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Environment Pollution and Climate Change
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  • Case Study   
  • Environ Pollut Climate Change 2024, Vol 8(1): 376

Assessment of Heavy Metal Concentration in Benthic Sediments of Ubeji River, Warri South Local Government Area Delta State

Yusuf Adamu Datti* and Ochai Enemona Johnson
Industrial Safety and Environmental Technology Department, Petroleum Training Institute Effurun Delta State, Nigeria
*Corresponding Author : Yusuf Adamu Datti, Industrial Safety and Environmental Technology Department, Petroleum Training Institute Effurun Delta State, Nigeria, Email: yusuf_ad@pti.edu.ng

Received Date: Jan 03, 2024 / Published Date: Jan 29, 2024

Abstract

Composite sediment samples were collected from three sampling points along Ubeji River in Ubeji community Warri South Local Government, Area Delta State into which industrial effluents were discharged. The sediments were prepared for heavy metals analysis using standard laboratory techniques. The concentrations of heavy metal in sediments were compared with DPR (2002) limits for benthic sediments and survival of aquatic organisms. The results showed that cadmium (1.69 mg/l) at the upstream, lead (47.04 mg/l), manganese (52.65 mg/l), chromium (56.87 mg/l) and cadmium (2.77 mg/l) at the point of effluent discharge and chromium (43.39 mg/l) and cadmium (1.92 mg/l) at the downstream from the point of effluent discharge were not within the acceptable limits. From the finding of the study, it was recommended that proper monitoring of the type and volume of effluents discharged into the river be put under surveillance to prevent an upsurge of heavy metals concentration in the Ubeji River

Citation: Datti YA, Johnson OE (2024) Assessment of Heavy Metal Concentrationin Benthic Sediments of Ubeji River, Warri South Local Government Area DeltaState. Environ Pollut Climate Change 8: 376.

Copyright: © 2024 Datti YA, et al. This is an open-access article distributed underthe terms of the Creative Commons Attribution License, which permits unrestricteduse, distribution, and reproduction in any medium, provided the original author andsource are credited.

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