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1 Presentation title - edit in the Master slide
R&D and Innovation in support of current operations
Prof Graham FairhallChief Science and Technology OfficerNational Nuclear Laboratory
Background•UK long history of nuclear energy
•R&D over past 60 years has underpinned nuclear development
•Significant R&D programmes ongoing within National Nuclear Laboratory and industry
•Over 30 UK Universities involved in nuclear research
3
UK Objectives
Building a Future: R&D and Innovation
1. Fission-related research programme consistent with the UK’s nuclear aspirations (fuel, reactors, fuel cycles, waste management, decommissioning, disposal).
2. World-leading facilities supporting national and international customers
3. International R&D programmes with UK as a partner.
4. Nuclear innovation to underpin commercial success in domestic and global markets.
5. Establish groups to oversee the programmes
4
Current civil nuclear programme
•Magnox, Advanced Gas Reactor and Sizewell PWR reactor operation
•Fuel cycle plant operations
•Legacy waste and decommissioning programme
•Spent fuel management and waste management
•Disposition of Plutonium and Uranium
•Geological disposal of radioactive waste
Underpinned by R&D
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Capabilities• Extensive R&D capabilities in UK across nuclear fuel cycle with subject matter experts in key areas - examples: Fuel development, nuclear physics, materials, actinide science, waste behaviour, robotics, waste processing, environmental science ..)
•Extensive capability in UK Universities undertaking basic science and supporting industry
•Significant industry focussed R&D and capabilities in a range of companies – large nuclear organisations e.g Sellafield Ltd and smaller companies
•Majority of applied R&D capability in National Nuclear Laboratory
•Wide range of experimental and modelling skills
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Approach to R&D
Lab scaleNon active
Lab scaleActive
Pilot plantNon active
Full scaleactive
Full scale vitrification development facility
Sellafield site
Active glove box experiments
Laboratory scale fuel development
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Integrated multi-scale modelling
--
Unitprocesses
Modelling & Simulation Capability
Microscale Mesoscale Engineeringcomponents
Fission gas release
Fuel Element & Cladding
System
Fuelassembly
Reactorcore
ReactorSystem Components
VASP LAMMPS ENIGMA NEXUS ANSYS-FLUENT
StrategicAssessmentsReactor
Simulation
ORION
Integration codes and SAFETY CASESTOOLSCODES
Nuclear R&D Facilities
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UK Nuclear Universities•Over 300 full time academics in nuclear research
•30 collaborative projects, 30 Universities
•Involvement of national laboratories and industry and international universities / labs
•Examples: DIAMOND (Waste management/ decommissioning), AMASS (waste disposal), MBase (actinide separation), NNUMAN (manufacturing and fuel), BIGRAD (environmental/ waste behaviour), Fuel cladding, materials ..
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Process plant inspection
1. Black Cell
Inspections2. CADRecreations
3. EngineeredMock-ups
4. InspectionSolutions
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Current reactor supportExamples of R&D
• Post Irradiation Examination of fuel and materials
• Reactor core modelling
• Reactor and station plant chemistry
• Materials behaviour
• In situ inspection techniques
• Fuel design and licensing for life extension
• Spent fuel dry storage and disposal assessments
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Support for spent fuel management
Magnox reprocessing flowsheet R&D
Fuel storage
ADScycle
ThermalReactors
Fastreactors
ADScycle
ThermalReactors
Fastreactors
ADScycle
ThermalReactors
Fastreactors
Fuel Cycle Modelling using ORION software
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Legacy waste managementRange of facilities from early nuclear programmes
• Fuel storage ponds
• Waste silos and tanks
• Windscale Pile
• Reprocessing facilities
• Vaults
Major R&D programmes to:
• Reduce radioactive hazard
• Accelerate the programme
• Reduce the costs
• Provide innovative solutions
Waste sampling
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Deep geological disposal R&D
Package Performance
UnderstandingUK Inventory Spent FuelHigh level waste
Novel Wasteforms
Waste PerformancePost Closure
Radionuclides in the Environment
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Innovation – waste management and decommissioning
Robotics – Lasersnake
Muon tomography
Thermal treatment of wasteCharacterisation – underwater swarms and Radball
16
Summary•Major R&D programmes over the past 60 years supported the development of the UK nuclear industry
•Extensive capabilities and subject matter experts in Universities, the National Nuclear Laboratory and industry undertaking basic research through to industrially applied R&D
•R&D programmes underpinning current nuclear operations and legacy waste management and decommissioning