Air Dome Launched to Optimize Deep Fish Farming

AKVA Group’s next-gen robust and self-righting air dome is designed to optimize deep farming by delivering increased stability, improved feed distribution, and easier handling By Abi Wylie / 20 Jan 2025

Connect with Leading Marine Technology Innovators

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Air Dome Launched to Optimize Deep Fish Farming
Follow OS&T

AKVA Group has launched a next-generation air dome for the Nautilus concept, designed to optimize deep farming. Developed in close collaboration with fish farmers, the dome delivers increased stability, improved feed distribution, and easier handling. 

The new dome is just one of several innovations that build on the experiences from the Atlantis project and the Nautilus concept, which have been under development since 2014. The project is supported through SkatteFUNN, and feedback from those who have already used it has been very positive.

Arnstein Hosaas, Innovation Director at AKVA group, commented, “The dome’s robust, self-righting design ensures fish always have access to a stable air pocket, even in challenging conditions. This is a significant step forward in optimizing deep farming.”

The experiences from Atlantis have laid the foundation for Nautilus, now utilized by fish farmers across Norway. The concept combines advanced technology and biological insights to create optimal fish health and growth conditions.

Hosaas added, “The ability to adapt Nautilus to each location and the specific needs of fish farmers has been crucial to its success. Good fish welfare is key to efficient operations.”

488 participants registered for AKVA group’s recent webinar on deep farming. Experts such as Arnstein Hosaas, Merete Gisvold Sandberg, and Magnus Røsseland Bollmann shared their insights on how deep farming can contribute to sustainable aquaculture. Watch the webinar recording here.

“The level of engagement shows just how much interest there is in technology that addresses the industry’s biggest challenges,” said Hosaas.

Deep farming technology has proven to significantly reduce the risk of sea lice infestations, a critical issue for aquaculture. Combining waterborne feeding and advanced monitoring technologies creates better growth conditions and improves fish health.

Hosaas explained, “Several farmers have reported avoiding lice treatments for many groups of fish. This not only saves costs but also strengthens the sustainability of their operations.”

Enhancing Aquaculture with New Technology

AKVA group continues developing solutions that give fish farmers better operations control. The AKVA smarteye modular monitoring camera, a key component of the Nautilus concept, delivers real-time data on environmental parameters such as oxygen and temperature. This helps farmers make precise feed adjustments and ensure optimal conditions for the fish.

Miroslaw Pietrzak, Innovation Engineering Manager at AKVA group, commented, “Our technology provides fish farmers with precise tools to optimize their operations.”

With the new air dome launch and the strong interest in the Nautilus concept, AKVA group looks forward to another decade of innovation and collaboration. Sustainability and technology remain at the core of its efforts to create a profitable and future-oriented aquaculture industry.

“Technology and knowledge go hand in hand to address future challenges. Together with fish farmers, we are shaping a better future for the fish and the industry,” concluded Hosaas.

Posted by Abi Wylie Edited by Abigail Wylie, Editor and Copywriter experienced in digital media with a keen interest in ocean science technology. Connect & Contact

Latest Articles

AXYS Technologies MetOcean Observation Networks

AXYS Technologies supplies high-precision MetOcean data solutions that support marine safety, scientific research, environmental monitoring, and policy development across more than 80 countries

Apr 30, 2025
MostaTech to Launch Advanced Gyroscopes at XPONENTIAL 2025

MostaTech will present advanced fiber optic gyroscopes and inertial measurement units at XPONENTIAL 2025, highlighting advancements in low-SWaP, high-performance navigation technology

Apr 30, 2025
D-2 Ultra Low Power CTD Integrated into WHOI Arctic Research

D-2 Inc.’s advanced CTD sensor supports WHOI’s Arctic climate research, enhancing data precision in the Ice Tethered Profiler program’s latest deployments

Apr 30, 2025
Kraken Robotics Secures $11 Million in New Battery Orders

Kraken Robotics has received new orders for its SeaPower™ batteries, powering advanced uncrewed underwater vehicles (UUVs) and driving growth in the defense sector

Apr 29, 2025
SubC Imaging Enhances Data Storage Flexibility with Rayfin Software Update

SubC Imaging has released a new software update, designed to provide enhanced flexibility to the Rayfin camera family

Apr 28, 2025
MERLIN Radar Deployed Offshore for Bird Migration Monitoring

Ocergy and DeTect have deployed advanced radar technology offshore to monitor bird migration, supporting environmental assessments and expanding knowledge of avian movement patterns

Apr 28, 2025

Featured Content

D-2 Ultra Low Power CTD Integrated into WHOI Arctic Research

D-2 Inc.’s advanced CTD sensor supports WHOI’s Arctic climate research, enhancing data precision in the Ice Tethered Profiler program’s latest deployments

Apr 30, 2025
Case Study: Impact Subsea Altimeter Supports Antarctic Science

Impact Subsea's ISA500 underwater altimeter plays a key role in the Icefin AUV as it collects vital data, passing through narrow boreholes drilled into Antarctic ice shelves

Apr 23, 2025
Kongsberg Discovery Supplies Technology to Convert Sailing Ship into Research Vessel

Kongsberg Discovery has upgraded the Statsraad Lehmkuhl for the One Ocean Expedition, providing advanced systems to support climate and ecosystem research

Apr 17, 2025