Review of Deep Ocean Manned Submersible Activity in 2013

Author:

Kohnen William

Abstract

AbstractThe world of manned underwater vehicles (MUV) in 2013 counts a total of 95 active submersibles used for ocean research, tourism, and commercial, leisure, and security applications. The MUV industry safety record remains pristine, with not a single incident involving loss of life in over 40 years. The paper reviews the state and future directions for the world’s deepest ocean research submersibles. In 2012 and 2013, the world of deep research submersibles saw dramatic advances, reaching full ocean depth for the first time in more than 50 years. The record of the world’s deepest submersible held by Japan’s Shinkai 6500, rated to 6,500 m depth, for almost 25 years was surpassed by China’s 10-year development project of the Jiaolong submersible, rated to 7,000 m. The Jiaolong successfully completed its multiyear testing program, achieving full design depth in June 2012. This record feat was eclipsed, however, by the surprise disclosure and full ocean depth dive by James Cameron’s Deepsea Challenger, diving to a depth of 10,908 m in the Mariana Trench just months earlier. This depth had not been reached since the historic dive of the bathyscaphe Trieste in 1960, and brings new energy for several national organizations to develop full ocean depth submersibles. There are today a total of 14 national and commercial submersibles capable of diving 1,000 m or deeper, offering a wide range of services. This also provides a global network of rescue capability with locations in the United States, China, Japan, Russia, France, Spain, Canada, and Portugal.

Publisher

Marine Technology Society

Subject

Ocean Engineering,Oceanography

Reference14 articles.

1. On the development of Jiaolong deep manned submersible;Cui,2013

2. NAUTILE—Feedbacks on 25 years of operations, 1850 dives;Drogou,2013

3. Pressure-tolerant Li-ion batteries, implementation and certification on MUV ICTINEU 3;Fores,2013

4. Building process and first dives with the LULA1000;Jakobsen,2013

5. the necessity of new technologies for the next generation of deep submersibles;Kawama,2013

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