Sediment-Hosted Gas Hydrates: New Insights on Natural and Synthetic Systems
Product code: SP319
Print publication date: 21/07/2009
Earth Materials Deposits and Petrology, Sedimentology, Petroleum Geoscience and Geoenergy, Marine studies and oceanography, GSL Special Publications, Geological Society of London
Type: Book (Hardback)
Binding: Hardback
ISBN: 9781862392793
Author/Edited by: Edited by D Long, M Lovell, J G Rees and C A Rochelle
Weight: 0.75kg
Number of pages: 368
Lyell Collection URL: https://www.lyellcollection.org/toc/sp/319/1
£80.00
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Product Code: SP319
Edited by D Long, M Lovell, J G Rees and C A Rochelle
Special Publication 319
There is much interest in gas hydrates in relation to their potential role as an important driver for climate change and as a major new energy source; however, many questions remain, not least the size of the global hydrate budget. Much of the current uncertainty centres on how hydrates are physically stored in sediments at a range of scales. This volume details advances in our understanding of sediment-hosted hydrates, and contains papers covering a range of studies of real and artificial sediments containing both methane hydrates and CO2 hydrates. The papers include an examination of the techniques used to locate, sample and characterize hydrates from natural, methane-rich systems, so as to understand them better. Other contributions consider the nature and stability of synthetic hydrates formed in the laboratory, which in turn improve our ability to make accurate predictive models.
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Published online on the Lyell Collection http://sp.lyellcollection.org/content/319/1
Obituary
Sediment-hosted gas hydrates: new insights on natural and synthetic systems, D Long, M A Lovell, J G Rees & C A Rochelle
Gas hydrate drilling transect across northern Cascadia margin – IODP Expedition 311, M Riedel, T Collett, M J Malone & Iodp Expedition 311 Scientists.
Exploration strategy for economically signi?cant accumulations of marine gas hydrate, R L Kleinberg
Hydrocarbon gas hydrates in sediments of the Mississippi Canyon area, Northern Gulf of Mexico, T Mcgee, L Macelloni, C Lutken, A Bosman, C Brunner, R Rogers, J Dearman, K Sleeper & J R Woolsey
Gas hydrate forming ?uids on the NE Sakhalin slope, Sea of Okhotsk, L L Mazurenko, T V Matveeva, E M Prasolov, H Shoji, A I Obzhirov, Y K Jin, J Poort, E A Logvina, H Minami, H Sakagami, A Hachikubo, A S Salomatin, A N Salyuk, E B Prilepskiy & Chaos 2003 Scientific Team.
Hydrate occurrences in the Namibe Basin, offshore Namibia, R Swart
Mapping hydrate stability zones offshore Scotland, A P Camps, D Long, C A Rochelle & M A Lovell
The pore-scale distribution of sediment-hosted hydrates: evidence from effective medium modelling of laboratory and borehole seismic data, T A Minshull & S Chand
Regional versus detailed velocity analysis to quantify hydrate and free gas in marine sediments: the South Shetland Margin case study, U Tinivella, M F Loreto & F Accaino
Mimicking natural systems: methane hydrate formation–decomposition in depleted sediments, N M Eaton, K W Jones & D Mahajan
Effects of solid surfaces on hydrate kinetics and stability, B Kvamme, A Graue, T Buanes, T Kuznetsova & G Ersland
Gas hydrate growth and dissociation in narrow pore networks: capillary inhibition and hysteresis phenomena, R Anderson, B Tohidi & J B W Webber
Gas hydrate crystallite size investigations with high¬ energy synchrotron radiation, S A Klapp, H Klein & W F Kuhs
Can CO2 hydrate assist in the underground storage of carbon dioxide? C A Rochelle, A P Camps, D Long, A Milodowski, K Bateman, D Gunn, P Jackson, M A Lovell & J Rees
Index