The use of L-ascorbic acid in speciation of arsenic compounds in drinking water
Aleksandar Stanić, Sasa Jovanic, Nikola Marjanović, Zvonimir Suturović
Abstract
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Aleksandar Stanić, Sasa Jovanic, Nikola Marjanović, Zvonimir Suturović
Abstract
Open-access reader
Arsenic speciation, besides total arsenic content determination, is very important in analysis of water, foodstuffs, and environmental samples, because of varying degrees of toxicity of different species. For such purpose hydride generation atomic absorption spectrometry can be used based on the generation of certain types of hydride, depending on the pH value and pretreatment in different reaction media. In this study, we have investigated the effect of L-ascorbic acid as the reaction medium as well as the pre-reducing agent in speciation of arsenic by hydride generation-atomic absorption spectrometry in order to determine monomethyl arsonic acid (MMA) in the presence of inorganic forms of arsenic.
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Arsenic speciation, besides total arsenic content determination, is very important in analysis of water, foodstuffs, and environmental samples, because of varying degrees of toxicity of different species. For such purpose hydride generation atomic absorption spectrometry can be used based on the generation of certain types of hydride, depending on the pH value and pretreatment in different reaction media. In this study, we have investigated the effect of L-ascorbic acid as the reaction medium as well as the pre-reducing agent in speciation of arsenic by hydride generation-atomic absorption spectrometry in order to determine monomethyl arsonic acid (MMA) in the presence of inorganic forms of arsenic.
Key concepts: Arsenic, Hydride, Ascorbic acid, Chemistry, Atomic absorption spectroscopy, Genetic algorithm, Environmental chemistry, Inorganic chemistry