Can efficient feed management help improve the sustainability of aquaculture?

Yes. Thanks to modern systems designed to support decision making relating to the diet of the fish or shrimp, farmers are able to optimise the amount of feed used, thereby improving efficiency while reducing waste and environmental impacts. 

AquaSim in hand

AquaSim

AquaSim is Skretting's modelling tool that allows farmers to forecast how fish and shrimp will perform in their surrounding conditions, with cost-benefit evaluations of different farming situations.

About AquaSim

FAQs

Why choose farmed over wild fish?
Are farmed fish and shrimp healthy to eat?
Do salmon and trout feeds contain colouring?
What ingredients are in Skretting feed?
Are the raw materials that Skretting uses in its feeds responsibly sourced?
Do feeds contain chemicals or preservatives dangerous to human health?
Are the animal by-products used in aquaculture feeds dangerous to human health?
Do feeds contain growth hormones or antibiotics?
What are fish meal and fish oil, and why are they used in aquaculture feeds?
Is low fish meal/fish oil content in feeds harmful to fish and shrimp?
Does Skretting use novel ingredients in its feeds?
What is ethoxyquin and is it safe?
Are circular economy principles applied to aquaculture feeds?
Is aquaculture sustainable?
Is aquaculture controlled?
Why is aquaculture important?
Why do aquaculture species grow quickly?
Are farms healthy environments for producing fish and shrimp?
How much wild fish is needed to feed farmed fish?
Are Skretting feeds sustainable?
Is it safe to eat farmed fish and shrimp?
How is Skretting contributing to feeding a growing global population?
Is one feed sufficient for all aquaculture species?
How much feed is needed to grow a farmed fish?
Can efficient feed management help improve the sustainability of aquaculture?