Evaluate Sediment Contamination with some Heavy Metals. A case Study of the Al-Gharraf River in Wasit, Iraq

  • Sattar Obaid Maiws Al Mayyahi Wasit University, College of Science, Department of Geology, Al-Kut, Wasit, Iraq
  • Sarteel Hamid Enad Al-Shammary Wasit University, College of Science, Department of Geology, Al-Kut, Wasit, Iraq
Keywords: Kut District, Al Gharraf River, Pollution Level, Al-Haay District

Abstract

This study aimed to determine the amount of heavy metal pollution in the Al Garraf River sediment in Wasit province, Iraq. During the journey from Kut to Al-Haay District, seven samples were gathered from the Al-Gharraf River in July 2021. GPS was used to determine the geographic location of these samples. The pollution level in the Al Gharraf River sediments from Kut to Haay, heavy metals pollution caused by manganese, chromium, cadmium, cobalt, zinc, nickel, copper, and lead pollution indices such as enrichment factor, geo-accumulation, contamination factor, and pollution load were used to analyze the situation. Although geo-accumulation has mostly been used to evaluate contamination in freshwater sediment, one of the most frequently utilized factors is an enrichment to quantify to determine degrees of anthropogenic contamination and ratios of enrichment. On the other hand, the pollution load index is calculated as the number of times the concentration of heavy metals in sediments exceeds the concentration and level and is used for estimating the total amount of toxicity of heavy metals in samples. At the same time, our study discovered that cadmium is heavily polluted (contamination value is 5.70) in the Al Gharraf River sediments from Kut to Haay District, while nickel (1.51) and lead (1.75) are moderately polluted, but that the metals manganese, cobalt, chromium, zinc, and copper are not.

 

Published
2022-05-23