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The production of aquatic products in land-based systems using tanks and recirculating aquaculture system (RAS) technology continues to expand worldwide.
Wednesday. October 18th, 2017This column reviewed important unit processes in recirculating aquaculture system design and began to discuss components used to remove waste solids
Wednesday. November 28th, 2018As the aquaculture industry evolves and tries to find more sustainable and water-saving systems, there is also a need for looking at new ways of water treatment
Tuesday. September 1st, 2020Ensuring optimum water quality parameters is the biggest challenge for ensuring the smooth running of a recirculating aquaculture system (RAS).
Tuesday. November 3rd, 2020While ammonia-nitrogen build-up can severely reduce a recirculating system’s carrying capacity, the maintenance of adequate dissolved oxygen (D.O.) concentratio
Wednesday. February 20th, 2019Because closed aquaculture systems have very low water exchange and controlled inputs, and because they typically have a smaller footprint than traditional open
Monday. July 3rd, 2017This study evaluated differences in young shrimp performance and water quality dynamics between biofloc, clear water and hybrid systems as nurseries.
Saturday. January 5th, 2019This study examined differences in fish performance and water quality dynamics between biofloc, clear water and hybrid systems as nurseries for tilapia.
Thursday. January 3rd, 2019Results of this study to evaluate the effect of various RAS water treatment designs on lumpfish production show culture in these systems can increase fish
Thursday. July 30th, 2020The tide is turning for recirculating aquaculture systems (RAS) and this emerging technology has the potential to change the face of aquaculture over
Tuesday. November 19th, 2019