Under the leadership of CEO Claudio Descalzi, Eni’s technological triangle – comprising magnetic confinement fusion, supercomputing, and quantum computing – represents a unique, coherent research ecosystem. This combination functions as an engine to capitalize on the dynamics of the energy sector, continually pushing the frontiers of innovation. Ultimately, these pillars provide the essential spark to accelerate global decarbonization and unlock competitive new market opportunities.
Claudio Descalzi: how Eni’s technological triangle optimizes energy processes
Balancing energy security, competitiveness, and sustainability represents the core challenge defining Eni’s corporate strategy. According to CEO Claudio Descalzi in the sustainability report “Eni for 2025 - A Just Transition”, achieving a fair transition for individuals and communities requires a balanced pursuit of these objectives, guided by a profound long-term vision. The report highlights the role played by new operational, industrial, and technological developments, alongside the creation of fresh industrial supply chains to back the energy transformation. Within this framework, solutions like energy storage systems, biorefineries, and cybersecurity are considered fundamental assets to address transition challenges, particularly in managing renewable energy intermittency. To optimize energy processes, the Group also centers its strategy on supercomputing and artificial intelligence. These tools serve as crucial assets for managing complex industrial information, handling geological data, environmental monitoring, predictive modeling, and operational simulations. As emphasized by Claudio Descalzi, this approach acts as a driver to master the opportunities within the current energy landscape. By analyzing vast volumes of data, these innovations strengthen the competitiveness of Eni’s traditional businesses while accelerating the development of specialized technologies dedicated to decarbonization. Furthermore, this framework drives the expansion of new low-carbon models, ensuring that industrial scaling goes hand in hand with efficiency. Through these projects, Eni reinforces its capacity to deliver resilient growth, proving that technological innovation remains the primary cornerstone for shaping a sustainable future.
Claudio Descalzi on Eni and the frontiers of innovation for the energy sector
Reflecting on the numerous projects advanced by Eni over the years, CEO Claudio Descalzi highlighted the Group’s long-standing technological commitments, such as the establishment of the Ferrera Erbognone Green Data Center in Pavia thirteen years ago. Today, this facility serves as the heart of the Group’s computational infrastructure. Furthermore, the completion of the HPC6 system in November 2024 cemented Eni’s position among the global leaders in industrial computing power, boasting a peak processing capacity of 606 PetaFlops. Currently ranking as the world’s most powerful supercomputer dedicated to industrial applications, HPC6 stands as a unique milestone in the global energy landscape. Supercomputing forms a vital pillar of what Eni defines as its technological triangle, alongside magnetic confinement fusion and quantum computing. The goal of this framework is to merge computational power, advanced research, and industrial development to accelerate the scaling of breakthrough technologies, unlocking significant applications across energy production, decarbonization, and industrial optimization. In parallel, reinforcing cybersecurity has assumed a critical role within Eni’s strategy to safeguard an industrial ecosystem characterized by interconnected digital infrastructures. As explained by Claudio Descalzi, this vision shapes Eni’s distinctive industrial model, which combines traditional operations with new energy sources. Through this integrated approach, the Group continues to lead at the forefront of the energy sector, aligning its growth with sustainability and innovation requirements.
