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Viability Strategy for the Deployment and Exploitation of Multi‐use Marine Platforms:Modular multi-use deep water offshore platform harnessing and servicing Mediterranean, subtropical and tropical marine and maritime resources. Deliverable 5.6

, 2014
Pérez, Cristian Hernán Cabrera, Andersen, Dorte Brandt, Herrmann, Ivan Tengbjerg, Pade, Lise-Lotte; id_orcid 0000-0002-2919-2371   +3 more
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Deep‐water Fan Systems and Petroleum Resources on the Northern Slope of the South China Sea

Acta Geologica Sinica, 2004
Abstract  The shallow shelf delta/strand arenaceous‐pelitic deposit region in the north of the Pearl River mouth basin, sitting on the northern continental shelf of the South China Sea, has already become an important oil production base in China. Recent researched has revealed that a great deal of deep‐water fans of great petroleum potentiality exist ...
Pang Xiong
exaly   +2 more sources

Living and Non-living Resources in Brazilian Deep Waters

2020
In Brazil, deep-sea marine environments extend over 3.5 million km2, covering nearly 80% of Brazil’s Economic Exclusive Zone (EEZ) in the southern tropical and subtropical Atlantic Ocean. Over this area, the exploitation of both living and non-living resources have gradually increased and supported by natural geological resources, scientific knowledge,
José Angel A. Perez, José Gustavo Natorf Abreu, André Oliveira de Souza Lima, Marcus Adonai Castro da Silva, Luis Henrique Polido de Souza, Angelo Fraga Bernardino   +5 more
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Offshore Coordination: Optimizing Resources and Value in Deep Water

Offshore Technology Conference, 2002
Abstract The Brutus TLP was installed in 2976' of water in Green Canyon Block 158 in May - June 2001. Various teams from within the Shell organization were responsible for planning and executing the offshore installation, commissioning, and startup activities.
D.P. Barnes, A.W. Gatto
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Self Standing Riser Offers Alternative to Conventional Deep Water Approach for Developing Marginal Deep Water Oil and Gas Resources

International Petroleum Technology Conference, 2011
Abstract In water depths greater than 150 meters hundreds of oil and gas discoveries have been made and deemed non-commercial for one reason or another. Many of these fields are in concessions or leases without any hope of near term development because the conventional approach for developing an offshore field ...
Keith K. Millheim, Geir Aune
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Ways of information technologies usage in the interests of mineral resources development of deep-water zones of the International Seabed Area

Geoinformatics, 2021
Summary There are considered the latest digital resources of the International Seabed Authority (ISA), which should be used for: carrying out research in the International Seabed Area, particularly in the Clarion-Clipperton Zone, including modern information technology usage; formation of the marine geological and geophysical module of the ...
O. A. Shchyptsov, O. I. Liubarets
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The Deep-Water Part of South Caspian Basin - Anticipation of Gas-Dominated Hydrocarbon Resources

63rd EAGE Conference & Exhibition, 2001
P541 THE DEEP-WATER PART OF SOUTH CASPIAN BASIN – ANTICIPATION OF GAS_DOMINATED HYDROCARBON RESOURCES A.A. FEYZULLAYEV and M.F. TAGIYEV Azerbaijan Academy of Sciences Geology Institute H. Javid avenue 29A 370143 Baku Azerbaijan 1 Disclosure and use of oil as a combustible in Azerbaijan have a long history owing to wide occurrence of its natural ...
A.A. Feyzullayev, M.F. Tagiyev
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Introduction to special section: The South China Sea deep-water: Stratigraphy, sedimentology, and resources

Interpretation, 2016
As the largest marginal sea in the western Pacific region, the South China Sea (SCS) occupies a unique location at the conjunction of modern Eurasia, Indo-Australian, and Philippine Sea plates, and between the largest continent, Eurasia, and the largest ocean, the Pacific.
Guangfa Zhong, Hongliu Zeng, Shiguo Wu, Char-Shine Liu, Weilin Zhu, Shengxiong Yang, Xinong Xie, Haibin Song   +7 more
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Deep waters: Lessons from community meetings about offshore wind resource development in the U.S.

Marine Policy, 2015
Meeting the United States׳ offshore renewable-energy goals for 2030 necessitates deploying approximately 9000 wind turbines along U.S. coastlines. Because siting bottom-mounted turbines in most nearshore coastal zones is either impractical or politically difficult, turbine developers are testing floating-platform turbine technologies for deeper waters.
Hall, Damon M., Lazarus, Eli
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