Microseismic Monitoring and Geomechanical Modelling of CO2 Storage in Subsurface Reservoirs - Hardcover
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Availability:In StockContributor:James P. VerdonSeries:Springer ThesesTheme:Aspects (Academic)/Science/Technology AspectsPublish date:1/13/2012Pages:183
Languages:EnglishPublisher:SpringerISBN-13:9783642253874ISBN-10:3642253873UPC:9783642253874Book Category:ScienceBook Subcategory:Environmental Science, Earth Sciences, PhysicsBook Topic:Geology, GeophysicsSize:9.20 x 6.20 x 0.60 inchesWeight:0.431Product ID:SC4ZZTBSA8
This thesis by an award-winning researcher summarizes the potential to use passive seismic methods to monitor the sequestration of anthropogenic CO2 in geologic reservoirs. In doing so it synthesizes innovative research in both seismology and geomechanics.
Languages:EnglishPublisher:SpringerISBN-13:9783642253874ISBN-10:3642253873UPC:9783642253874Book Category:ScienceBook Subcategory:Environmental Science, Earth Sciences, PhysicsBook Topic:Geology, GeophysicsSize:9.20 x 6.20 x 0.60 inchesWeight:0.431Product ID:SC4ZZTBSA8
2010 Royal Astronomical Society Keith Runcorn Prize for best geophysics thesis in the UK. 2010 Award for best oral presentation at the British Geophysical Association postgraduate meeting. Endorsement by James Verdon's PhD supervisor, Prof. Mike Kendall, Bristol University:
James is one of the most productive PhD students I have met. In four years he has published 12 refereed papers in leading journals, and he is the lead author on 7 papers, 6 of which are derived directly from his PhD work. He has presented his work 15 times in extended abstracts at international meetings. The breadth of his research is revealed by the range of journals that he has published in. Most recently he has had a paper accepted in Earth and Planetary Science Letters, which is one of the very best academic Earth Science journals. In contrast, he has also published in Geophysics and the Leading Edge, which are widely read by Earth scientists working in the petroleum industry. James already enjoys an international reputation in the CCS field and is well known in the area of monitoring CO2 sequestration in geologic reservoirs. I see James as one of the bright young stars in UK geophysics and he is the best young applied geophysicist I have seen in many years.
James is one of the most productive PhD students I have met. In four years he has published 12 refereed papers in leading journals, and he is the lead author on 7 papers, 6 of which are derived directly from his PhD work. He has presented his work 15 times in extended abstracts at international meetings. The breadth of his research is revealed by the range of journals that he has published in. Most recently he has had a paper accepted in Earth and Planetary Science Letters, which is one of the very best academic Earth Science journals. In contrast, he has also published in Geophysics and the Leading Edge, which are widely read by Earth scientists working in the petroleum industry. James already enjoys an international reputation in the CCS field and is well known in the area of monitoring CO2 sequestration in geologic reservoirs. I see James as one of the bright young stars in UK geophysics and he is the best young applied geophysicist I have seen in many years.
Publisher: Springer
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2012 Edition
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