Although a roadmap was not foreseen as a deliverable of the Space@Sea project, the partners felt it was time to pave the way towards a floating future in a roadmap. This roadmap looks back at the project results, identifies remaining barriers for multi-use floating islands and provides a roadmap and timeline towards large scale deployment of multi-use islands. Read here the executive summary and download the roadmap.

In November 2017 the Space@Sea multi-disciplinary partnership, consisting of 17 European partners, launched the three-year research project to develop a concept of modular floating islands. This document summarises the developments, the lessons learnt and the barriers which stand between the Space@Sea result and large-scale applications of multi-use floating islands.


Read more: Space@Sea publishes roadmap for floating islands

Horizon 2020 project Space @Sea partners GICON and the University of Rostock have implemented an important focus of the project with the concept design of a living and working hub and a self-sufficient energy supply system

Dr. Frank Adam, Space@Sea representative for GICON and the University of Rostock, is satisfied with the progress of work for the development of an operation & maintenance platform and the development of a power storage system. The report was handed over in June. "We have comprehensively worked on the tasks assigned to us and are well ahead of the calculated schedule for implementation. This now gives us the security to stringently evaluate all possible solutions, which is needed for the subsequent detailed engineering phase".

Read more: Draft Design and Energy Supply for Housing Units Completed

One of the objectives of the Work Package 3 is to design and engineer a dedicated mooring system for the modular platform concept that can flexibly and efficiently cope with the platform imposed mooring forces. As the platform can be of arbitrary shape, the mooring system has to be developed modular and flexible. Furthermore, the island can vary in size in time, this should be considered in the mooring design.

Read more: Milestone reached: Mooring system design is completed

One of the key element in the first year of the Space@Sea is the basic design of the floaters building up the flexible floating island. The starting point of the project was a triangular shape of the floater because connected triangles move more flexible with respect to each other. From a practical point of view, triangles are not optimal. Because of this, Space@Sea reviewed other shapes and sizes of the floater in the concept design. This resulted in the decision to use rectangular floaters with a side length of 45 metres for the small floater and 90 metres for the large floater.

Read more: Milestone reached: The basic floater design is completed

Horizon 2020 project Space @Sea has had a flying start. Flowing on the momentum of interest in the media and industry for the topic of multi-use offshore platforms, Space@Sea has received a lot of attention. At the kick off meeting in November 2017 the energy was buzzing. With high expectations comes a large responsibility which is felt by the project.

Read more: Space@Sea has a flying start

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 774253.

The SPACE@SEA project spans three years, running from November 1st, 2017 to November 1st, 2020.

SPACE@SEA is not responsible for the content of third-party sites to which we link from this site.

© 2017 SPACE@SEA

Design & maintenance by Lichtbringer

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