Hierarchically porous interlayer for highly permeable and fouling-resistant ceramic membranes in water treatment

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Overview

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Material Science

Ceramic Membrane Material Science

Polystyrene Material Science

Titanium Dioxide Material Science

Nanoparticle Material Science

Aluminum Oxide Material Science

Sodium Material Science

Membrane Structure Material Science

Sintering Material Science

Engineering

Interlayer Engineering

Fouling Engineering

Porosity Engineering

Membrane Fouling Engineering

Nanoparticle Engineering

Structural Stabilit... Engineering

Filtration Process Engineering

Titania (Tio2) Engineering

Removal Efficiency Engineering

Wastewater Treatmen... Engineering

Permeate Flux Engineering

Sodium Alginate Engineering

Fouling Mechanism Engineering

Pore Blocking Engineering

Sintering Engineering

Chemical Engineering

Polystyrene Chemical Engineering

Fouling Chemical Engineering

Hierarchically Poro... Chemical Engineering

Titanium Dioxide Chemical Engineering

Nanoparticle Chemical Engineering

Wastewater Treatmen... Chemical Engineering

Membrane Fouling Chemical Engineering

Sodium Alginate Chemical Engineering

Membrane Fouling Me... Chemical Engineering

Research OutputsResearch Output authored by Hierarchically porous interlayer for highly permeable and fouling-resistant ceramic membranes in water treatment is tagged with the concept

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