Length x Width:
33 x 13.5m
Silo capacity (tons of feed/m³):
Feed lines (from–to):
Hs 5.5 without double bottom and ballast
Hs 6.5 with double bottom and ballast
Shore power compatible:
Ensilage capacity (m³):
LQ (Living Quarter) / Basic:
Number of cabins:
Diesel tank (m³):
Water tank (m³):
Modular concept for challenging locations
Our Aasgard barge series has been specially designed to suit challenging locations. Their solid construction and special bottom allow these barges to be certified for use in locations that experience significant wave heights of up to 6.5 meters. The silo section is modular. This allows the barges to be supplied with a feed loading capacity at 150-ton intervals from 300 to 900 tons of feed. Furthermore, the selector valves are incorporated into the barge structure, shielding these from the elements while allowing for easy maintenance even in heavy seas. The barges can also be supplied either with or without the LQ module on top. This make the Aasgard series both flexible and easily customizable to all locations, and ensure that you have a safe, well-equipped workplace for your crew.
About Aasgard 600
The ScaleAQ Aasgard 600 is a solid and spacious work platform offering ample storage capacity and great crew facilities. The barge can be supplied as both as Basic and an LQ edition. The basic version has slightly less space, but is able to accommodate a locker room, bathroom, lounge with control panel and a small kitchen. The LQ version gives you the opportunity to add cabins, sofas and an office/control room. It is built to be positioned at sites with a significant wave height of up to 6.5 and it can be supplied with a Hybrid Power System that can reduce fuel consumption by up to 60%. The barge is supplied with a ballast system, and features a dedicated veterinary room, plenty of ensilage capacity and otherwise generous tank capacities. Below you can find the technical drawings showing examples of floor plans that can be fitted. There is a high degree of flexibility in how the rooms are divided in accordance with the customer’s wishes.
It is important that the barge is adapted to the location in which it is deployed. Exposed locations require barges that can withstand high levels of stress, while for sites further up fjords a more basic structure is sufficient. At ScaleAQ, we supply barges that are certified up to 6.5, which means that you can choose a design to suit your site.
The load capacity for the feeding barge refers to how many tons of feed can be loaded into the silos. What is sometimes forgotten is the capacity and space for all the other things that also need to be brought onto a feeding barge. ScaleAQ offers barge designs that can accommodate between 150 and 850 tons of feed, and which are adapted to their site regardless of whether they are unmanned or serving as a base for both crew and equipment.
Centralized Feeding System
At the heart of a feeding barge is the centralized feeding system. ScaleAQ has more than 35 years of experience in developing and delivering centralized feeding systems to the global aquaculture industry. Our barges can be equipped with up to sixteen feed lines, depending on the size of the barge. With the most user-friendly and future-proofed management software available on the market in the shape of FeedStation – ScaleAQ is the natural choice when you need a feeding system that you can rely on for many years to come.
Our program Barge Control offers the farmer the necessary overview of the entire barge. Generators can be remotely controlled while the bilge pump system can be initiated automatically if the alarm is raised. Meanwhile, the ballast system keeps crew informed about the barge’s trim and allows them to adjust it. The program provides notification of open doors, tank statuses and features internal CCTV which means that the barge can also be operated from shore or a neighboring site.
How the raw material is treated is critical when it comes to the future value of the ensilage. At ScaleAQ, we are committed to working on the development, production, supply and installation of comprehensive dead fish management systems of all sizes. Our barges are supplied with our proprietary systems that are customized to meet your needs.
The internet of things is an important element to consider when choosing a barge. Most farmers have recognized how valuable data and the insights it provides are to ensure optimized operations across the board on site. Unfortunately, very few sites have the infrastructure in place to secure the flow of data. ScaleAQ supplies its barges with industrial network and server solutions that enable aquaculture operators to make the most of their site’s potential in digital terms.
ScaleAQ has developed a hybrid system for feeding barges which utilizes an EMS system to ensure lower levels of diesel consumption and consequently lower emissions of CO2, NOX and SOX. The resultant noise reduction also enhances working conditions for the crew. A lower load on the generators also helps to reduce maintenance costs and extend the lifespan of the facility. We use cobalt-free batteries approved by DNV-GL, which ensure installations are safe and have a long service life.
Our feeding barges are designed and built in accordance with all applicable requirements. Certification and adaptation of each barge takes place in accordance with the requirements of both the customer and the authorities (NS-9415, NYTEK). Customizations to fulfil the requirements of Global G.A.P are available.
HSE is a key area on board our barges and they are equipped with fire and alarm systems, safety ladders on the ship side, boat stairs to allow straightforward board, all necessary emergency exits, concrete floors at the bottom to ensure good working conditions and cleanliness. The generator automatically starts up the bilge pump system in the case of alarms, and there are sensors fitted to the bilge pumps to prevent diesel being pumped out.
Electricity and standards
Our barges are built using definitions and specifications that comply with Norwegian regulatory requirements. TN-S 400V 50 HZ systems are in accordance with FEL, NEK 400:2018 with heaviness in NEK 400-8-820 Aquaculture facilities and machinery regulations. Generators and any onshore power transformers are adapted for use on the barge whether they are used individually or in combination. Hybrid systems are coordinated with the generators.