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Carlos Moreno CIEMAT 2 nd EU-US DCLL Workshop University of California, Los Angeles, Nov. 14-15 th, 2014
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2/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Roadmap to DEMO Fuel Cycle schema FC requirements FC libraries Current Model ISS model and validation Conclusions
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3/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Roadmap to DEMO Headline 6.6 in Roadmap The development of a fuel-cycle simulator is also foreseen to provide a full parametric description of a conceptual fuel cycle of DEMO with recycling option.
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4/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Fuel Cycle schema
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5/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Fuel Cycle schema
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6/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Fuel Cycle requirements Dynamic (not only steady-state mode): transients, failures, accidents… Complete H, D, T database libraries. Process Optimisation/Sensitivity Analysis Industry support
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7/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Fuel Cycle libraries
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8/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Fuel Cycle Current Model 30 systems 30 tritium flow models User friendly interface Different pulsed scenarios Easy Input menus Exportable to an exec file (no license needed )
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9/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Fuel Cycle Current Model Tritium library available Steady-state model (2014) Strong interface with BB project Needs implementation and validation
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10/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. ISS model and validation First Dynamic model of Fuel Cycle library since Breeding Blanket in EcosimPro. Isotopic Separation System Main component: Cryogenic Cryodistillation Column
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11/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. ISS model and validation EcosimPro implementation H, D, T, properties database JET experiment validation End 2014 deadline
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12/12 Carlos Moreno– “Modelling of the tritium fuel cycle” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Conclusions Main objective: complete development of a fuel cycle simulator at a detailedness reflecting the design stability of all involved actuators Demonstration of EcoSimPro capabilities in dynamic mode Integrate models and data of all systems (near future). Final objective: continuous monitoring of sub-systems involved (Torus, divertor,,…)
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