1. Carlos Moreno CIEMAT 2 nd EU-US DCLL Workshop University of California, Los Angeles, Nov. 14-15 th, 2014

2. 2/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Overview EcosimPro Tritium Transport Libraries TBM Libraries TBM Model Results Executable files and Excel interface DCLL Preliminary Model DCLL Preliminary Model Results Future Upgrades

3. 3/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. TMAP7 (Tritium Migration Analysis Program) was the reference code in the fusion community. CIEMAT started to use TMAP 10 years ago. Fortran CODE. Limited in number of enclosure and materials. No user friendly pre and post-processing, and modifications.

4. 4/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Involved industry in development Ciemat signed an agreement with Empresarios Agrupados EcosimPro as code simulation platform. No limits. User friendly.

5. 5/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

6. 6/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

7. 7/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

8. 8/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

9. 9/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

10. 10/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

11. 11/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

12. 12/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

13. 13/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

14. 14/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

15. 15/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

16. 16/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. HCLL - TBS

17. 17/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. HCPB - TBS

18. 18/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

19. 19/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Material Thickness (mm) Eurofer outer0.5 Al2O30.3 Eurofer inner1.5 PbLi gap3 Eurofer structural (from coolant to PbLi)6 Coolant channel8 Power (W)2200 Generation rate (g/day)400 Sectors16 Outboard blankets per sector3 Inboard blankets per sector2 Total Blankets volume (m3)1119.68 Wetted Steel Surface (m2)20106.75 PbLi flow rate80 kg/s Tritium Extraction Unit Efficiency0.4-0.7

20. 20/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA.

21. 21/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. 40% Extraction efficiency70% Extraction efficiency

22. 22/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. 70% Extraction efficiency 40 kg/s 70% Extraction efficiency 80 kg/s

23. 23/23 Carlos Moreno– “Modelling tools for tritium transport” 2 nd EU-US DCLL Workshop. 14-15 Nov 2014. Los Angeles (CA), USA. Models for 4 EU-DEMO Breeding Blankets systems. Connect with other modelling tools. Upgrade material data base (PbLi-solubility, surface constant, chemical rate, thermomigration,...) Upgrade detail of components (3D in some components). Include more physical phenomena (corrosion, He bubbles, traps in material,…)