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Skretting prepares to launch new RAS concept RecircReady

Skretting is ready to launch its new and improved integrated concept for recirculating aquaculture systems: RecircReady. The concept takes into account growth and waste prediction models, nutrient recycling, fish and system health monitoring in addition to tailored feed solutions and their impact on the systems themselves.


November 29, 2018

Skretting is preparing to launch its new and improved integrated concept for recirculating aquaculture systems: RecircReady. The concept takes into account growth and waste prediction models, nutrient recycling, fish and system health monitoring in addition to tailored feed solutions and their impact on the systems themselves.

The technology incorporated into RAS allows for close supervision of waste and effluents, while tighter control over water quality and isolation from the external environment can help avoid biological risks. At the same time, RAS provides the opportunity to greatly enhance feed management and scope to facilitate consistent growth rates throughout the production cycle. 

Developed by the Skretting Aquaculture Research Centre (ARC) through extensive trials at its research facilities in Norway and Italy, Skretting’s dedicated feeds incorporate specific patented functional ingredients that bind fecal matter. In RAS this means it is easier to filter and remove solid waste particles, resulting in cleaner water and a healthier system.

“Skretting continues to lead advancements in this space,” said Dr. Ingunn Stubhaug, Researcher at Skretting ARC. ”Our primary aim is to help farmers produce more fish in a more cost-effective and sustainable manner.”

As recently reported, Skretting’s RAS capabilities are also now supported by a new state-of-the-art recirculation hall at Skretting ARC’s Lerang Research Station in Norway. Comprising 12 independent systems, predominantly conducting trials for salmon product development, this facility is used to investigate the impact of feeds and formulations on the biological filters in RAS.

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