ASP Isotopes Inc. Enhances the Quantum Leap Energy LLC (QLE) Executive Leadership Team with the Appointment of Ryno Pretorius as Chief Executive Officer of QLE

Company Overview - ASP Isotopes Inc. is an advanced materials company focused on developing technology and processes for isotope production across multiple industries [13] - The company employs proprietary technology, the Aerodynamic Separation Process, and aims to produce highly enriched isotopes for healthcare and technology, as well as nuclear energy using Quantum Enrichment technology [13][14] Leadership Appointment - Dr. Ryno Pretorius has been appointed as the Chief Executive Officer of Quantum Leap Energy LLC, a subsidiary of ASP Isotopes, which is focused on developing advanced nuclear fuels [1][5] - Paul Mann will continue as the chairman and CEO of ASP Isotopes and chairman of QLE [2] Dr. Ryno Pretorius' Background - Dr. Pretorius has over 15 years of experience as a chemical engineer, including four years at Necsa, where he gained insights into the nuclear fuel supply chain [3] - He has served as technical director and CEO of Free Radical Process Design, a consulting firm that has worked with ASP Isotopes on isotope enrichment challenges [3] Strategic Initiatives - QLE is preparing for a spin-out anticipated in the second half of 2025, which involves building a senior leadership team to establish it as a standalone company [5] - The company has entered into a loan agreement with TerraPower for financing the construction of a uranium enrichment facility in South Africa [7] Technology and Market Potential - ASP Isotopes believes its Quantum Enrichment process can produce High Assay Low-Enriched Uranium (HALEU) at competitive prices, promoting the adoption of new nuclear energy [8] - The Nuclear Energy Institute estimates a potential HALEU supply demand of approximately 3,000 metric tons by 2035, with indications that actual demand may be higher [10] Future Energy Landscape - Global energy consumption is expected to double in the next 30 years, necessitating a zero increase in carbon emissions to meet 2050 climate goals [11] - Advanced nuclear fuels, particularly HALEU, will be essential for the operation of future small modular reactors [10][11]