Nordic Steel Selected for Salmon Evolution Phase Two: A Continued Partnership in Sustainable Aquaculture
Nordic Steel, Norway's leading steel competence center, has received renewed and expanded trust from Artec Aqua, the developer behind Salmon Evolution. This trust solidifies Nordic Steel’s continued role in contributing to one of the world’s largest land-based aquaculture facilities. The company will be involved in the construction of phase two of the Salmon Evolution project, which is located at Indre Harøy in Møre og Romsdal, Norway.
Salmon Evolution, a pioneering initiative in land-based fish farming, will benefit from Nordic Steel’s expertise as the company produces 200 metric tons of essential equipment for the facility. This includes critical components for water treatment, ventilation, and CO₂ aeration systems. Nordic Steel's CEO, Børre Lobekk, expressed his satisfaction with the ongoing partnership, emphasizing the value of their experience and specialized production capabilities tailored for the aquaculture industry.
The Importance of Salmon Evolution’s Growth
The first phase of Salmon Evolution, which began in 2020 and became operational in 2022, has already reached an impressive capacity of 7,900 metric tons of fish per year. The completion of phase two, projected for 2026, will nearly double that capacity to 18,000 metric tons annually. The facility’s success has been a result of effective water treatment solutions, sustainable practices, and cutting-edge technology.
Artec Aqua, a world-renowned developer of land-based aquaculture systems, has already completed the first phase of the project and is now focused on phase two. The collaboration with Nordic Steel is vital for the continued success of this ambitious project, as the steel company’s contributions are integral to the design and function of the facility's infrastructure.
Collaboration on Water Treatment Systems and Ventilation
For phase two, Nordic Steel’s primary responsibility will be producing 12 DeGasso CO₂ aerators in Duplex stainless steel, each weighing approximately 10 metric tons. These aerators are designed to improve water quality by significantly reducing CO₂ levels in the facility’s operating water. The advanced technology employed by Artec Aqua allows up to 70% of the water to be reused, making the system highly efficient and environmentally sustainable.
The CO₂ aerators work by pumping water at a tremendous speed, allowing for effective aeration that reduces the carbon dioxide concentration. This system is critical in maintaining optimal water quality for the fish while minimizing environmental impact. The ability to recycle such a large portion of water is a significant advancement in sustainable aquaculture.
In addition to the aerators, Nordic Steel will also be responsible for delivering a complete ventilation system to ensure the efficient operation of the aerators. This system is essential for maintaining the required conditions for the aeration process. Nordic Steel's expertise in manufacturing ventilation ducts and equipment is central to this aspect of the project. As Børre Lobekk points out, this contract reflects the company’s leadership in Norway’s ventilation manufacturing sector and their ability to provide tailored solutions for complex industrial needs.
The Role of Nordic Steel in the Aquaculture Industry
Nordic Steel’s involvement in the aquaculture sector is a testament to the company’s growing expertise in producing specialized steel equipment for various industries. The steel company’s success lies in its deep knowledge of aquaculture technology and its ability to deliver high-quality, durable components that meet the specific needs of fish farming operations.
The collaboration with Artec Aqua on Salmon Evolution highlights Nordic Steel’s significant contribution to advancing land-based fish farming. As one of the largest facilities of its kind in the world, Salmon Evolution’s success could set new benchmarks for the aquaculture industry, particularly in sustainable and efficient fish farming practices.
The Future of Salmon Evolution
The ongoing construction of Salmon Evolution’s phase two marks a critical step in the evolution of land-based fish farming. With the support of companies like Nordic Steel, the facility is poised to become a global leader in sustainable fish production. As the demand for sustainably farmed fish increases, the technology and expertise brought to the table by companies like Nordic Steel and Artec Aqua will be key to ensuring that the industry can meet growing global needs while minimizing its environmental footprint.
The ambitious plans for Salmon Evolution reflect the potential for land-based aquaculture to revolutionize the fishing industry by providing a more controlled, sustainable environment for fish farming. As construction progresses, the continued partnership with Nordic Steel will play a pivotal role in achieving the project’s goals.
Key Takeaways:
• Nordic Steel’s Role: Nordic Steel will produce 200 metric tons of equipment for phase two of the Salmon Evolution project, including CO₂ aerators and ventilation systems.
• Increased Fish Capacity: The completion of phase two will increase the facility’s capacity to 18,000 metric tons of fish per year, nearly double the output of phase one.
• Water Treatment Technology: 12 DeGasso CO₂ aerators, each weighing 10 metric tons, will help remove CO₂ from the facility’s water, allowing for up to 70% water reuse.
• Ventilation System Expertise: Nordic Steel’s experience in producing ventilation systems will be vital for the efficient operation of the aerators in the facility.
• Sustainability Focus: The project highlights the growing importance of sustainability in the aquaculture industry, with advanced water treatment systems and reduced environmental impact.
• Partnership Success: The continued partnership between Nordic Steel and Artec Aqua reinforces the importance of collaboration in the successful development of cutting-edge aquaculture technologies.
• Future Prospects: The expansion of Salmon Evolution is expected to set new standards in land-based fish farming and contribute to the growth of sustainable fish production globally.
