Synthesis and Characterization of NiCoMn MOFs for Wastewater Treatment

TL;DR

This paper reports the synthesis and characterization of NiCoMn MOFs with nanoporous structures, demonstrating their high potential for effective wastewater treatment through adsorption and catalysis.

Contribution

The study introduces a simple hydrothermal synthesis method for NiCoMn MOFs and characterizes their properties for wastewater treatment applications.

Findings

Successful synthesis confirmed by XRD analysis.

SEM revealed nanoporous surface morphology.

High electrostatic attraction indicates effectiveness in contaminant removal.

Abstract

Water pollution has become a global problem. Sources of wastewater majorly include industrial and commercial sectors. To cater to the exponential increase in clean water, efficient technologies are needed to treat wastewater. Several techniques such as redox reactions, membrane filtrations, mechanical processes, chemical treatment and adsorption techniques have been employed. However, their cost and effectiveness is still a major problem. In this study, we employed an effective wastewater treatment technique by synthesizing NiCoMn MOFs using a simple hydrothermal technique and characterized the properties using XRD and SEM for their possible characteristics. XRD analysis confirmed the successful synthesis of NiCoMn MOFs. Sufficient information regarding the surface morphology and topology was given by the SEM analysis which proved a nanoporous structure with high surface area effective for adsorption and oxidative catalysis of contaminants in wastewater. Moreover, a high electrostatic attraction between the MOFs was observed which could attract oppositely charged contaminants. The results showed a high potential for the synthesized NiCoMn MOFs for wastewater treatment applications.