ADVANCE IN THE RA-10 REACTOR PROJECT H. Blaumann, A. Vertullo Nuclear Engineering Department National Atomic Energy Commission Argentina IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Contents Background Design features Siting and Licensing Project execution Project schedule Conclusions IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Present Nuclear Facilities Reactor Type Location Main Application RA-0 RA-1 critical facility Córdoba University RA-4 Siemens SUR 100 critical facility Rosario University RA-1 UO2-graphite fuel rods, water cooled and moderated, tank reactor, 40 kW Buenos Aires /CNEA RA-6 MTR, pool type, 1 MW Bariloche/CNEA Teaching/BNCT/NAA RA-3 MTR, pool type, 10 MW Buenos Aires/CNEA RI production Atucha I PHWR Lima/NASA 357 Mwe CNE CANDU Embalse/NASA 648 Mwe Human resources for nuclear industry Promote nuclear energy applications Long term material irradiations, nuclear instrumentation testing, training IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Current Nuclear Projects NPP TYPE POWER Atucha II PHWR 745 MWe CNE+ life extension and power upgrade 656 MWe CAREM 25 prototype for an Argentinean PWR reactor 25 MWe RA-10 multipurpose RR 30 MW IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Argentinian Research Reactors REACTOR POWER LOCATION CRITICALITY RA-6 500 kW Argentina 1982 RP-10 10 MW Perú 1988 NUR 1 MW Algeria 1989 ETRR-2 22 MW Egipt 1997 OPAL 20 MW Australia 2007 IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Why the RA-10 Project? To provide a replacement for the RA-3 reactor (1967) To increase the RI production in order to support the local and regional future demand 2500 Ci/w molybdenum-99 to increase the production of lutecium-177 and iridium-192 and to try the generation of new RI such us bismut-213 together with the Brazilian RMB, it will play a key role in LA self sufficient supply of RI providing a mutual natural back up IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Why the RA-10 Project? To consolidate the national capabilities related to nuclear fuel production to implement facilities for testing the development of new fuel elements including miniplates, MTR and NPP fuel elements. to implement facilities for materials testing, focused on radiation damage and corrosion evaluation To offer the scientific and technological system new capabilities based on neutron techniques to develop thermal and cold neutrons facilities for the application of neutronic techniques to nuclear technology, material science and biology. IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Design Goals and Project Main Guidelines A multipurpose facility suitable for RI production, material and fuel irradiation, neutron techniques applications and silicon doping production. Based on LEU fuel elements Based on Argentinian Safety Regulations and IAEA Standards Systematic approach to Safety Management (following IAEA NS-R-4, 2005) Dynamic interaction between Design and Safety Analysis IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Design objectives: RI production Application Spectrum Flux Mo-99 Thermal 1.0-1.5 x1014 Ir-192 (Industrial)/ ORI Thermal 1.0-1.5 x1014 Ir-192 (medicinal)/ Lu-177 Thermal >1,8 x1014 Irradiation conditions Section Length Positions 5.2cm (diam.) 30cm * 10 positions (up to 8 miniplates each one) * 2-3 cycles 5.2cm (diam.) 12cm 4 * 2-3 cycles 5.2cm (diam.) 12cm 4 * Continuous loading IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Design objectives: materials irradiation Application Spectrum Flux Structural materials irradiation Fast >3 x1014 (E>1 MeV) MTR miniplates and fuel elements irradiations Thermal >1 x1014 Reactor 1x1013 (máx) NPP vessel material Irradiation Section Length Positions conditions Rig Rig 5cm (diam.) 12cm 2 8x8 cm 65cm 2 5cm (diam.) 12cm 2 IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Design objectives: NPP fuel irradiation Application NPP fuel elements irradiation Spectrum Flux PWR 1-1.3 x1014 (base mode) up to 2.5 x1014 (power ramp mode) Irradiation Section Length Positions Conditions * Loop 10cm (diam.) 40cm IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 1 Design objectives: NPP fuel irradiation Burnup build-up tests Transient tests • base irradiation at constant power • power ramp with slope 10-50 W/cm min • 1 to 3 fuel rods • 1 fuel rod • up to 500 W/cm • 300 to 600 W/cm • up to 60000 Mwd/tonU • up to 10% enrichment • 3 FPY IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Design objectives: neutron beams Application Spectrum Flux Irradiation conditions Section Positions Cold source Thermal Cold beams E< 0.01 eV >109 (neutron hall) in-pile guide 2 Cold beams E< 0.01 eV >4 109 (reactor face) in-pile guide 2 Thermal beams >109 (neutron E<0.1 eV hall) in-pile guide 2 Thermal beams >1010 E<0.1 eV (reactor face) in-pile guide 1 D2, cryogenic power < 5 kW 18 lts IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 1 Design objectives: other facilities Application NTD Spectrum Thermal Long and short Thermal+ residence time Epithermal irradiation Flux Irradiation Conditions Section (Ø, cm) 1 x10134x1013 With rotator and flux flatter devices 15.24(2) / 20.32(2) / 25.4(1) 60 5 Pneumatic Transport system ≈3 ≈ 10 14 2 x1014 Length Positions (cm) Under water NR Thermal > 1 x108 L/D>150 15 - 1 Surveillance programme Reactor Maximum flux capsule ≈5 12 3 IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 General Characteristics Open pool type 30 MW power Low enrichment MTR fuel elements D2O reflector H2O