Fusion energy is rapidly evolving from a research pursuit into a global industrial sector, now driven by over $14 billion in private investment and the rise of more than 50 companies worldwide. This talk will explore the strategic, regulatory, and technological foundations needed to build a sustainable fusion ecosystem—and highlight the Clean Air Task Force’s work to accelerate its path toward commercialization.
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Fusion energy is undergoing a fundamental transformation—from a primarily research-driven field to an emerging industrial sector. Today, more than 50 private fusion companies are active worldwide, supported by approximately $14 billion in committed and received equity investment. This rapid growth signals the formation of a global fusion ecosystem that requires coordinated industrial, regulatory, and financial frameworks to transition from experimental systems to commercial deployment.
Establishing a sustainable fusion industrial ecosystem depends on several strategic foundations. These include the development of public–private partnerships and coherent national strategies to align government support with industrial capability. Equally critical are the readiness of supply chains for specialized materials and components, and the creation of codes, standards, and licensing frameworks tailored to fusion’s specific safety and operational characteristics. Together, these elements will underpin confidence in technology performance and enable regulatory clarity for investors and developers.
Beyond these foundations, economic and infrastructural enablers are essential to catalyze industrial growth. New financing models and risk-sharing mechanisms must support early demonstration projects, while workforce development should leverage expertise from adjacent sectors such as aerospace, and high-technology industries. Moreover, the integration of digitalization, artificial intelligence, and advanced manufacturing will be key to achieving scalability, quality assurance, and cost competitiveness.
Finally, increasing the technology readiness level (TRL) of critical subsystems—such as breeding blankets, tritium management, and high-heat-flux materials—is indispensable to move toward pilot and demonstration plants. This seminar will highlight these key dimensions of fusion industrialization and present the Clean Air Task Force’s ongoing contributions to those to accelerate the establishment of a competitive global fusion industry.
Sehila M. Gonzalez de Vicente joined Clean Air Task Force in 2023 as the Global Director for Fusion Energy. She holds a BSc and MSc in Physics and a PhD in Materials Physics from University Complutense de Madrid as well as a MBA by the EOI Business School. She has more than 20 years of experience in fusion technologies and materials.
Previously, she was the senior expert in fusion as a nuclear fusion physicist at the International Atomic Energy Agency (IAEA). Before joining IAEA, she was responsible for the fusion materials development program at European Fusion Development Agreement/Eurofusion in Garching bei Munchen, Germany.
She was appointed European Technical Coordinator of the International Fusion Energy Research Centre (IFERC) project between Europe and Japan as well as vice chair of the Karlsruhe Institute of Technology (KIT) scientific advisory board in the research field of energy. She has been chair of the 9th Annual Assessment of Fusion for Energy and member of the Review Committee for the European Spallation Source Re-baseline Review. She is also member of the UK Fusion Technical Advisory Group and the IFMIF-DONES España Technical Advisory Committee. She is co-editor and contributing author of the book Fundamentals of Magnetic Fusion Technology. She is also chair of the Women in Fusion Group.
