Fuel Tech’s DGI® Technology Selected for Demonstration at Fish Hatchery

WARRENVILLE, Ill., Nov. 04, 2024 (GLOBE NEWSWIRE) —

Fuel Tech, Inc. (NASDAQ: FTEK), a technology company specializing in emissions control systems and water treatment technologies, has announced that its DGI® Dissolved Gas Infusion technology has been chosen for an extended demonstration at a fish hatchery in the Western US. This project will involve testing protocols to assess the benefits of the DGI technology in providing consistent and precise levels of dissolved oxygen for gamefish in a controlled environment.

The DGI® technology utilizes advanced engineering processes to infuse precise levels of dissolved gases, including oxygen, into water. This can be extremely beneficial in aquaculture settings where maintaining optimal oxygen levels is crucial for the health and growth of fish.

Impact on Aquaculture Industry

The selection of Fuel Tech’s DGI® technology for this demonstration highlights the growing importance of innovative solutions in the aquaculture industry. By providing a more efficient and precise method for oxygen infusion, the DGI technology has the potential to improve fish growth rates, reduce mortality rates, and enhance overall production efficiency in fish hatcheries.

Additionally, the ability to closely monitor and control dissolved oxygen levels can help prevent issues such as fish stress, disease outbreaks, and poor water quality, ultimately leading to healthier and more sustainable fish populations.

How This Will Impact Me

As a consumer, the adoption of technologies like Fuel Tech’s DGI® can have a positive impact on the availability and quality of seafood products in the market. By improving efficiency and sustainability in fish hatcheries, these technologies can help ensure a more reliable supply of fish while promoting environmentally responsible practices in aquaculture.

Global Implications

The implementation of advanced technologies in aquaculture, such as the DGI® Dissolved Gas Infusion technology, can have far-reaching effects on global food security and sustainability. By optimizing fish production processes and reducing environmental impacts, these innovations contribute to the long-term viability of the aquaculture industry and help meet the increasing demand for seafood worldwide.

Conclusion

Overall, Fuel Tech’s selection for the extended demonstration of its DGI® technology at a fish hatchery represents a significant step forward in the quest for more efficient and sustainable aquaculture practices. By harnessing advanced engineering processes to improve oxygen infusion in fish raising environments, Fuel Tech is paving the way for healthier fish populations, increased production efficiency, and a more secure global food supply.