3,000-ton Integrated Marine Survey Vessel
Ship design, ship supervision, ship non-destructive testing, ship engineering technical consultation, various series of engineering ships, all kinds of marine fishing boats, fishery administration ships, official supervision boats, sand ships, dry bulk carriers, container ships, oil tankers...
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3,000-ton Integrated Marine Survey Vessel
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Product Description
The vessel is primarily intended for survey and investigation operations in offshore, near- and mid-to-far offshore waters, and waters surrounding islands and reefs. It integrates multiple survey capabilities, including integrated geophysical exploration, marine geology, marine environmental surveying, marine hydrological surveying, and engineering geological investigation.
The vessel can also serve as a support mother ship for surface unmanned vessels (USVs), underwater autonomous vehicles, and unmanned aerial vehicles (UAVs). It is a multifunctional marine survey vessel capable of transporting, deploying, recovering, and supporting various underwater vehicles, including ROVs, UUVs, ARVs, and other underwater vehicles. The vessel is also equipped with autonomous navigation capability.
Principal Particulars
| Item | Abbreviation | Specification |
|---|---|---|
| Length Overall | LOA | 79.12 m |
| Length Between Perpendiculars | LBP | 73.0 m |
| Moulded Breadth | B | 14.80 m |
| Moulded Depth | H | 6.80 m |
| Design Draft | Td | 4.00 m |
| Summer Load Line Draft | Ts | 4.20 m |
| Full-load Displacement | Dis | approx. 3,185 t |
| Scientific Survey Payload | — | approx. 50 t |
| Working Deck Area (including sheltered working area) | — | approx. 400 m² |
Main Tank Capacities
| Tank | Capacity |
|---|---|
| Fresh Water Tank | approx. 738 m³ |
| Diesel Oil Tank | approx. 530 m³ |
| Lubricating Oil Tank | approx. 4.5 m³ |
| Ballast Water Tank | approx. 732 m³ |
It often has a variety of functions, including marine biological exploration, fishery resource conservation and assessment, fishery protection, fishery proliferation and release, marine pasture construction, and large aquatic life rescue. In addition, they can also provide a platform for maritime teaching practice and scientific research investigation for sea-related students. The design usually focuses on stability and safety. The hull is sturdy and can withstand harsh sea and weather conditions. The laboratory and sampling equipment on board have also been carefully designed and arranged to meet the needs of scientific researchers. Different types of ships may differ in function, equipment, design, etc., depending on their use requirements and design goals.
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