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Small Modular Reactors: a guide to new-to-nuclear nations
Dr Adi Paterson
Pacific Nuclear Basin Conference, Vancouver 2014.
Energy Information Administration, USA.
Energy growth in non-OECD nations
0
10
20
30
40
1990 2000 2010 2020 2030 2040
World electricity consumption, 1990-2040
OECD
Non-OECD
Trillion kWh
Year
History Projection
Source: http://www.fastcocreate.com/1682915/infographic-majority-of-earth-s-population-resides-in-this-
one-relatively-small-circle?utm_source=twitter
Graphic Design: Mark Ho
Data: World Bank, 2011
Area = population
Colour = kWh per
person per annum
National Electricity Consumption
% electricity from nuclear
Worldbank, 2013 Graphics: gapminder.com
% of electricity
from nuclear
100 %
50 %
0%
1 billion
250 million
Population Sizes
100 million
0
20
40
60
80
100
120
Nuclear power installed capacity [GW]
Top 10 nuclear power generators
Country, % of nuclear from total electricity production
[GW]
IAEA, 2013.
19 %
43 %
73 %
30 %
18 % 28 % 2 % 16 % 44 % 15 %
Nuclear power reactors in Asia
PAKISTAN
3 2 0
INDIA
20 7 18
CHINA
17 28 57
VIETNAM
0 0 4
JAPAN
48 3 10
SOUTH
KOREA
23 5 5
Operational Under construction Planned
Taiwan
6 2 0
INDONESIA
0 0 2
2013
Larger reactors:
large grids, supply chains
Shippingport
60 MWe
1958
Taishan
1,750 MWe
2015
Peach Bottom Unit 2
1,180 MWe
1974
Small modular reactors
Definition: < 300 MWe
• Smaller initial capital
• Gen III+ passive safety
• Smaller EPZs
• Design philosophy
• Siting
• Fleet(s)
• Scaling barriers to entry
SMRs make nuclear more attractive
• Safer
• Smaller
• Smaller EPZ
• Co-generation
• Buy-burn-return
• Lower build cost
• Remote deployment
• Shared approach to licensing
Stakeholder engagement
Local Nuclear Regulatory Authority
Public Outreach
Energy Planning Authority
Legal Consultant
Reactor Vendor Host Country
Strategy Advisor
Export Credit Agency
Engineering Procurement &
Construction
Commercial Banker
Electricity Market
Regulator Utility
Rating Agency
Requirements: new to nuclear • Regulator(s)
• Utility
• Public engagement
• Workforce
• Financing
• Sovereign risk
• Credit agency
• Fuel disposal
• Risk mitigation
Fleet
First connection
to grid
First concrete
Detailed design
Concept design
Test reactor
Paper
Develo
pm
en
t m
atu
rity
Gen 2 Gen 3 Gen 4
Survey of Some SMRs
KLT-40S 70
CAREM 27
BARC 300
VBER-300 300
PHWR 220/540/700
CNP 300 300
SMART 100
NuScale 45
mPower 180
IRIS 200
4S 10 EM2
240
HTR10 10
HPM 25
SVBR-100 100
PRISM 311
HTR PM 250
Global integrated nuclear industry
Mature nuclear program
Mainstream nuclear
Transformational nuclear
Small nuclear nation
First concrete
New entrants
New Build: Design maturity and regulators
Reg
ula
tor
cap
acit
y a
nd
exp
eri
en
ce
Design improvement Design evolution Design revolution
South Korea
China
UK
Russia
Japan
France
Finland
United States
Turkey,
Vietnam
United Arab
Emirates
Global integrated nuclear industry
Mature nuclear program
Mainstream nuclear
Transformational nuclear
Small nuclear nation
First concrete
New entrants
Large Reactors vs SMRs
Reg
ula
tor
cap
acit
y a
nd
exp
eri
en
ce
Design improvement Design evolution Design revolution
Current Nuclear Power
• Large
• Slow to establish
• Expensive upfront
Current SMRs
• New technologies
• In development
• Requires demonstration
Future SMRs
• Fleet roll-out
• Smaller, faster to build
• International regulatory
approach
• Factory assembly
• Buy-burn-return fuel
Requirements: new to nuclear • Regulator(s)
• Utility
• Public engagement
• Workforce
• Financing
• Sovereign risk
• Credit agency
• Fuel disposal
• Risk mitigation
Acknowledgments
• Mark Ho and Greg Storr are co-authors of
the paper that is based on this presentation
• PNBC Organisers for the invitation
• Cited Sources
Open Pool Australian Light-water Reactor