Skip to menu
Skip to content
Skip to footer
Menu
Study
Research
Partners and community
About
Search
Centre for Water and Environmental Biotechnology
Home
About
About
Our Publications
Industry
Industry
Commercialisation and Consultation
Facilities and Services
IWES Continuing Professional Development
Research
Research
Advanced Wastewater Treatment
Decarbonisation Technologies
Digitalisation of Networks
Drinking and Recycled Water
Emerging Contaminants
Municipal Organic Solids
Sewer and Water Infrastructure
Sustainable Agri-Industry
Water Energy Carbon
Study
Study
Degrees in Urban Water Engineering
IWES Continuing Professional Development
Summer and Winter Research Programs
Events
News
Contact
Contact
Our People
Contact us
Vacancies
Study
Research
Partners and community
About
UQ home
News
Events
Give
Contact
Search term
UQ home
News
Events
Give
Contact
Centre for Water and Environmental Biotechnology
Menu
Home
About
Show About sub-navigation
Our Publications
Industry
Show Industry sub-navigation
Commercialisation and Consultation
Facilities and Services
IWES Continuing Professional Development
Research
Show Research sub-navigation
Advanced Wastewater Treatment
Decarbonisation Technologies
Digitalisation of Networks
Drinking and Recycled Water
Emerging Contaminants
Municipal Organic Solids
Sewer and Water Infrastructure
Sustainable Agri-Industry
Water Energy Carbon
Study
Show Study sub-navigation
Degrees in Urban Water Engineering
IWES Continuing Professional Development
Summer and Winter Research Programs
Events
News
Contact
Show Contact sub-navigation
Our People
Contact us
Vacancies
Efficient PFAS removal from urban wastewater using a novel 2-step approach
Duration:
May 2019
–
December 2023
Funding source:
Australian Research Council
ARC Special Research Initiative - PFAS Remediation Research Program
Related projects
Eliminating opportunistic pathogens from premise plumbing biofilms in healthcare facilities
Combating the Spread of Antibiotic Resistance in Urban Water Systems
Transforming Regional Treatment in Australia - A CRC-P Project
Revolutionising sludge management turning costly waste into a safe product
Waste-to-Energy: fuelling sustainable wastewater treatment with food waste