The company expects that commercial reactor deployments will require long-term fuel supply agreements with qualified providers of enrichment, fabrication, and related fuel-cycle services. The availability and cost of low-enriched uranium (LEU) are influenced by uranium market conditions, enrichment and fabrication capacity, transportation constraints, regulatory requirements, geopolitical factors, and other supply chain disruptions. Global enrichment capacity is concentrated among a limited number of suppliers, including facilities located in jurisdictions that may be affected by geopolitical developments, trade restrictions, or regulatory actions, which could impact LEU availability or cost. Nuclear fuel assemblies within the reactor module facilitate controlled fission reactions to generate heat. Used nuclear fuel produced by the Gravity Reactor must be stored and disposed of in accordance with applicable regulatory requirements and nuclear waste management frameworks, potentially involving interim on-site storage, transportation, and coordination with governmental authorities or third-party service providers. The management and disposition of used nuclear fuel will comply with relevant laws and regulations.
Deep Fission's Comment on Supply Chain
The company expects that commercial reactor deployments will require long-term fuel supply agreements with qualified providers of enrichment, fabrication, and related fuel-cycle services. The availability and cost of low-enriched uranium (LEU) are influenced by uranium market conditions, enrichment and fabrication capacity, transportation constraints, regulatory requirements, geopolitical factors, and other supply chain disruptions. Global enrichment capacity is concentrated among a limited number of suppliers, including facilities located in jurisdictions that may be affected by geopolitical developments, trade restrictions, or regulatory actions, which could impact LEU availability or cost. Nuclear fuel assemblies within the reactor module facilitate controlled fission reactions to generate heat. Used nuclear fuel produced by the Gravity Reactor must be stored and disposed of in accordance with applicable regulatory requirements and nuclear waste management frameworks, potentially involving interim on-site storage, transportation, and coordination with governmental authorities or third-party service providers. The management and disposition of used nuclear fuel will comply with relevant laws and regulations.
Sources:
DEEP FISSION, INC.'s official press releases and regulatory filings; CSIMarket.com's supply-chain research; and the financial filings and press releases of other companies cited in this report.
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