Abstract
With wide use of Bromuconazole in agriculture, the study of it’s partitioning into the different environmental compartments becomes essential to know abouts its properties and its effect on the environment and human health. Fugacity based EQC approach is one of the finest ways to find the fate of chemicals into the environment as it directly corelates the fugacity with concentration and give direct results. An EQC Level 1 calculations in the standard environment has been performed on fungicide Bromuconazole using a fugacity-based multimedia environmental fate model. Under all the terms and conditions of level 1 it is distributed primarily in soil and water. Bromuconazole has the highest concentration in aerosols followed by suspended sediments. The low concentration and low amount of Bromuconazole in air can be attributed to the low value of lower vapor pressure. The value bio-concentration factor indicates its concentrating nature towards the fishes and other aquatic animals.
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