Can Incorporating Novel Anti-Biofilm Molecules Into NF RO Membranes Aid Biofouling Control

Date Published: 2017 | Technical journal archive

Log in or Join UltraFacility to access this content

To access our resources you will need to be a member of UltraFacility, log in to your account or purchase a membership to view this content.

Already have an account? Log in

Increased water production costs and lower final water quality are consequences of membrane biofouling in nanofiltration and Reverse Osmosis (RO) applications which is largely controlled by disinfection of the feedwaters, however this approach has been unsuccessful in stopping the formation of biofilm on membrane surfaces. This article highlights alternative methods for biofouling control including the incorporation of 2-aminoimidazoles into the membrane matrix and outlines the specific objectives of this research.

Companies: University of North Carolina at Chapel Hill, Agile Sciences Inc
Authors: Ariel J. Atkinson, Zhenfa Zhang, Orlando Coronell, Avram Gold, Angela Pollard, David Jung
Tags: BiofoulingNanofiltrationWater Technology DevelopmentMembranesBacteria

Related content

Conference material | 2020
Determine functional pore sizes of ultrafiltration membranes by nanoparticle retention test using single particle ICP-MS
Conference material | 2019
Chemical Mechanical Planarization (CMP) Wastewater Treatment using Membrane Distillation
Technical journal archive | 2017
How to streamline wastewater treatment systems and make money out of waste
Conference material | 2024
12 Water Technologies for Semiconductor Industrial Performance

Back to Technical Knowledge Base

Not an UltraFacility Member?

Be part of year-round collaboration and knowledge exchange. Get access to the full range of tools leveraged by facility representatives and leading global experts from across the supply chain.

Book a demo

Find out how you can leverage UltraFacility Portal to achieve your business objectives today.

Request a demo