ASP Isotopes Subsidiary Evaluates Metal Hydrofluorination and Fluorination Project in Namibia

ASP Isotopes Inc. recently announced that its wholly-owned subsidiary, Quantum Leap Energy LLC, is evaluating metal conversion opportunities in Namibia, with work focusing on technologies and processes required for critical stages of the fission and fusion nuclear fuel cycles.

According to the disclosure, the evaluation includes plans to construct a pilot-scale hydrofluorination and fluorination facility in the Walvis Bay area of Namibia. Public environmental and social impact assessments and consultation procedures for the project have already been initiated. The proposed facility will be used to develop, test, and demonstrate metal hydrofluorination and fluorination processes.

In accordance with Namibian regulatory requirements, relevant public consultation notices have been published through customary local channels. The company stated that the evaluation remains at an early stage and no final investment decision has been made. Any subsequent development will be subject to technical, commercial, environmental, and regulatory reviews and approvals.

Quantum Leap Energy is a research-stage nuclear fuel company whose business directions include uranium conversion, uranium-235 enrichment for nuclear fuel production, lithium-6 and lithium-7 isotope separation, and radioactive waste treatment technologies. The company holds exclusive global rights to aerodynamic separation processes and laser quantum enrichment technologies, aiming to provide technical support for the nuclear fuel supply chains required by advanced nuclear reactors, small modular reactors, and fusion systems.

ASP Isotopes, meanwhile, is an advanced materials company that primarily develops isotope enrichment platforms to serve the supply of critical materials in fields such as nuclear medicine, next-generation semiconductors, and nuclear energy. The company operates isotope enrichment facilities in Pretoria, South Africa, focusing on the enrichment of light isotopes, including elements with low atomic mass.