DATASET

INDEX.xlsx (10.6 kB)

DATASET

Summary Table.xlsx (12.25 kB)

DATASET

Inorganic & Oganic Fouling.xlsx (93.56 kB)

DATASET

Biofouling.xlsx (125.91 kB)

DATASET

Static Adhesion Tests.xlsx (84.81 kB)

DATASET

FTIR tests.xlsx (1.51 MB)

PRESENTATION

NMR graphs.pptx (225.78 kB)

PRESENTATION

SEM Cross sectional View.pptx (9.35 MB)

DOCUMENT

Model graph FDR ecoli.pdf (220.34 kB)

DOCUMENT

Predicted vs Actual for FDR e.coli.pdf (97.02 kB)

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FIT SUMMARY FDR E.coli.pdf (252.77 kB)

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ANNOVA FDR ecoli.pdf (275.65 kB)

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Fit Summary s. aureus.pdf (252.99 kB)

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Model graph s aureus.pdf (121.51 kB)

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predicted vs actual s aureus.pdf (96.05 kB)

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Annova s aureus.pdf (273.12 kB)

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Improvement of membrane surface antimicrobial properties to enhance fouling resistance in municipal wastewater treatment.

dataset

posted on 2024-03-11, 09:05 authored by Aude Minang NkombeAude Minang Nkombe

This study aims at improving RO membrane surface antimicrobial properties through chemical graft polymerization using ADMH to enhance resistance to biofouling. The investigation of RO membrane biofouling resistance using a lab-scale flat cell system with gram-negative bacteria E. coli and gram-positive bacteria S. aureus solutions simulating the microbial activity of municipal MBR effluent. The analysis and characterization of the RO membrane surface properties before and after modification will be investigated using a model predicting performance. This study will address the challenge of biofouling of the RO membrane in the application of recycling.