In several areas of Senegal fluoride concentration in drinking water exceeds World Health Organization (WHO) guide value. A safe, efficient, simple and low cost defluoridation technique needs to be developed in order to prevent the occurrence of fluorosis. This paper describes a laboratory and pilot experimentation carried out using animal bone char as adsorbent material for fluoride removal. Possible influencing parameters, such as specific ions in Senegalese drinking water, were investigated and the best process conditions were defined for the application in Senegal
As a biomass material, bone char was investigated for the feasibility to be used as a cost-effective...
Trabajo presentado en Fluoride Removal from Drinking Water: Health and Technology Implications. An i...
Huang, Chin-PaoWater containing fluoride beyond 1 mg/L is harmful to human health. In this study, ca...
Millions of people around the world suffer from or prone to health problems caused by high concentra...
There is a great need for effective, reliable and inexpensive filters for the removal of fluoride fo...
Globally, 200 million people are at risk of developing fluorosis from drinking groundwater contamina...
Fluoride pollution in subsurface water is a significant problem for different nations across the wor...
With fluoride-rich groundwater causing a climatic-dependent fluorosis in Mayo-Tsanaga River Basin, t...
<p>Fluoride contaminated water sources are found in many parts of the world and the consumption of s...
High concentrations of fluoride naturally occurring in the ground water in the Arusha region of Tanz...
Cow bone char was investigated as sorbent for the defluoridation of aqueous solutions. The cow bone ...
In this study, heat and chemically treated sand was applied as an adsorbent for the removal of fluor...
Fluoride in drinking water has several effects on the teeth and bones. At concentrations of 1-1.5 mg...
Water in some parts of Eritrea has fluoride level above WHO guideline of 1.5 mg/L. One of the commun...
The fluoride sorption ability of a locally available bone char is quantified. Both a synthetic solut...
As a biomass material, bone char was investigated for the feasibility to be used as a cost-effective...
Trabajo presentado en Fluoride Removal from Drinking Water: Health and Technology Implications. An i...
Huang, Chin-PaoWater containing fluoride beyond 1 mg/L is harmful to human health. In this study, ca...
Millions of people around the world suffer from or prone to health problems caused by high concentra...
There is a great need for effective, reliable and inexpensive filters for the removal of fluoride fo...
Globally, 200 million people are at risk of developing fluorosis from drinking groundwater contamina...
Fluoride pollution in subsurface water is a significant problem for different nations across the wor...
With fluoride-rich groundwater causing a climatic-dependent fluorosis in Mayo-Tsanaga River Basin, t...
<p>Fluoride contaminated water sources are found in many parts of the world and the consumption of s...
High concentrations of fluoride naturally occurring in the ground water in the Arusha region of Tanz...
Cow bone char was investigated as sorbent for the defluoridation of aqueous solutions. The cow bone ...
In this study, heat and chemically treated sand was applied as an adsorbent for the removal of fluor...
Fluoride in drinking water has several effects on the teeth and bones. At concentrations of 1-1.5 mg...
Water in some parts of Eritrea has fluoride level above WHO guideline of 1.5 mg/L. One of the commun...
The fluoride sorption ability of a locally available bone char is quantified. Both a synthetic solut...
As a biomass material, bone char was investigated for the feasibility to be used as a cost-effective...
Trabajo presentado en Fluoride Removal from Drinking Water: Health and Technology Implications. An i...
Huang, Chin-PaoWater containing fluoride beyond 1 mg/L is harmful to human health. In this study, ca...