Torrens Speaker Series: Fluid modelling of carbon dioxide sequestration
Tuesday, 9 April 2013 from 5:00 PM to 6:00 PM (ACST)
San Francisco, California, USA
London, United Kingdom
Fluid modelling of carbon dioxide sequestration
Presentation by Herbert E Huppert, Professor at the Institute of Theoretical Geophysics, University of Cambridge
Current global anthropogenic emissions of carbon dioxide are approximately 32 Gigatonnes annually. The influence of this green-house gas on climate has raised concern. A means of reducing environmental damage is to store carbon dioxide somewhere until well past the end of the fossil fuel era. Storage by injection of liquid, or supercritical, carbon dioxide into porous reservoir rocks, such as depleted oil and gas fields and regional saline aquifers, is being considered. The presentation will discuss the rate and form of propagation to be expected and quantify some of the risks involved.
Herbert Huppert completed his Ph.D. at the University of California, San Diego, and came to the University of Cambridge as an ICI Post-doctoral Fellow in 1968. He has published widely using fluid-mechanical principles in applications to the Earth sciences: in meteorology, oceanography and geology.
Prof. Huppert holds numerous awards and fellowships including the Arthur L. Day Prize Lectureship for contributions to the Earth sciences and the Murchison Medal of the Geological Society of London. In 2011 he gave the Bakerian Prize Lecture of The Royal Society entitled ‘Carbon storage: caught between a rock and climate change’.
|When: Tuesday, 9 April 2013 - 5 to 6pm
Please arrive 15 minutes before start
|Where: UCL Australia, 220 Victoria Square, Adelaide SA 5000, Seminar Rooms 2 and 3|
|Drinks and nibbles will be provided from 6pm.
When & Where
UCL Australia is an integral part of University College London, one of the foremost academic institutions in the world.
The Australian campus was established in 2010 and is home to the School of Energy and Resources, the International Energy Policy Institute and the Mullard Space Science Laboratory, Australia.