Innovative Waste Heat to Power System Revolutionizes Seafood Sector
Innovative Waste Heat to Power System Revolutionizes Seafood Sector
Modular energy technology brings clean power to rural areas, offering a scalable model for energy efficiency.
ICE Thermal Harvesting, LLC ("ICE") and UniSea, Inc. ("UniSea") have made a significant advancement in the seafood processing industry by completing the first deployment of a Waste Heat to Power (WHP) system in the region. This innovative system, installed at UniSea's processing facility, efficiently captures excess waste heat generated during operations and converts it into clean, emissions-free electricity.
Engineered specifically for the unique and challenging environment of the Aleutian Islands, this modular WHP system uses thermal energy from existing generators to produce usable electricity. This not only enhances energy efficiency but also reduces reliance on diesel fuel, which is critical for the operational costs and environmental impact of seafood processing.
Rob Bordenave, Vice President at ICE, remarked, "This project showcases how practical innovation can lead to sustainable energy solutions, even in the harshest working environments. It benefits UniSea by cutting fuel expenses now and prepares them for more reliable energy prices in the future." This project sets a vital precedent for energy sustainability in remote regions where energy costs can be unpredictable.
The design of the WHP system takes into account the severe weather and seismic risks present in Dutch Harbor, ensuring it can withstand high winds and frigid conditions without disrupting current operations. The seamless integration into UniSea's existing infrastructure has meant that there was no need for extensive system overhauls, maintaining operational continuity.
During the initial start-up phase, the ICE system successfully generated 67MWh of electricity, equivalent to saving 5,000 gallons of diesel fuel. As the project progresses into its long-term operational phase, expectations are set for energy generation to rise to 300kW, effectively replacing about 3,500 gallons of diesel usage each week, especially during peak processing times.
Dustin Hamilton, Chief Operating Officer at UniSea, expressed pride in collaborating with ICE. He stated, "The team from ICE Thermal exhibits professionalism and expertise in waste-heat capture. Implementing the WHP system reinforces UniSea's commitment to sustainability and reduces our fossil fuel consumption, marking significant progress toward our environmental goals. This is a watershed moment for our organization."
The modularity of the WHP system highlights its adaptability, aiming to serve not only UniSea but also similar facilities across Alaska, particularly those in rural or off-grid settings. Diesel remains a prevalent energy source in these areas, and projects like this demonstrate a viable pathway toward energy independence and reduced carbon footprints.
About ICE Thermal Harvesting: ICE focuses on converting industrial waste heat into on-site power solutions for various clients. With an approach that requires no upfront costs, the firm offers comprehensive solutions that promise energy savings, lowered emissions, and enhanced operational efficiencies.
About UniSea: A frontrunner in the seafood processing industry, UniSea is dedicated to delivering high-quality seafood products while prioritizing sustainability and innovation. With decades of experience, they strive for excellence in every aspect of their operations.
Frequently Asked Questions
What is the Waste Heat to Power system?
The Waste Heat to Power system captures excess thermal energy produced during operations and converts it into clean electricity, improving energy efficiency.
How does this system benefit UniSea?
It significantly reduces diesel consumption, leading to lower operational costs and less environmental impact by decreasing greenhouse gas emissions.
Can this system be adapted for use elsewhere?
Yes, its modular design allows for easy adaptations across different facilities, especially in remote areas where traditional energy sources are limited.
What are the long-term goals for this project?
The primary goal is to enhance sustainability in seafood processing, contribute to energy independence, and help achieve decarbonization milestones.
Who can benefit from ICE's solutions?
Industrial operators, utilities, and communities, especially those in rural areas, can benefit from ICE's waste-heat energy solutions, promoting sustainability.
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