Abstract
AbstractRecently, membrane technology is a promising strategy to remove organic dyes from industrial (textile, paint, leather, and dyeing) wastewater. Dyes are important organic pollutants that have been increasing continuously in wastewater and recognized for their hazardous effects on the ecosystem. Wastewater before discharge into main streams must be treated carefully to minimize the harmful effects of dyes on aquatic life and humans. Development in technology and science has directed to advance techniques for dye removal from industrial effluents. Current studies have reviewed the potential dye removal application of metal–organic frameworks boosted membranes (MOFs boosted membranes). MOF-based membranes have been applied extensively in nanofiltration (NF), Forward Osmosis (FO), ultrafiltration (UF), and reverse osmosis (RO) techniques. This chapter discusses various methods for dye removal, MOF adsorbents, and MOF-based membranes. MOF-based membranes design strategies and key features of MOF-based membranes are also described briefly. In addition, MOF boosted membranes solution, challenges and future prospects are summarized.KeywordsMOF boosted membranesDye removalMembrane technologyMOF adsorbent
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