Title: The History of Nuclear Controversy in Belgium in European Perspective
1The History of Nuclear Controversy in Belgium in
European Perspective
Gilbert Eggermont
PISA, SCKCEN, Mol, VUB Belgium email
geggermo_at_sckcen.be website www.sckcen.be/pisa
2Get Insight in the Evolution of Decision Making
by Mapping Controversies
Mapping of controversies yields insight in
evolution of decision making
- How to explain a controversy?
- Methodology
- Study of interaction of 3 time axes
- Decisions
- Events
- Controversies
- Identification of turning points phasing
- Argumentation analysis
- Results - Typology of actors
- Conclusions
7NPP 1966
Tsjernobyl 1986
Ocean dumping 1982
3Amplified social controversies always have a
reason le fait accompli
- Social phenomenon of interaction of (diverse)
actors with other interests in a DM proces - Typology, argumentation schemes
- Role of techno-political networks
- Cultural background of decision making (VdB
vs.Deleuze) - Filtering process of robust arguments
- Capacity to frame in common good perspective
- Learning process of actors
- Polarization of opinions in a spectrum of views
- New role of the media defining the scope
4Participative approach of viWTA has directed the
argumentation analysis
- Systematic attention for time deformation
- Few historic studies
- Search in archives, literature, press, and
international comparisons (Nl) - Confronting interviews with selected actors
- Balanced steering committee
- Objective Reconstructing arguing scenarios
5A wealth of information but different views on
nuclear perspectives
- How robust were the discourses? evidence,
relevance, scope, coherence - Role of black boxes PSA, PA, RA,
- Impact of controversies on governance
- Seldom new consensus afterwards due to the
robustness of systems - Long term restructuration processes towards trust
and transparency - Difficult to reach consensus on the message
6Four major periods of controversies characterised
by critical events and decisions
- Prehistory (1945-1973)
- growth discussions following energy crisis
- Siting controversies (1973-1979)
- Harrisburg accident
- Period of crisis management with fuel cycle
controversies (1980-1989) - Tsjernobyl, reprocessing and waste problems
- New priorities Waste disposal, phase out and
sustainable development (1990-2004) - Climate issue
7Prehistory (1945-1973) technological optimism
overshadowed by emerging risks
- Hiroshima, Nagasaki (1945)
- Eisenhower Atoms for peace UN (53)
- First accidents (Windscale, Kysthim (57)
- Energy euphoria structured
- EURATOM treaty
- Cold war atomic bomb tests (58-62)
- Belgian nuclear energy decisions (1966)
- Venus reactor criticality accident Mol 66
- EC launches proposal of 200 NPPs (73)
8Few controversies during the economic boom
period, but military secrecy
- Belgian role in weapon development (Mol, U)?
- Complete industrial ambitions in Belgium
- Development of public research centre (US,
military) - Epidemiological evidence of cancer risk
- required regulatory frameworks
- Global pollution atomic bomb tests (60)
- Global agreements and TA institutes (IAEA)
- Impact of networks of critical experts
- Club of Rome (72), UCS, La Revue Nouvelle/Links
9Siting controversies (73-79) on already ordered
NPPs were amplified by accidents
- Construction of 4NPP on 2 Belgian sites (66-74)
- Controversy on coastal siting option
- MIT reactor safety study (PSA-1975)
- Governemental Evaluation Commission (76)
- paved the way for controversies
- Anti-nuke local successes(REM U235) NIMBY?
- Harrisburg TMI accident, human error in the focus
- core melt with successful engineered barriers
- Start of studies on energy demand and decentral
supply
10SCK between dreams reality, while public
opinion started to set political agenda
- Maximimum use of electricity (oil crisis 1973)
- Limits to growth ration. energy use, renewables
- Spectrum of protest groups gain political impact
- Vulnerability criteria? Transparency!
- Utilities and government policies challenged
(74-79) - Impression of decision making by private industry
- Weak involvement of authorities lack of policy
vision - The real Belgian constraint siting DM role of
Bayens - Artificial coastal islands only solution for 20
NPP/20 y - Nuclear waste disposal neglected in most
countries till 1980 proactive SCK
11OCEAN DILUTION
12Crisis Management (1980-1989)
- Ethical, social and technical problems with ocean
waste dumping (82) ? Convention to stop - Montlouis Accident (84) FC transport
safety? - Tsjernobyl (86) radioactivity in Europe
- Arguments of critical experts and anti-nukes
taken over by unions and political parties
greens - Forum decennal investment plans
utilities(Chooz,N8) - Reprocessing MOx controversies (Pu transport)
- Eurochemic plant closed(77-86) decom costs?
