant biological roles in human body. However, intake of more than 1.5
ppm fluoride causes serious health concern particularly fluorosis. Drinking water with high …