Potential of Small Modular Reactors
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- Gyles Copeland
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1 Potential of Small Modular Reactors Energiforsk 2017 January 2017 Dr Fiona Rayment Director Fuel Cycle Solutions
2 UK Experience of Different Reactor Systems Sodium-cooled fast reactors Gas-cooled reactors Water-cooled reactors 1950 Magnox 1960 DFR SGHWR 1970 PFR AGR HTR Sizewell B PWR Present
3 UK Experience: Advanced Reactor Systems Experience with advanced fast and thermal reactors: Gen III, III+, IV Fast Reactors HTGRs SMRs Molten Salt Reactors Th fuelled based systems History of participation in international projects European Fast Reactor development Numerous European Framework 5, 6 & 7 projects South African PBMR project Generation-IV VHTR, SFR, and GFR systems - Gen III HTR SMR SFR GFR Present 2050?
4 The Carbon Plan: Sustainable Energy Legally binding 80% emission reduction by 2050 Low carbon generation needed for: Electricity All transportation Domestic and Industrial Heat, Light & Power Higher renewables; more energy efficiency Electricity grid grows from ~85 GWe to ~300GWe Generation sources Renewables, CCS and Nuclear Higher CCS; more bioenergy Higher nuclear; less energy efficiency
![New Nuclear Build Westinghouse AP1000 [USA] Hitachi-GE ABWR](/docs-images/77/75800906/images/5-0.jpg "[Japan-USA] Small modular reactor?? [?")
5 New Nuclear Build Westinghouse AP1000 [USA] Hitachi-GE ABWR [Japan-USA] Small modular reactor?? [?] Areva EPR [France-China]
6 UK Nuclear Energy R&D Government recently announced a 5-year, 250M programme of nuclear R&D The UK s Nuclear Innovation & Research Advisory Board (NIRAB) recommended research in 5 main areas to; Build on UK skills, experience and facilities Maintain a balance across the whole fuel cycle Establish international co-operations Programmes 1. Making the fuels of the future st century manufacturing 3. Next generation reactor design 4. Advanced spent fuel recycling 5. Strategic toolkit Fuel Manufacture Reactor Systems Waste Management & Decommissioning Reprocessing & Recycle
7 SMRs Critical Characteristics Compared with large nuclear stations EPR 1,600Gwe: Lower generating capacity < MWe Simpler in design Fewer pipes and welds Less on-site construction Modular built in factories Faster construction times ~ 3 years mpower 180MWe Westinghouse SMR: 225MWe Greater flexibility Load-following with renewables Dual use including district heating More potential sites Oldbury Magnox: 2 x 220MWe
8 Range of SMR designs CNEA CAREM Martingale ThorCon CNNC ACP-100 B&W mpower Holtec SMR160 Westinghouse SMR NuScale Thorium100 HTMR100 (Not to scale) X-Energy Xe100 Urenco U-Battery KAERI SMART Moltex Energy SSR
9 And a range of fuel cycle options Fuel type: ipwr: standard PWR fuel (shorter length) HTR: fuel pellets (Triso) MSR: fuel and coolant together Accident tolerant fuel development Enrichment ipwr: < 5% HTR: > 10% MSR: < 5% Uranium supply expected to be stable Waste management Modest increase in waste volume per MWh Potential fuel supply from UK Urenco (enrichment) Springfields Fuels Ltd (manufacture)
10 SMRs in the UK Why? Economic Driver Economic driver: opportunity for UK content and IP Detailed design Manufacture Nuclear fuel Construction Design for Manufacturing and Assembly (DfMA)
11 SMRs in the UK Why? Economic Driver Economic driver: opportunity for UK content and IP Estimated technology readiness level C F I B E L A H K D J MNO G A. LWR1 B. LWR2 C. LWR3 D. HTR1 E. HTR2 F. HTR3 G. SFR1 H. SFR2 I. SFR3 J. MSR1 K. MSR2 L. MSR3 M. GFR1 N. SCWR1 O. LFR1 Estimated time to deployment (years)
12 SMRs in the UK Why? Economic Driver Economic driver: international export opportunities UK: 7 GWe Global: 70 GWe Small Modular Reactors (SMR) Feasibility Study, National Nuclear Laboratory, 2014
13 SMRs in the UK Why? Economic Driver Economic driver: international export opportunities Developing countries where: electricity needs are dispersed grid capacities are limited where there is a need to balance electricity production against the variable supplies of renewables deliver dual use, e.g. electricity alongside district heating or desalination UK: 7 GWe Global: 70 GWe
14 SMRs in the UK Why? Energy Driver Energy driver: levelised cost of electricity
15 SMRs in the UK Why? Energy Driver Energy driver: fit within the UK energy network Siting assessment 250 potential sites Up to ~70GWe SMR application Baseload power Variable power (load follow) Duel use (district heating)
16 Summary UK has experience across a variety of reactor systems and fuel cycles New Nuclear Power Plant construction programme underway (16GWe) New Nuclear Energy R&D Programme underway need for more than 16GWe? Advanced systems being studied and specifically how SMRs could enable more energy production based on key economic and energy drivers.
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