Our tools

Speed of innovations and method development

Method development

EWOS Innovation is continuously developing new methodology to determine the quality of raw materials, feed and fish. The method development program emphasizes both detailed product knowledge, and the development of rapid methods which can be applied at the farm sites and operating companies. Due to the large increase in raw material suppliers we have greatly increased our growth trial capacity and also developed rapid trial techniques.


Techniques like Nuclear Magnetic Resonance spectroscopy (NMR), Polymerase Chain Reaction (PCR), invitro enzymatic digestion methods and other are continuously helping us to find new and better biomarkers/metabolites to explain raw materials and fish digestion.

 


Speed of innovations

In the laboratory we are always pushing ourselves to find and discover new solutions. This to get better and rapider results or to get more information about the samples we analysing. One of the most advanced technologies in the laboratory is the HFNMR (high field nuclear magnetic resonance)  instrument which is an tool able to profile
a variety of molecules without extensive sample extraction. We use it to characterize raw materials and fish feed, and to find micronutrients of interest.

The laboratory do also have many different other analytical tools like the newest NIRS XDS (near infra red spectroscopy) systems from FOSS.



EWOS news

News from EWOS Innovation

EWOS Innovation presentaion film

Read more >>

NRK TV film about EWOS Innovation

Read more >>

EWOS Innovation presents the right way to calculate Fish In Fish Out Ratio

Read more >>

EWOS first out with ISO 22000 on three continents

Read more >>

Norwegian companies establish representative office in Viet Nam

Read more >>

Aquaculture no more damaging than other food production

USA: A new study from the University of Michigan (UofM) concludes that when properly practiced, fish farming is not any more harmful to biodiversity than other food production systems. Tor-Eddie Fossbakk

Read more >>