Accelerator-Driven Sub-Critical Molten-Salt Assembly (ADS+MSA Facility)

The Accelerator-Driven Sub-Critical Molten-Salt Assembly (ADS+MSA) is a centralized nuclear facility that uses a high-power particle accelerator coupled to a liquid molten-salt system to reliably produce kilogram-scale quantities of tritium. This system offers a controllable, safety-forward pathway to produce fusion fuel, recover useful energy, and convert legacy nuclear liabilities into strategic energy assets. The key advantages of this system include enabling large-scale commercial fusion energy, operating in an inherently safe sub-critical configuration, achieving high tritium production efficiency, and building on proven accelerator development and industrial experience with molten-salt systems. • The system provides a reliable, centralized source of tritium for fusion energy. • It operates in an inherently safe, sub-critical configuration. • The system achieves extremely high tritium production efficiency. • It builds on decades of proven accelerator development and growing industrial experience with molten-salt systems. • The system has various market applications, including fusion energy, nuclear waste management, advanced nuclear energy, government nuclear asset management, industrial energy and infrastructure, and clean energy and decarbonization.