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Abstract Water is vital for survival. Presently, it is getting contaminated due to industrial effluents, domestic wastes, and pollutants. Pollution has wiped out many exotic fish species, coral reefs, plants, zooplankton, and other organisms. Effective wastewater management is essential for safeguarding water resources and minimizing environmental impacts. The present study is an innovative approach that combines sensor integration with manual filtration techniques and multi-parameter monitoring to enhance water quality assessment in wastewater treatment processes. Important water quality parameters like pH, turbidity, and dissolved oxygen can be continuously recorded by these sensors in real time. It contributes to the advancement of wastewater management practices by integrating state-of-the-art sensor technology with traditional filtration methods. The manual filtering stage serves as a fail-safe mechanism, assuring the effective removal of course particles and potential contaminants. It makes it easy for the operators to identify violations from the specified water quality parameters, allowing for quick actions to be taken. This study is expected to have a significant impact on the field of wastewater management, promoting sustainability, efficiency, and environmental protection.
Bhat et al. (Thu,) studied this question.