Scientists Discover New Technique to Remove Fluoride from Drinking WaterAndrew Puhanic, Contributor Common techniques used for defluoridation are coagulation-precipitation, membrane process and ion exchange. The problem with these three techniques is that they are either too expensive or they further pollute the water. Researchers from the National University of Sciences and Technology in Pakistan have discovered an effective method to remove fluoride from drinking water that is less expensive than conventional filtration processes and is safe to use. The study, published in the Journal of Chemistry, concluded that the removal of fluoride from drinking water using modified immobilized activated alumina (MIAA) resulted in a removal efficiency that was 1.35 times higher than normal immobilized activated alumina. The adsorption method that is used by modified immobilized activated alumina (MIAA) is much more cost-effective (Ali, I., Gupta, V. K. [2007] Advances in water treatment by adsorption technology. Nature Protocols) than the popular Reverse Osmosis Filtration method. Considering that both MIAA and Reverse Osmosis Filtration remove more than 90% of fluoride, MIAA could be a viable alternative to removing fluoride from drinking water supplies in developing countries. Unfortunately, there are some limitations to the use of MIAA in removing fluoride from drinking water. The greatest challenge in the use of MIAA for removing fluoride from drinking water is filtering MIAA once all fluoride has been absorbed. Ultimately, the primary challenge faced when trying to removing fluoride from drinking water is cost. The use of modified immobilized activated alumina (MIAA) to remove fluoride from drinking water could become a viable option that would enable communities in both developed and developing nations to remove fluoride from drinking water. To download a copy of this publication, click here. Andrew Puhanic is the founder of the Globalist Report. The aim of the Globalist Report is to provide current, relevant and informative information about the Globalists and Globalist Agenda. You can contact Andrew directly by visiting the Globalist Report 