Determination of lead and beryllium by 4-sulfamoyl phenyl carbamodithioic acid in boron mine wastes

Currently, there are boron and boron compounds that are used in many areas. In our country, the amount of boron waste in boron production enterprises is six hundred thousand tons per year.Various methods have been developed for the evaluation of boron wastes. Some of these methods include; It is the preservation of waste in appropriate places,the recovery of pipe from boron waste and its use in appropriate sectors. In this study, three types(boron waste, boron ore and processed boron ore) obtained in the Kütahya-Emet region were determined by the amount of Lead (Pb) and beryllium (Be) elements contained in boron with the help of cloud point extraction (CPE). At the same time, with the help of 4-sulfamoyl phenyl carbamodithioic acid ligand, which was used in this method, it is possible to selectively assign the desired elements, at the same time, it was possible to determine the quantities of these elements in the boron mine (colemanite), which is an important ore for our country and the world.The above mentioned boron ore,boron waste and lead and beryllium elements to be found in the processed boron ore were determined by the ICP-OES spectroscopic technique. In this study, lead and beryllium elements were investigated in boron ore, boron waste and processed boron ore, and therefore there was a study to determine the amounts of these elements. Keywords: Boron Waste, Boron Ore, Processed Boron Ore, 4-sulfamoyl phenyl carbamodithioic acid, ICP-OES, Cloud Point Extraction (CPE)