TII, ASPIRE, and ADNOC Collaborate on Quantum Sensing for Carbon Storage and Battery Optimization
Insider Brief:
The Technology Innovation Institute (TII), ASPIRE, and ADNOC have joined forces to tackle key challenges in carbon storage monitoring and battery optimization by utilizing quantum sensing technology, as part of a larger collaboration focused on sustainable energy and advanced technologies.
This project will leverage TII’s expertise in quantum sensing to improve the safety and reliability of carbon capture and storage (CCS) systems. The technology will enable the detection of subtle environmental changes, reduce the risk of leaks, and enhance long-term monitoring capabilities. Additionally, researchers aim to optimize battery performance by analyzing magnetic fields, creating predictive models to improve battery lifespan, recycling, and overall energy storage sustainability.
PRESS RELEASE — TII and ASPIRE, both under Abu Dhabi’s Advanced Technology Research Council (ATRC), have signed their first research and development (R&D) agreement with ADNOC. This milestone marks the beginning of a wider partnership that will also focus on autonomous robotics, propulsion systems, and advanced renewable energy technologies.
By combining TII’s quantum sensing capabilities, ASPIRE’s strategic direction, and ADNOC’s expertise in energy solutions, the partnership seeks to scale quantum technologies for real-world applications and commercialization, driving advancements in sustainable energy.
Carbon capture and storage, crucial for reducing CO₂ emissions, faces ongoing monitoring challenges. The partnership will apply quantum sensing to detect changes in magnetic and electrical properties at storage sites, enhancing safety, preventing leaks, and ensuring the reliability of CCS systems over time.
Innovative Battery Optimization: As renewable energy systems grow, efficient battery lifecycle management has become essential. The project will focus on non-invasive methods to measure battery performance in real time. By studying magnetic fields generated by batteries, researchers aim to create models that predict remaining battery lifespan. These insights will improve battery sorting, optimize recycling processes, and promote sustainable energy storage practices.
The partnership will also explore other R&D areas, such as robotics for inspections and applications to address energy and technology challenges. The collaboration brings together the unique strengths of each partner to address pressing industry issues and deliver innovative, sustainable solutions.
Dr. Najwa Aaraj, CEO of TII, highlighted the significance of this collaboration: “Working with ADNOC provides an excellent opportunity to showcase the potential of our advanced quantum sensing technologies. We aim to develop solutions for optimizing CCS and enhancing battery-based energy storage systems.”
Stephane Timpano, CEO of ASPIRE, emphasized the importance of innovation: “This partnership demonstrates how cutting-edge technologies like quantum sensing can drive sustainable solutions and transform bold ideas into impactful, practical technologies.”
ADNOC’s CTO, Sophie Hildebrand, added: “At ADNOC, we are committed to leveraging advanced technologies and supporting UAE-grown innovations. By collaborating with TII and ASPIRE, we aim to accelerate progress in quantum sensing and contribute to a more sustainable energy future.”
About TII: TII is the applied research pillar of ATRC, with a global reputation for pioneering innovation. The institute focuses on applied research across 10 specialized centers, including quantum, AI, robotics, and renewable energy, fostering a vibrant intellectual community and strengthening Abu Dhabi’s position as a global innovation hub.
About ASPIRE: ASPIRE drives transformative technologies as the program management arm of ATRC. It collaborates with industry leaders, universities, and research institutions to address global challenges, launching initiatives and competitions to solve critical issues. By connecting exceptional talent, ideas, and resources, ASPIRE contributes to innovation and problem-solving on a global scale.
