PROJECTS

Cermaq-Closed fish farm-Flexifarm


Cermaq was one of the first fish farming companies to use closed fish farm technology at one of there sites up north in Norway.


Our team members contributed in the engineering end certification process of the complete system delivered by Fizzk. 

All technical analysis were carried out according to NS9415 and the cage system was  certified on site.



The installation was a great success and was delivered on time for the planed set out of fish

The work flow for the project included among the following aspects:

  • System drawings
  • Technical analysis of structure against environmental loads
  • Lifetime calculations
  • Hydrostatic flow inside the cage
  • Risk evaluation of operations and hazards
  • Production quality assurance
  • Certification

Salmar-Innovanor


Salmar invested almost 3 Billion in a new fish processing plant with a waiting cage for the fish to be processed. The cage system is still under delivery from Nor-Mær AS (Picture is not from site but ment as an illustration)


The cage system is designed with piping system to automatically pump up fish directly to the fish processing plat on land. All cages are connected with pipes to transfer fish on-land from a large platform with 3 seperate pumps. 

The cage system was redesigned from standard models to include piping to each pen and connection to pump plattform with an control container unit.

The work flow for the project included among the following aspects:

  • System drawings
  • Hydrostatic analyses of plattform for bouyancy and stability.
  • Technical analysis of structure against environmental loads
  • Local FEM strength analyses of re-design 
  • Risk evaluation of operations and hazards
  • Production quality assurance
  • Fatigue analyses of lifetime expectancy
  • Certification

Cermaq-IFarm


The iFarm project was one of the few projects that was granted development status for new technical innovation in Norway.


The tecnology was developed by Cermaq, Scaleaq and Biosort AS and was a great leep in the process of using sensor technolog to monitor fish behaviour inside the pen. This ment redesigning the pen net so that the fish was led through the sensor unit. 

The product system was certified through DNVGL and our staff took part in the engineering of the system infrastructure and providing necessary technical documentation of the system behavior needed to prove the concept and comply with regulations.

The work flow for the project included among the following aspects:

  • System drawings
  • Technical analysis of structure against environmental loads
  • Risk evaluation of operations and hazards
  • Production quality assurance
  • Certification