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New Trials Begin at Australian Otway Project
  Austrilia

Tuesday, June 21, 2011

A series of research trials into geological storage of carbon dioxide have begun at the CO2CRC Otway Project in Victoria, Australia.
The experiments, led by the Cooperative Research Centre for Greenhouse Gas Technologies (CO2CRC), are part of the $10 million second stage of the project, which is focused on saline formations, geological structures with the potential to permanently store hundreds of years' worth of carbon dioxide emissions.
An international research team has been assembled by the Centre, with researchers from leading Australian research organisations, Lawrence Berkeley National Laboratory (USA), Korea Institute of Geoscience and Mineral Resources (KIGAM), Canada's Simon Fraser University and New Zealand's GNS Science.
The team will use a new 1565 metre well at the site to undertake a complex series of extractions and injections of carbon dioxide and water over the next two months, evaluating storage capacity and security.
A sophisticated and highly innovative 28 metre instrument array, installed 1400 metres underground in the same well into which the carbon dioxide is injected, will measure pressure, temperature and tracer gas concentrations, while a U-tube system allows the team to chemically analyse samples of water and dissolved gas direct from the reservoir, at pressures equivalent to 1400 metres underground.
"The Otway Project has been demonstrating safe storage of carbon dioxide in a depleted gas reservoir since 2008," says CO2CRC Chief Executive Dr Peter Cook, "and the successful first stage provided a great deal of highly useful information on monitoring, verification and regulation of CCS.
"This second stage involves research aimed at tackling some of the key outstanding research questions regarding storage capacity and security in types of rocks found many parts of the world. It will enable CO2CRC to produce practical tools for commercial CCS projects that will make it easier to evaluate a potential reservoir." (Carbon Capture Journal)
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