Milan, Lombardy, Italy
Dedicated to a Sustainable and Eco-Friendly Future with an MSc in Nuclear Engineering specializing in hybrid systems integration. Driven by my belief in the pivotal role of nuclear energy in global decarbonization efforts, I embarked on a path as a Nuclear Engineer. Focused on enhancing grid reliability and stability, my specialization revolves around studying the synergies between nuclear and renewable energy systems, particularly through hybrid solutions. Presently engaged in the esteemed H2020 INNO4GRAPH project, I am actively involved in researching innovative techniques and novel tools to facilitate safe and cost-effective decommissioning of graphite-moderated reactors. Additionally, I contribute to the development of advanced strategies for the reduction and efficient management of resulting radioactive waste. My responsibilities entail comprehensive assessments of the mechanical properties of both virgin and irradiated graphite. Moreover, I am leading the development of an advanced grabbing unit capable of handling irradiated graphite bricks. Furthermore, I'm researching and developing graphite electrochemical decontamination methods using molten salts as an electrolyte. Together, let's propel the energy industry toward a sustainable future and make a lasting impact on the global transition to cleaner and more efficient energy sources.
CEO and Co-founder of GraphiCore, a startup focusing on enabling the decommissioning of graphite-moderated reactors thanks to an advanced and proprietary grabbing system capable of reaching the highest safety factors in the retrieval and handling of graphite bricks from Magnox, AGRs, RBMKs, and UNGG reactors. Currently supervising the commercial and R&D side to bring to TRL6 our system by end-of-year.
- Researched irradiated A3 graphite matrix decontamination with FLiBe molten salt removal rate. - Characterized silver electrochemical decontamination from IG-110 graphite surface with 100% deplating - Produced a report document on advanced reactor fuel waste forms for the ARPA-E project Upwards on deep boreholes disposal strategy. - Designed a novel handling unit for graphite bricks extraction capable of safety factors greater than 3. - Spearheaded novel methods and systems for the dismantling optimization of graphite-moderated reactors in the H2020 project Inno4Graph. - Developed a finite element method model for nuclear-grade graphite stress analysis with a 75% increase in accuracy compared to previous models.
Engaged in scientific communication debates and webinars regarding energy markets, energy transition, and the role of nuclear energy and renewables.
Working on providing accurate and updated information on the current SMR and GEN IV landscape to be used in various high-tech and energy-intensive industries
Worked in the SALT group on irradiated graphite decontamination using FLiBe molten salts and contributing to the design of a universal High-Level Waste (HLW) canisters within the ARPA-E Onwards project.