Authors: Sharmin Sultana, B. Karmaker, A.S.M. Saifullah, M. Galal Uddin, and M. Moniruzzaman.
This peer-reviewed research article investigates an environment-friendly clay-based coagulant aid for improving wastewater treatment efficiency. The study focuses on sustainable wastewater management by evaluating the application of natural clay materials for industrial effluent treatment.
(2022). Environment-friendly clay coagulant aid for wastewater treatment. Applied Water Science (Springer Nature). https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467
“Environment-friendly clay coagulant aid for wastewater treatment,” Applied Water Science (Springer Nature), 2022. [Online]. Available: https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467
(2022) ‘Environment-friendly clay coagulant aid for wastewater treatment’. Applied Water Science (Springer Nature). Available at: https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467
“Environment-friendly clay coagulant aid for wastewater treatment.” Applied Water Science (Springer Nature), 2022, https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467.
“Environment-friendly clay coagulant aid for wastewater treatment.” Applied Water Science (Springer Nature) (2022). https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467.
Environment-friendly clay coagulant aid for wastewater treatment. Applied Water Science (Springer Nature). 2022. https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467
@article{article_25558a4853ff5b02927fb09543f50467,
title = {Environment-friendly clay coagulant aid for wastewater treatment},
year = {2022},
journal = {Applied Water Science (Springer Nature)},
url = {https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467},
}
TY - JOUR
TI - Environment-friendly clay coagulant aid for wastewater treatment
PY - 2022-01-01
JO - Applied Water Science (Springer Nature)
UR - https://researchbysharmin.com/research/25558a48-53ff-5b02-927f-b09543f50467
ER -
This study investigates the influence of industrial effluent treatment efficiency on downstream river sediment quality in the Buriganga and Dhaleshwari Rivers, Bangladesh. The research examines heavy metal contamination including Cu, Cd, Pb, Cr, Zn, and Mn in water and sediment samples from industrially affected regions.
The study demonstrates the relationship between inefficient effluent treatment systems and downstream sediment contamination, highlighting the ecological risks associated with
This research proposes a coupled assessment framework integrating industrial effluent quality, river water quality, and sediment contamination to identify pollution control priorities. The study evaluates physicochemical parameters, heavy metals, water quality indices, sediment contamination indices, and risk-based prioritization approaches.
The findings highlight industrial mixing zones as critical pollution hotspots, where contaminants such as Cr, Cd, Ni, Pb, Cu, and Zn contribute to elevated