moderator – coolant Upward coolant direction 2 independent shutdown systems: hafnium plates and D2O reflector tank emptying 29.5 days continuous operation cycle IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Reactor Core Thermal Flux Irradiation Facilities Control Rods Fuel Elements Fast Flux Irradiation Facilities IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Irradiation Facilities Ir-192 MED/ Lu-177 (up to 4 positions) Mo-99 (10 positions) Ir-192 IND/ ORI (up to 4 positions) LOOP PNEUMATIC DEVICE (7 X 2 positions) NTD (5 positions) European Research Reactor Conference Ljubljana, Eslovenia – 30th March – 3rd April, 2014 RA-10 Siting: Centro Atómico Ezeiza RA-3 Reactor Radioisotopes production NPP Fuel Elements production PIE facilities IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 RA-10 Siting: Centro Atómico Ezeiza IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 RA-10 Reactor Building IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Licensing Plan: I-Construction License To arrange a set of presentation to the Regulatory Body according to the development of the engineering To agree about the scope and contents of the Preliminary Safety Report To promote an ordered and efficient process for the Preliminary Safety Report reviewing Construction License obtained on last October IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Project execution Funds provided by the government Project team (40) + CNEA personnel (150) Agreement with INVAP for the development of basic and detailed engineering Siting studies and Licensing conducted by CNEA Civil work contracted in the frame of a bidding process Contract with INVAP for “Supply, assembly and preoperational test” Operators training provided CNEA (simulator) Commisioning executed by CNEA To promote future users developed by CNEA IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Project schedule RA-10 PROJECT TIMELINE mar-12 Environmental Management Plan oct-14 Construction License sep-13 PSAR Now mar-16 Operators Training dic-18 Commissioning License jul-19 Operating License Licensing Milestones 2011 2012 2013 oct-12 BE. Critical Design Review 2011 jul-13 End Basic Eng. 2012 2013 2015 2016 nov-14 Obtainment of Certificate of Environmental Suitability oct-14 End EIA (Presentation to OPDS) 2010 Engineering And Construction Milestones 2014 sep-14 U235 Bidding process Start 2014 2015 2017 2018 2019 2019 mar-15 Radiological Baseline Start oct-19 Delivery For Operation Now 2016 2017 2018 2019 2010 2019 dic-11 Basic Engineering (BE) jun-10 Conceptual Engineering jul-13 Detail Engineering mar-12 BE Preliminar Design Review feb-16 dic-14 Bidding porcess For Civil Work jun-15 Civil Work Start Installation Start feb-19 Commissioning Página 1 IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Related projects New Fission Products Plant (moli production) New Research Reactors Fue Elements Production Plant RA-10 Neutron Beam Project IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 RA-10 Reactor Installations IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Conclusion Basic Design has been completed, mostly under a contract with INVAP S. E. Detailed Design is being developed in the frame of a new contract with INVAP S. E. The Preliminary Safety Report has been accepted by the Regulatory Body and the Construction License has been obtained on last October. The Environmental Assessment Study has been finished Technical specification for civil work has been completed Bidding process has just been opened. The construction is expected to be initiated by June 2014. IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Thank you for your attention !!! IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Reactor Pool IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Reactor and Service Pool IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Reflector Tank IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Reflector Tank IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 In-core facilities performance Irradiation Position Central Adjacent Thermal Flux 1.4x1014 3.0x1014 Epithermal Flux 4.4x1014 1.7x1014 Fast Flux 5.1x1014 1.3x1014 IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Radioisotopes performance RI facility Target geometry Irradiation period Final Activity Mo99 LEU miniplates 5 days 4000 Ci* Ir 192 (med) Wires 1 cycle 34400 Ci Lu 177 Cans 1 cycle 1700 Ci/g Ir 192 (ind) Foils 1 cycle 12600 Ci (*) 6 days Curies IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Neutron Beams Performance BEAM TYPE Thermal POSITION NEUTRON FLUX (n/cm2/sec) neutron beams hall (50 m from reactor core) 2.5 x109 reactor face Cold neutron beams hall (50 m from cold source) reactor face (Required: 1x109 ) 2.9 x1010 (Required:1x1010) 5.4 x109 (Required:1x109) 1.4 x1010 (Required:4x109) IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 Neutron Beams Performance BEAM TYPE TG1, TG2 POSITION neutron beams hall (50 mts from reactor core) Thermal TG3 CG1, CG2 CG3 3 x109 (1x109 ) reactor face 3 x1010 (1 x1010) neutron beams hall 6 x109 (1 x109) (50 mts from cold source) Cold NEUTRON FLUX (n/cm2/sec) reactor face IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014 6 x109 (4x109) Fuel Irradiation LOOP performance 3 rods (base mode) 1 rod (ramp mode) Total power (kW) 51.2 21.4 Average lineal power (W/cm) 426.7 535 IGORR 2014 S. C. de Bariloche, Argentina – 17 th Nov. – 21st Nov, 2014
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