Modeling a Global View on Nuclear Fuel Leasing, Recycling, and Proliferation
Aniket Hazra, Soumadip Saha
Abstract
Aniket Hazra, Soumadip Saha
Abstract
The model was used to study fuel leasing possibilities after a system dynamics model was built to simulate fuel cycle interactions between two different nuclear organisations. The model was also used to assess the proliferation and economic consequences of a global leasing policy. An open fuel cycle results in large spent-fuel buildup in a nuclear expansion scenario. The leased fuel cycle, when combined with enhanced security and safety technologies, has the ability to alleviate proliferation concerns in a closed fuel cycle.
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The model was used to study fuel leasing possibilities after a system dynamics model was built to simulate fuel cycle interactions between two different nuclear organisations. The model was also used to assess the proliferation and economic consequences of a global leasing policy. An open fuel cycle results in large spent-fuel buildup in a nuclear expansion scenario. The leased fuel cycle, when combined with enhanced security and safety technologies, has the ability to alleviate proliferation concerns in a closed fuel cycle.
Key concepts: Nuclear fuel cycle, Fuel cycle, Nuclear fuel, Environmental science, Environmental economics, Business, Nuclear engineering, Engineering