US Company Project Omega Secures $800 Million in Financing to Accelerate Spent Fuel Recycling

Recently, US nuclear innovation company Project Omega announced the successful completion of an $800 million Series A financing round, led by B Capital. The funds will be primarily used to initiate construction of the company's first spent fuel recycling pilot facility and to comprehensively advance the development and manufacturing of long-life, high-reliability power systems, marking a key step forward for its core technology from laboratory-scale validation to industrial application.

The pilot facility planned by Project Omega aims to validate its core high-temperature non-aqueous process, namely the efficient recovery of high-value radioactive isotopes from spent fuel generated by nuclear power plants, while simultaneously preparing novel fuel feedstock for advanced reactors. Previously, the company, through the Advanced Research Projects Agency-Energy (ARPA-E) CURIE Project, had conducted in-depth joint research and development of related recovery processes with Idaho National Laboratory.

In addition to spent fuel recycling, Project Omega is also actively advancing the development of isotope power systems. Its core solid-state radiovoltaic power technology can directly convert the energy released by radioactive decay into electrical power. It has previously successfully completed key tests at Pacific Northwest National Laboratory using strontium-90 to generate a stable current, aimed at solving the challenge of long-term power supply in specific application environments where recharging or replacing batteries is difficult.

This financing round will also accelerate the productization of the company's X-series modular power systems. This series currently integrates energy storage, power generation equipment, and control systems, with plans to incorporate isotope power sources in the future. The specific site selection, construction schedule, and designed processing capacity of the spent fuel recycling pilot facility are subject to further disclosure by the operator.