Degradation of organic/inorganic pollutants through photofenton membrane bioreactor (PFMBR) and lumped kinetic modeling in pharmaceutical effluent

In the present study, Ti3C2Tx type MXene was prepared by selective etching of Al from Ti3AlC2 with mesh size of 200. The powder form of raw material was used to fabricate Ti3C2Tx by in-situ HF etching method. The MXene is further coated on non-woven paper by simply dip coating method. The detailed structural, morphology and elemental content study of as prepared Ti3C2Tx MXene have demonstrated. The MXene (Ti3AlC2) powders show compact, layered morphology as expected for bulk layered ternary carbide. The detailed elemental analysis has carried out for Titanium carbide based MXene coated and uncoated woven paper. The lower conducting property obtained for paper coating due less amount of coating in the surface of paper instead of coating on glass substrate. The electrical property characterization of MXene coated non-woven paper and glass substrate have also been studied. Hence, the conductive coating of MXene-in water formulation achieved through simple dip coating methods is promising for low cost sensor, wearable shielding device fabrication towards renewable energy and healthcare applications.

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Degradation of organic/inorganic pollutants through photofenton membrane bioreactor (PFMBR) and lumped kinetic modeling in pharmaceutical effluent

Cited by 3 publications

References 30 publications

A review of geopolymer membrane for water treatment

A review of geopolymer membrane for water treatment

Biofouling in membrane systems for zero liquid discharge: A review on microbial dynamics, analytical approaches, and environmental influences

Synthesis, morphology and electrical property characteristics of MXene based titanium carbide (Ti3C2Tx) coating on non-woven cotton paper

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