- La Hague contracts critically reviewed
- Transnuklear scandal in Mol (86-90) -gtBP
13Fuel cycle controversies lead to moratorium on
NPP and reprocessing
- Attention for externalised nuclear FC costs
- Lack of funding for decommissioning who pays?
- Symptomatic problem of Russian safety High
Cold War environmental impact, also in USA - Political focussing on environmental issues
- Breeder development halted too expensive
strategic impact on long term nuclear prospects - Waste policymaking put on political agenda
14Focus on waste, reprocessing, decommisioning
costs and phase-out (90-2005)
- Restructuring of nuclear research allowed real
but difficult start of NIRAS ? referendum
Beauraing! - Controversies LLW siting geological HLW
disposal - spent fuel (SAFIR)/ return HLWglass
- Parliamentary decisions implemented
- Nuclear moratorium, no new reprocessing, stop
breeder - Impact liberalization European electricity market
- Climate change as pro nuclear argument
- Difficult creation of regulatory agency FANC
- Phase out decision to close eventually 7 NPPs
after 40 years (2014-2023)
15Difficult construct and lack of vision on public
waste and safety institutions trust building?
- Growing environmental concern (PP, SD)
- Sustainable Development concept used in nuclear
sector - climate issue but lack of ecosystem vision
(Kr-85 anthropocentrism) - waste, accident,
proliferation, terrorism - Integration of new concepts in political programs
(Rio, Kyoto, OSPAR) - European policy paradoxes (nuclear packages)
- Environmental issues
- Clearance in decommissioning consumer
perception? - Alternatives GEN IV ? Breeder, PT Political
support? - Fusion 2065 (ITER delay)
16International comparison confirm crucial role of
trust and involvement of citizens
- Connection with military use and secrecy
- Lack of policy coherence (EU and IAEA)
- Different political views on FC safeguard
- Ethical responsibility of experts companies
- Experiments on humans (ICRP62)
- Safety culture human management reliability
- Polarised low dose debate impact on perception?
- Importance of institutional trust building
- In search for public support in nuclear waste
policies RISCOM model
17Poor dialogue between arguments of promoters and
anti- nuclear movement
- Promoters nuclear energy new reactors (FC)
- Growth consumption perspectives at world level
- Nuclear electricity needs in national context
- Climate issue nuclear contribution to
sust.devel. - Promising GEN IV new reactor developments
- Good pollution operational record Gen II III
- No real nuclear waste problem ? only political
- Competences for safety / waste are national
- Nuclear energy is competitive and sustainable
- Low dose effects are not taken serious
-
18Social support for nuclear is not yet convincing
due to what?
- Anti-nuclear movement moratorium/phase out
- Limits of growth
- Rational use of energy, renewables,
decentralization - Nuclear waste problem not solved and ethical
- Proliferation is existential problem
- Demonstrated nuclear accident risk in dense areas
- Nuclear Transport risks (Pu)
- Nuclear is too expensive with huge societal costs
- Nuclear energy not sustainable
19Governance takes into account political and
social factors and involves the public
- Critical experts approach
- Define SD conditions looking for a social support
- Nuclear can contribute to climate, but is no
solution - Rational energy use is a basic growth requirement
- Total energy concepts promising (HTR)
- Independent intern. regulatory control (guardian)
- Intern. approach for disposal nuclear waste
QA/QC? - Distributive justice in costs/benefits (demo SD)
- Coherent proliferation policy (HV)
- Dominant role for safety culture and ALARA
20History shaped perception shows challenges for
nuclear energy in framework of Sust. Devel.
- Early period (50-70) Cold war shadow
- Clean energy techn. optimism versus worldwide
pollution - Growth period (70-80) Reactor accident
- Balance industrial structuring - regulatory
capacity - High RD public financing left later costs
- Incomplete risk assessment (engineer safety
concept) - Debate period (80-90) Nimby?
- Lack of waste policy and decommissioning funding
- RD budget cuts Who guards the common good?
- (Green) feedback period (90-05) phase out or EPR
- Non uniform discovery of communication /
participation - New technological vulnerability terrorism
- Role of our lack of coherence?
21Conclusions - Lessons Learned
- Growth paradigm is part of the problem
- Rational energy use also in nuclear technology
- Technological vulnerability
- Accident probability, terrorism,
- Long term radiotoxicity
- Independant strong agencies needed
- Long term social support
- Critical expertise and communication
- you are also part of the problem the solution
22Thanks to
- The late Paul Govaerts who stimulated this
ambitious initiative, with follow-up and approval
of the whole document - viWTA for the idea, call, financing and steering
support - The co-authors Prof L. Hens (MEKO), all
collaborators in interviews, of course our
secretariat,the reviewers andlast but not least
- Marc Matthijs for the financial annex, a
demonstration of his accounting capacity just
before his retirement creating transparency on
our past financial flows -
- You for your attention and critics