Snow crab is a relatively new species for the Norwegian seafood industry. The aim of this project has been to contribute towards a sustainable crab fishery in the future and to make the best possible use of this new resource.

With the use of modern, research-based process technology and expertise, unused or under utilized biomass of marine or terrestrial origin can be used for new, marketable products. We coordinate, develop and increase Nofima’s total expertise related to the future of sustainable protein production. Peptek is a strategic research initiative focused on sustainability, total utilization, food safety and future food security.

The main goal of the project is to develope a technology that enables facilitated discovery of health promoting peptides from protein-rich industrial byproducts.

AQUABIOPRO-FIT will take residual by-products and convert them into high-quality, functional ingredients using efficient and sustainable processing methods.

A mineral-rich ingredient that researchers at Nofima have extracted from fish bones has produced unexpected effects. In experiments where salmon were fed feed with the ingredient, the colour level of the salmon muscles increased considerably.

The project will increase consumers’ access to safe, healthy and convenient food through novel energy efficient processing techniques and improve utilization of raw material, by-products and waste, for which valorization strategies will be developed.

We aim to produce tomorrow's food in a smart, sustainable and innovative manner using bioreactors instead of traditional livestock. This is a completely new way of producing food using biotechnology, with a significant impact on meat production.

If the fishing industry can extract the collagen from fish bones, it could earn millions. Scientists have managed this in the lab.

Every year there is an excess of 415,000 tons of residual raw materials in Norwegian agriculture. A lot is used for animal feed, but the potential for how vegetable peelings, animal fat and grain residues can be used better is huge.

The overall goal for this project is twofold; the establishment of biovalorization processes to convert unutilized marine raw rest materials into valuable bioproducts on a pilot scale.