Recently, China has granted a $413 million contract in order to build a floating island. This self-propelled research platform is designed to support deep-sea scientific research over long periods of time. This would allow crew members to recuperate more effectively and stay researching in that area for longer. This floating vessel, which has been described previously as the potential world’s first floating artificial island, will combine different laboratories on its structure that will be able to remain at sea for long periods of time.
The backing behind the platform will be Shanghai Jiao Tong University, who will be operating on the platform and performing research. To complement this, Shanghai Waigaoqiao Shipbuilding will handle the design of the island and its construction consequently. As of now, the construction of the island is set to begin in 2028 with the deliverable being fully finished in June 2030.
The platform, as it is designed, will use a twin-hull catamaran configuration, which are two parallel hulls connected by the central platform or deck. This design will allow scientists to move very freely on the deck and additional laboratory space for studies involving marine ecosystems, ocean engineering, and severe weather events.
As of now, the planned vessel is measured at around 453 feet long and 279 feet wide, with a deck height of 148 feet. This wide space, as mentioned, will allow scientists ample room for not only laboratory spaces but also accommodation as well. The island is expected to reach 74,000 tons and it will have a maximum speed of around 11 knots, which is about 12.67 miles per hour.
The design is also intended to provide additional stability and seakeeping capabilities while it is operating in the water during extended offshore operations. The platform can withstand approximately 20 to 30 feet and withstand up to a Category 17 typhoon, with maximum sustained wing speeds that exceed 165 miles per hour.
The massive vessel’s ability to shift its position is a key part of its benefits. Rather than remaining set at a single location permanently, it can reposition as research requirements shift, allowing for the vessel to move to a place better suited for the research that the scientists will undertake.
The floating platform will include six laboratories that are focused heavily on marine and systems technology, which would be beneficial for studying marine disasters and long-term shifts in ocean ecosystems. This research mission is expected to have many challenges, one of which is working in deep-water and trying to perform long-duration observations of deep-water ecosystems. This platform will help researchers stay afloat for longer and allow for a longer collection of data, leading to more efficient research being done.
Currently designed to accommodate 238 crew members, the vessel will support extended missions without requiring the platform to return frequently for changes to staff or repair as that can all be taken care of on the platform itself. This combination of laboratories and accommodation will enable researchers in the future to conduct multiple different studies from one location. As June 2030 approaches, China must finalize the detailed design and construction requirements before the platform can begin operations.
