Norwegian coastal cargo company Eidsvaag AS is to grow its fleet of forage carrier vessels with two new vessels designed and equipped by Kongsberg Maritime, according to the company's release.
The new vessels are the latest ship designs from Kongsberg Maritime and feature a range of innovative technologies to enhance the safety and efficiency of offshore salmon farm operations. The vessels will be built at the Zamokona shipyard in Bilbao, Spain, and delivered in 2026.
The vessels, of NVC 4022 design, will join the Eidsvaag fleet with the core duty of replenishing salmon farms off the coasts of Norway and Iceland.
Kongsberg Maritime delivered its first forage carrier designed vessel, the Eidsvaag Pioner, to the company in 2013, and the latest vessels will have significant technological advances, over this first vessel.
The 71 metre NVC 4022 design incorporates an extensive package of cargo handling equipment, within an optimised hull form designed for safe and stable operations in 2.5 to 3 metre significant wave height. The vessels will have Dynamic Positioning (DP) to hold position in the vicinity of the fish farm platforms.
The two vessels will be part of the ‘Fjordfrende’ partnership established in 2019, where competitors Skretting and Cargill are collaborating to deliver fish feed via 14 vessels operated by Eidsvaag AS. By working in this way, the companies avoid having to run separate transport routes in and out of the same fjords along the Norwegian coast, thereby significantly reducing CO2 emissions.
The vessel design includes a cargo storage system of silos and a hold for bagged pellets, with a total cargo capacity of 1900 tons. Beneath the silos, a complex network of conveyors ensures rapid and accurate delivery of pellets, all controlled from the bridge.
The equipment package from Kongsberg Maritime includes a pair of US 205 azimuth thrusters, a single TCNC swing-down Combi thruster, a tunnel thruster, propulsion and thruster remote control systems and the Dynamic Positioning system. Hybrid power is also available through a battery energy storage system, used for spinning reserve, peak shaving, and enabling emission free operation within port. The environmental features of the vessel include an advanced heat recovery system, with a CO2 heat pump to provide energy for heating, and other auxiliary requirements.