Growing environmental concerns about pollution, greenhouse gas emissions and access to safe water means more efficient and sustainable environmental technologies are needed. Our world-class researchers have global reach, working in close collaboration with partners in industry, technology manufacturers and health regulators to provide solutions to these critical problems. Research covers a wide range of areas including:

 
The Faculty of Engineering has cutting-edge facilities related to water research with excellent analytical and pilot scale testing equipment in both the UNSW Water Research Centre and UNESCO Centre for Membrane Science and Technology on the Kensington Campus. Superb modelling and large scale testing facilities are located at the Water Research Laboratory at Manly Vale. Water research activities in Engineering are complemented by those in the Faculties of Science, Law and Social Science making UNSW one of the largest water research hubs in Australia.
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Examination of surface and ground water availability and quality

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Development of new water treatment processes

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Water recycling and reuse

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Coastal modelling and erosion

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Examination of surface and ground water availability and quality

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Development of new water treatment processes

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Water recycling and reuse

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Coastal modelling and erosion

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Examination of surface and ground water availability and quality

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Development of new water treatment processes

Capabilities

Advanced oxidation processes (AOPs)

A Triple-bottom Line Tool for Water Supply Decision-making

Soil remediation

Management of Agricultural Water Quality Issues

Advanced oxidation processes (AOPs)

State-of-Art Iron-based In-situ Technologies for the Clean-up of Contaminated Soils

Soil remediation

Water Governance and Planning

CTET is working with UNSW EPICentre to build the digital twins of innovative water and  wastewater treatment technologies that are developed at CTET.

Soil remediation

Management of Agricultural Water Quality Issues

Our specialists have experience in detailed geochemical and microbial characterisation of degraded and contaminated sites and, based on knowledge gained, are able to provide advice on the most appropriate remediation strategy.

Capabilities

Advanced oxidation processes (AOPs)

A Triple-bottom Line Tool for Water Supply Decision-making

Soil remediation

Water Governance and Planning

CTET is working with UNSW EPICentre to build the digital twins of innovative water and  wastewater treatment technologies that are developed at CTET.

Advanced oxidation processes (AOPs)

Management of Agricultural Water Quality Issues

Soil remediation

Management of Agricultural Water Quality Issues

Our specialists have experience in detailed geochemical and microbial characterisation of degraded and contaminated sites and, based on knowledge gained, are able to provide advice on the most appropriate remediation strategy.

Advanced oxidation processes (AOPs)

State-of-Art Iron-based In-situ Technologies for the Clean-up of Contaminated Soils