Rapp Marine to install overboard handling system for Oregon State research vessel

Rapp Marine has been selected by Gulf Island Shipyard LLC, as the Overboard Handling System Single Source Vendor (OHS SSV) for Oregon State University’s (OSU) 193’x41′ multimission Regional-class research vessel (RCRV), with the option of two additional vessels.

Funding for the RCRV project is provided by the National Science Foundation (NSF). The contract design of the RCRV was developed by Glosten. The first vessel is currently under construction at Gulf Island in Houma, La.

Under the scope of the OHS SSV, Rapp Marine is responsible for integrating the systems required for science mission and cargo handling operations. The overboard handling systems will consist of the oceanographic winch and hydrographic winch systems, which will supply various tension members to the stern A-frame, main crane, and overboard handling apparatus. The portable winch will also supply the tension member used with the portable side A-frame and portable crane.

The primary application of the oceanographic winch system will be for towing scientific devices, coring, and deploying/recovering large surface buoys or heavy packages to the seafloor. The hydrographic winch system will be for instrument handling and towing as well as CTD/rosette casts. The portable winch system will be used for lighter tows or casts. The load handling systems will employ state of the art features for smooth operation, a few of them including electric variable frequency drives (VFD) and active heave compensation (AHC) for all the winch systems, wireless control chest packs with CCTV display feeds, and Rapp Marine’s proprietary Pentagon PLC control system that displays and logs all line data according to UNOLS (University National Oceanographic Laboratory System) standards during operations.

Notable recent Rapp Marine research vessel equipment deliveries in the U.S. are the Sikuliaq, a UNOLS Global-class vessel operated by the University of Alaska Fairbanks, and five NOAA Fishery Research Vessels (FRV), including the latest, the Reuben Lasker, featuring all electric driven winches. On a global level, Rapp Marine has delivered a dozen handling systems to new research vessels that operate all around the world, notably in Norway, China, Australia, and South Korea. Rapp Marine is working on other high profile research vessel handling system projects at the moment, including the Antarctic Supply Research Vessel (ASRV) for Australia and the polar icebreaker for the Polar Research Institute of China (PRIC).

 

The handling systems will be delivered in 2019 and will be installed and tested with Rapp Marine’s support for the RCRV’s delivery to OSU in the fourth quarter of 2020.

 

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