Skretting Aquaculture Research Centre

Where science meets industry

Skretting Aquaculture Research Centre (ARC) is the global research organisation for Skretting. For more than a quarter of a century, ARC’s large, industry-leading team of scientists and experts specialising in fish and shrimp nutrition and health as well as feed production technology has been delivering innovations that define and support the progress of aquaculture.

Our research focus


Utilising new functional ingredients and methodologies to advance fish and shrimp well being


Identifying and fulfilling the dietary needs of fish and shrimp species in a sustainable manner, with a strong focus on maximising performance

Feed production

Increasing the raw material flexibility and functionality of our diets through new technologies and ingredients

Innovation process

Idea gathering

The pairing of our global presence and local market insights enable us to prioritise research that best fulfils the specific requirements of our customers as well as the broader needs of the aquaculture industry


Every concept we develop undergoes a comprehensive performance evaluation and accredited trial process


Our prototype formulations are subject to large scale testing in commercial environments to verify whether they can perform as intended when introduced to customers' production systems


New feed solution

Collating the findings of our research, all products are appraised to establish if they can be further improved upon and applied to other species and markets

Follow up

Regular consultation with customers ensures our products consistently meet commercial expectations. In addition, our AquaSim management tools help them to optimise farm performance

Our innovations


is our functional feed for farmed fish that helps shield skin, gut and gills. It also supports the immune system, provides the building blocks for new cells and optimises the balance between fish, microbes and environment.


contains metabolic activators that stimulate fish metabolism and energy utilisation. The metabolic activators help reduce visceral fat, providing higher slaughter yields, with larger fillets and higher levels of omega-3 fatty acids


is an effective and efficient technology for ensuring quality control. Near-infrared reflectance (NIR) calibrations have been established for most of the raw materials that we source



Development of a quantitative semi-automated system for intestinal morphology assessment in Atlantic Salmon, using image analysis


More details


P.F. Silva, C. McGurk, K.D. Thompson, N.S. Jayasuriya, & J.E. Bron

  • Image analysis
  • Quantitative histology
  • Histomorphometric features
  • Digital histopathology
  • Intestinal histology
  • Salmo salar

Online acoustic chemometric monitoring of fish feed pellet velocity in a pneumatic conveying system

Powder Technology

More details


M. Halstensen, F. Nkem Ihunegbo, C. Ratnayake, & K. Sveinsvoll

  • Acoustic chemometrics
  • Partial least squares regression (PLS-R
  • Process analytical technology (PAT)
  • Fish feed pellets
  • Pneumatic conveying
  • Optimization