Integrated Ship, Submersible, ROV And Ocean-Bottom Observatory Design For Ocean Mineral Studies At The University Of Hawaii

International Marine Minerals Society
Alexander Malahoff
Organization:
International Marine Minerals Society
Pages:
2
File Size:
80 KB
Publication Date:
Jan 1, 1992

Abstract

A shipboard research system capable of operating in waters of up to 2,000 m has been designed and implemented by the Hawaii Undersea Research Laboratory (HURL), University of Hawaii. It uses a remotely-operated ocean bottom survey camera system, ROV, bottom TV grab, the PISCES V submersible, and a submersible emergency recovery system aboard the 225-foot RN KA'IMIKAI-O- KANALOA. All systems are operated from the stern of the KA'IMIKAI with a mounted Caley telearm and articulated A-frame system. The system was designed for multi-purpose use of the telearm for launch and recovery of the PISCES V submersible on a lift recovery line (with or without diver assistance), or night-time operations with an electro-optical cable using either the HURL ocean floor sidescan, or photo and video system operated at 10 m above the ocean floor. The 1.14-inch diameter cable is also used to operate the RCV-150 garage/ROV system. The garage/ROV system has also been designed to act as a submersible rescue system with a submersible lift capability.
Citation

APA: Alexander Malahoff  (1992)  Integrated Ship, Submersible, ROV And Ocean-Bottom Observatory Design For Ocean Mineral Studies At The University Of Hawaii

MLA: Alexander Malahoff Integrated Ship, Submersible, ROV And Ocean-Bottom Observatory Design For Ocean Mineral Studies At The University Of Hawaii. International Marine Minerals Society, 1992.

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