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Posted 10 May 2011
Most of the major centrifuge components in place.
A world class centrifuge permeameter facility has been commissioned for the National
Centre for Groundwater Research and Training (NCGRT).
Funded by the Australian Research Council and National Water Commission, the facility was constructed during 2010 and commissioned in early 2011 at the UNSW Water Research Laboratory, located on Sydney's northern beaches.
Engineers from Broadbent in the UK prepared the centrifuge for its successful first flight on March 21. Development and testing of sensors, instruments and data acquisitions systems within the challenging high gravity environment is continuing.
The new facility, including a Broadbent G-max geotechnical centrifuge, will be available to researchers from various agencies, and will provide services to industry.
It is one of only two large centrifuge permeameters in the world, capable of measurements during flight. It's the only centrifuge permeameter capable of testing 100 mm diameter drill core which is essential for measuring permeability of swelling clay. It will also be able to test standard 65 mm drill core of sediments and rock.
The key research questions to be addressed by this innovative research facility include:
The centrifuge permeameter enables rapid and repeatable testing of hydraulic conductivity. Matrix scale testing can be used to constrain numerical flow models and help identify the significance of preferential flow pathways. Further development of instrumentation at the new facility will also enable, in the future, testing of effective porosity, compressibility and attenuation of contaminants.
Competitive PhD scholarships are available to suitable candidates to help pioneer centrifuge permeameter technology for environmental research. Click here fore more information.
Development of the centrifuge permeameter facility forms part of the NCGRT aquitard research program, which also involves development of field geophysical methods for in-situ characterisation. Numerical modelling of aquitard barrier integrity has also commenced.
Dr Wendy Timms was recently appointed to the Independent Expert Scientific Committee on Coal Seam Gas and Large Coal Mining Development (IESC).
Contributions from the CWI team feature in a new open access book that is among the first to cover hydrogeology, sustainable development, water policy, governance, and management.
Outcomes of the recent meeting of water law specialists hosted by the UNSW Faculty of Law and the Connected Waters Research Initiative Research Centre (CWI) have been brought together in a special issue of Environmental Planning and Law Journal (EPLJ).