WRC has many core areas of research and applied research activities, which are supported by academics and researchers from within the School of Civil and Environmental Engineering. Our activities cover virtually everything to do with water and the technology we develop is also successfully applied to non-water related areas.
We give a detailed consideration of biogeochemical processes operating in natural and engineered systems with a view to improving our understanding of nature and developing improved remediation strategies.
Hydroclimatology is the study of the processes and mechanisms that link the movement of water between the Earth’s surface and atmosphere, emphasising how the climate system causes temporal variations.
Environmental projects need to estimate and account for risk. Such analysis considers the risks associated with activities like the storage of water in reservoirs.
Our ambition as a team is to employ our tools and expertise to provide insight and offer solutions to grand sustainability challenges such as climate change mitigation, urban and infrastructure sustainability and transforming systems towards absolute sustainability.
Enhanced insight into trace organics removal in sewage treatment, including advanced methods like membranes, oxidation, and biological processes, enables better chemical contaminant removal and municipal wastewater reuse.
The Urban Water group is a new growing group within the Water Research Centre, under the leadership of Ana Deletic, who is renowned for her research in stormwater.
Water and wastewater treatment is a broad research area that incorporates the study of physical, chemical and biological processes used to remove and/or transform dissolved, colloidal, or particulate inert and biological matter to produce water of suitable quality for the desired end use.
The Water Research Laboratory has several decades of experience in the research, investigation and application of fundamental and applied civil engineering hydraulics.