Nuclear Fuel Cycle Calculator
Calculate uranium requirements, enrichment costs, and fuel cycle economics
About this calculator
The Nuclear Fuel Cycle Calculator is a comprehensive tool designed to analyze the complete economic lifecycle of nuclear fuel from uranium mining to waste disposal. This calculator helps nuclear engineers, energy planners, and researchers determine uranium requirements, enrichment costs, fabrication expenses, and overall fuel cycle economics for nuclear power plants. By providing detailed cost breakdowns and resource calculations, it enables informed decision-making for nuclear energy projects and helps optimize fuel cycle strategies for maximum efficiency and cost-effectiveness.
How to use
Input your reactor specifications including power output, capacity factor, and fuel burnup requirements. Enter current uranium prices, enrichment costs, and fabrication fees. The calculator will automatically compute total uranium needs, separative work units required for enrichment, and complete fuel cycle costs including waste management expenses.
Frequently asked questions
What uranium enrichment level should I use for calculations?
Most commercial light water reactors use uranium enriched to 3-5% U-235. Research reactors may require higher enrichment levels up to 20%.
How accurate are the fuel cycle cost projections?
Cost projections depend on current market prices and assumptions. Results provide reliable estimates for planning but should be updated with current market data.
Can this calculator handle different reactor types?
Yes, the calculator accommodates various reactor designs by allowing custom inputs for fuel specifications, burnup rates, and enrichment requirements.