The new generation of cost-effective drum filters focuses on reduced maintenance, increased component quality and simplified operation.
Larvae fed on sludge from salmon hatcheries become rich in marine fatty acids such as EPA and DHA, and minerals such as iron, zinc and selenium.
A study conducted by BCF Life Science showed that natural free amino acids obtained from extensive poultry keratin hydrolysis improve shrimp survival under AHPND and WSSV challenges.
The company released a machine learning model that predicts the early onset of pancreas disease and ISA with greater than 93% accuracy.
New research shows that RAS facilities for salmon farming in Norway and North America are disinfected in different ways and provides knowledge to create new standards.
The new approach is expected to trigger rapid corrective actions that promote more efficient fish production.
Researchers, together with INVE Aquaculture, evaluated microbiome composition and dynamics with a novel approach, using a combination of established molecular and novel flow cytometry analysis methods.
Researchers found that a daily low‐dose application of hydrogen peroxide can reduce mortalities associated with opportunistic infections in juvenile salmon, particularly relevant in RAS operations.
The center aims to support the global warm water aquaculture market by becoming the company’s reference center for studies in Asia and support Africa and other global markets.
ICAR-CIBA is facilitating the development of insurance for shrimp farmers together with insurance companies and farmers.
LED lighting products improved energy efficiency, optimized feed conversion and reduced costs in yellowtail RAS farm.
The new standards are specifically geared to the humane raising of salmon and trout, a first for the aquaculture industry.
The new system offers a holistic vision of all production management, combining a quality product with specialized advice and the management of integrated field technologies.
The project will test five fish species, salmon, arctic char, seabream, seabass and Seriola, in RAS facilities and will try to solve different challenges such as microbial management, water quality and fish welfare.
The new partnership aims to genetically select more resistant families of Atlantic salmon to BKD.
The company captures fish waste from its new £58-million salmon hatchery at Barcaldine, UK and recycles it as fertilizer to enrich farmland.
The Shwe Ngar app provides fish farming families with timely information on how to stock and feed fish, fish health and aquaculture technologies, as well as nutrition, water, sanitation and hygiene practices.
The total production of green energy from biological waste from the biggest hatchery at Strond is expected to be 1,120 MWh a year, equivalent to the annual electricity use of 225 households.
Using a portable camera paired with a mobile app, the system automatically measures fish size underwater and all of the data is accessible in the cloud.
The new system generates oxygen-supersaturated water by contacting oxygen and a water side-stream in a media-packed pressure vessel.
