Norway Greenlights Deepwater Fish Farm Project

The Norwegian Ministry of Trade and Fisheries has approved Norway’s first development concession enabling Ocean Farming AS, supported by Kongsberg Maritime AS, to build the world’s first automated ‘exposed’ aquaculture facility.

Situated outside of Trondheim, this innovative new facility introduces a paradigm shift in salmon farming now, and other fish types in the future and is a significant step in Norway’s efforts to deliver technical solutions to address the impending global food gap challenge.

The Ocean Farming facility is a new and innovative design, developed to overcome the challenges of more traditional inshore fish farming facilities by being located in deeper waters, further from the coast. The submerged, anchored fixed structure will float steady in the exposed ocean and is suitable for water depths of 100 to 300 meters, where the aqua biological conditions are more ideal for aquaculture on ‘the fish’s terms’. The facility is fully automated with normal operation requiring a crew of just 3 – 4 people. It can also be remotely operated.

The project combines the existing technology and solutions from the Norwegian fish farming industry and the offshore oil and gas sector. Kongsberg is playing a key role by leveraging its position as a turnkey supplier of technology and engineering services for complex oil & gas production units, offshore vessels, fisheries and sensor systems for oceans research and environmental monitoring. In addition to technology integration Kongsberg is providing EIT engineering services, including delivery and installation of the gensets and aqualight systems.

The Kongsberg Maritime technology scope of supply for the fish farm itself includes the K-Chief 600 automation system controlling a large number of different systems. Other highlights of Kongsberg’s role in the project include an extensive telecoms and positioning package, covering a range of products such as the Maritime Broadband Radio (MBR) for communication between offshore sites and to shore and precise Motion Reference Units (MRU). In addition, Kongsberg is responsible for the AIS requirements of the project, through delivery of the AISBS610 system and associated AIS infrastructure.

Below the water, products from Kongsberg should provide a clear view of the action. Leading the subsea delivery is the high-tech Simrad EK80 scientific echo sounder, a range of underwater cameras and an Acoustic Doppler Current Profiler (ADCP), velocimeter and O2 sensors. Other sensors include Tank Sounding and Water Ingress Detection. The subsea delivery is designed to accurately detect where the fish are in the vast water volume of the cage and how they move in order to ensure effective feeding. In addition, advanced 3D display of the fish and relevant environmental parameters will be provided to the operators.

The project will be the first in the world to combine marine engineering, marine cybernetics and marine biology via a ‘big data’ approach fusing all the available underwater sensors and in this way offer decision support systems for the operators controlling and monitoring the feeding of the salmon and the overall physical environment of the sea.

“The Ocean Farming facility introduces a paradigm shift in salmon farming now, and other fish types in the future. With greater focus on biology and nurturing healthier fish, the concept delivers significantly improved yields that will prove important in the decades to come as part of Norway’s strategy to leverage its aquaculture and offshore expertise to meet the challenges of accelerating population growth and the pressures this places on the world’s food supply chain,” comments Egil Haugsdal, President, Kongsberg Maritime.

“To succeed in placing fish farming in exposed areas as a viable solution to address the food gap challenge, we need to integrate and harmonise a wide range of maritime and offshore technologies, for the fish farm itself and the new vessels that will serve it. This is a unique, highly technical project where we will transfer our technology base and knowledge of developing for oil & gas production units and the most sophisticated vessels to provide high levels of automation and control,” adds Thor Hukkelås, Principal Engineer Aquaculture Operations, Business Development, Kongsberg Maritime.

Share this article

Follow Subsea World News

Events>

<< May 2017 >>
MTWTFSS
1 2 3 4 5 6 7
8 9 10 11 12 13 14
15 16 17 18 19 20 21
22 23 24 25 26 27 28
29 30 31 1 2 3 4

OGA 2017

OGA 2017 is the most beneficial way to meet, discuss and acquire the latest in the Oil & Gas industry! It is also;…

read more >

IMCA ROV SEMINAR

This seminar is designed to assist IMCA members in dealing with these, with a programme of technical and operational topics affecting…

read more >

Offshore Wind Energy 2017

In 2017, EWEA and RenewableUK will join forces to bring you the greatest conference and exhibition Europe has ever known in the history…

read more >

UTC 2017

The subsea industry has, as all other parts of the oil & gas industry, been seriously rattled by the most severe downturn in the hydrocarbon energy era. However, the realization of what hit us and actions to be taken to sustain a healthy and profitable future is still on-going – unfortunately with thousands of colleagues paying the price by losing their job as one of the most severe consequences. At this time, there are signs that we have reached bottom in terms of most industry indicators, but few experts expect a sharp recovery. Many seem to believe that a slow recovery is what the industry needs in order to avoid an unsustainable capacity build-up, as seen in the period after the financial crisis. Considering the uncertainty of what the future will bring, this year’s UTC Program Committee have decided to challenge all of us to present ideas, experiences, technological innovations, business models and execution models for how to shape our subsea future and explain how and why subsea is the future.
UTC welcomes abstracts based on the topics listed below. If selected, please consider writing a paper in addition to the UTC presentation. From 2017, UTC papers will be published in an international database.

More info

read more >