Nordic Stainless Steel Tanks LT, a prominent member of the FTD LT Cluster’s EXPO group, has successfully concluded an ambitious Research and Development (R&D) project aimed at creating an innovative solar energy-absorbing tank cover. The project was developed in close collaboration with other members of the FTD LT Cluster’s EXPO group, including industry leaders Astra LT AB, UAB Aumega, MB Išmanūs inžineriniai sprendimai, UAB Aksonas, and UAB Termosaigė ir Ko. Throughout the project’s duration, the team received critical scientific consultations from experts at the Lithuanian Energy Institute, ensuring a strong foundation in research-driven innovation.
The project’s core objectives were fully realized, with all milestones achieved, and a comprehensive final report has been submitted for evaluation by expert panels. This accomplishment represents a significant leap in integrating green energy solutions into industrial manufacturing, showcasing the technological capabilities and collaborative potential of Nordic Stainless Steel Tanks LT and its FTD LT Cluster’s EXPO Group partners.
This project under the name of “Development of an Environmentally Friendly, Solar Energy-Powered Industrial Liquid Heating Surface” (Project No. 02-006-K-0179), was funded by the European Union through the NextGenerationEU initiative under the Economic Recovery and Resilience Facility (locally referred to as “Next Generation Lithuania”). The project’s primary goal was to design and implement an advanced industrial tank insulation system, leveraging recyclable materials—particularly stainless steel—to capture and transfer solar thermal energy directly to the stored liquid products. This solution marks a step forward in green industrial technologies, promoting energy efficiency and environmental responsibility.
The project addresses a key industrial challenge: the high energy consumption required to maintain stable temperatures for liquid products, particularly those in large-scale storage tanks. By incorporating solar energy as a natural, renewable heating source, the innovative tank cover provides a means to reduce the reliance on traditional energy sources, resulting in reduced operational costs and decreased carbon footprints. This system is especially relevant for industries where temperature-sensitive materials are stored, such as in the food, chemical, and pharmaceutical sectors.
By successfully implementing the solar energy-powered insulation system, Nordic Stainless Steel Tanks LT has set a new standard for sustainable industrial practices. This technological advancement is not just an improvement in efficiency—it represents a significant shift towards environmental responsibility within the industry. The solar-powered insulation cover offers multiple benefits, including:
- Energy Savings: By reducing reliance on external energy sources to heat the stored liquid products, the system provides long-term reductions in energy consumption, making operations more cost-effective and sustainable.
- Environmental Impact: The use of recyclable materials like stainless steel, coupled with the integration of renewable solar energy, drastically reduces the ecological footprint of industrial storage processes. This aligns with global efforts to mitigate climate change and reduce industrial emissions.
- Long-Term Sustainability: The tank covers are designed to be durable and require minimal maintenance, ensuring long-term sustainability for industrial operations. This approach enhances the lifecycle of storage tanks and reduces the need for frequent replacements or repairs, further minimizing waste.
The new technology also reflects the broader industry trend of integrating renewable energy sources into traditional manufacturing processes. This project positions Nordic Stainless Steel Tanks LT and its partners as leaders in the transition towards more sustainable, energy-efficient solutions in the global industrial market.
The collaboration among FTD LT Cluster’s EXPO Group members Nordic Stainless Steel Tanks LT, Astra LT AB, UAB Aumega, MB Išmanūs inžineriniai sprendimai, UAB Aksonas and UAB Termosnaigė ir Ko played a pivotal role in the project’s success. Each member company contributed its specialized knowledge and expertise, fostering a culture of innovation and shared growth. This strong partnership highlights the importance of interdisciplinary collaboration in achieving groundbreaking results that have far-reaching implications for the industry as a whole.
The successful completion of this R&D project marks a critical milestone in the integration of sustainable technologies into industrial processes. It underscores the commitment of Nordic Stainless Steel Tanks LT and its FTD LT Cluster partners to fostering innovation and reducing the environmental impact of industrial activities. As industries worldwide face increasing pressure to adopt clean energy solutions, the development of the solar energy-powered tank cover places the FTD LT Cluster’s EXPO group at the forefront of this critical transformation.
This project not only benefits the companies involved but also contributes to the broader sustainability goals of the European Union. By implementing renewable energy solutions, Nordic Stainless Steel Tanks LT and its partners help support the EU’s mission to achieve net-zero emissions and establish a more resilient and competitive industrial sector.
With the project’s completion, Nordic Stainless Steel Tanks LT and its partners from FTD LT Cluster’s EXPO Group are poised to continue its leadership in green innovation, with plans to scale this technology across multiple industries. The FTD LT Cluster’s EXPO Group’s companies remains committed to ongoing research and development efforts, ensuring that the solutions it offers are future-proof, eco-friendly, and capable of meeting the evolving demands of the modern industrial landscape.
The project “Development of export markets and strengthening of internationalization of the FTD LT cluster” is implemented under the Progress Facility of the European Union Funds for the period 2021-2027, Development Programme 2022-2030.
