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Dynamic fuel cycle simulation tools are intended to model holistic transient nuclear fuel cycle scenarios.
Based on these cost packages, the user of the method can easily build up different life cycle scenarios for the production system.
This study evaluates nuclear fuel cycle scenarios which are based on recycling spent nuclear fuel for the sustainability of nuclear energy.
This study evaluates advanced Gas-cooled Fast Reactor (GFR) fuel cycle scenarios which are based on recycling spent nuclear fuel for the sustainability of nuclear energy.
The system has been used to model various nuclear fuel cycle scenarios and preliminary results indicate that the approach is a viable method with good prospects for industrial application.
The electricity generation costs of these fuel cycle scenarios were estimated to be 39.1, 34.9 and 25.7 USD/MW h e), which are comparable to or smaller than that of the once-through fuel cycle.
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Figure 11 Varying energy needed per cycle scenario.
In a second, part, the French scenario was compared with an equivalent open fuel cycle scenario.
Examples of the simulation are shown for both a rapid life cycle scenario and for a part sharing scenario over the product generations.
In one possible future fuel cycle scenario, the radionuclides 244Cm and 241Am are placed in decay storage until a capability for fast-spectrum transmutation is available.
Two studies [15, 16] excluded the activity of end of life cycle scenario from the system boundary conditions mentioned above in relation to the majority of the wind electricity generation system LCA studies.
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