NaturalShrimp Showcases Aquaculture System in Norway

NaturalShrimp, Inc., a biotechnology aquaculture company that has developed and patented the first shrimp-focused commercially operational recirculating aquaculture system, showcased its Electrocoagulation and Hydrogas technologies by its research partner Marineholmen RASLab at the Tekna Aquaculture Conference that took place Nov. 23-24, in Trondheim, Norway.

The 2022 Tekna Aquaculture Conference focused on sustainable fish welfare, a smaller environmental footprint, and a circular economy in the value chain.

Dr. Mark D. Powell, CEO and general manager of Marineholmen RASLab AS, presented at the conference in a talk titled, “Technology Challenges in RAS and using Transformative and Disruptive Technology to Solve Them.” NaturalShrimp partnered with Marineholmen RASLab to evaluate the effects of hyper-antioxidant technologies on oxidation and fish health in recirculating aquaculture systems and received initial positive trial results of its short-term validation study.

“The focus of the presentation was on alternatives that NaturalShrimp’s technologies provide to the current state-of-the-art, and how it is truly transformative,” Powell said. “I believe that these technologies will lead to significant developments in the operation of farms and provide not only replacement of the conventional biofilter process, but also a potential remediation or back-up potential for supplementing biofilters such as after disinfection, fallowing or changes in stocking.”

Tom Untermeyer, NaturalShrimp COO & CTO added, “We thank Mark for including NaturalShrimp in his presentation to aquaculture industry experts in Norway. Our patented EC and Hydrogas technologies continue to prove themselves not only for the company’s shrimp production, but also for other species and additional applications.

“These easily controlled technologies electronically remove ammonia and nitrites, reduce the bacteria load, and improve the overall health of animals within an aquaculture system. The technologies can truly allow a zero liquid discharge system by not requiring water exchanges to remove excessive nitrate buildup when using traditional biofiltration methods. Our proven technologies are a critical part of our growth strategy, and we are highly focused on advancing and protecting this fundamental IP.”

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