• Aucun résultat trouvé

"Right to shape" decisions: the closing up as new strategy to move forward with high-level radioactive wastes

N/A
N/A
Protected

Academic year: 2021

Partager ""Right to shape" decisions: the closing up as new strategy to move forward with high-level radioactive wastes"

Copied!
15
0
0

Texte intégral

(1)

“Right to shape” decisions: closing up as

a new strategy to move forward with

high-level radioactive wastes

Céline Parotte, Spiral Research Center

University of Liège

(2)

Focus on the

art

of government of nuclear

wastes

  What?

Studying regimes of practices of government

(Dean 2010 – analytics of government)

in three different

countries : France, Belgium and Canada.

  Which period?

Since the “participatory turn”

onwards

(Bergmans et al. 2014)

Today’s main questions :

-  How public(s) and experts have been integrated so far in

the different decision-making processes of HLRW?

-  How, after all, geological disposal concept remains the

preferred option?

(3)

Analysing the dynamics of governance

(Stirling et al. 2008, 2014)

Figure “How to govern a technological system?” inspired by Stirling et al. 2008, 2014.

Appraisals

Commitment

Appraisals

Commitment

Etc.

Expert analysis Public participation

(4)

Analysing the dynamics of governance

(Stirling et al. 2008, 2014)

  Opening up <

open appraisal raises

alternative questions

, focuses on

neglected

issues, includes

marginalized

perspective, triangulates contending

knowledge, tests sensitivities to different methods, considers

ignored uncertainties, examines different

possibilities and

highlights

new options

(Stirling 2008, 278-280)

.

  Closing down >

is about defining the

right questions, finding the priority issues,

identifying salient knowledge, recruiting appropriate protagonists,

to determine the

‘best’

options

(Ibid)

.

(5)

Analysing the dynamics of governance:

the necessary combination

Voß, Kemp, and Bauknecht (2006)

: 436

Sequential closing:

succession

of opening up

and closing down

Subsidiarity/

experimental closing :

test

a closing to identify the

best option

(6)

Art of government over the years

50’s 80’S 90’s 2016

Local tensions

Geological disposal

As the only option

Participatory turn

Act I Act II Act III

Technical closing down Only one option

Appraisal/commitment = result of Nuclear establishment

(Durant 2009)

France = OPECST

Intervention 1990

Canada = Seaborn Panel

Intervention 1989 – 1998

Belgium = ONDRAF

(proactively) 2006 – 2010 LLRW

(7)

Art of government since 90’s:

first opening up moments after the crisis

OPECST 1990 Seaborn Panel 1989 – 1998 ONDRAF 2001 Act of Parliament

1991 Nuclear Fuel Act 2002 Ministers commitment

2006

Appraisals

> Need to include publics < Focus on GD

> Comparing all existing Options

> Comparing three possible Options

I.  Deep geological disposal

II.  Storage on nuclear sites

III.  Centralized Storage (above or below)

> Comparing three possible Options

I.  Deep geological disposal

II.  Storage above ground

III.  Partitioning/Transmutation of

long-life elements

> Need to include publics > Studying other options > Need of independent agencies

(8)

Art of government since 90’s: succession of

appraisals towards an political decision on the option

OPECST 1996, 2001, 2005 NWMO 2002 – 2005 ONDRAF 2006-2011 CEN 1996, 2005 CNDP 2005 Consensus conference 2009 < GD < GD with reversibility Publics consultations 2009 GD with reversibility P/T as alternative for futures wastes < GD > Eternal storage above the ground

GD with Procedural conditions “adaptive phase management” > Several options

(9)

Art of government in France and in Canada

:

political decision on the option as closing up moment

Act of Parliament 2006 Federal Commitment 2007 NO commitment < Geological disposal as Preferred option

BUT with Adaptive Phase Management < Geological disposal as

preferred option

BUT with reversibility & keep going partitioning/ transmutation researches

“APM allows flexibility in the pace and manner of implementation through phased decision making” (NWMO 2005)

“ (…) to select the technical safest option and at the same time keep choices

(10)

Discussion - Conclusions

Both Canadian and French made

closing

up

commitment

Neither closing down, nor opening up

GD = the chosen option (

closing of

the options)

&

[reversibility] or [APM] = negotiations spaces

(

opening of

new possibilities)

The closing is made possible

because of

the

(11)

Discussion - Conclusions

Closing

up

as new strategy to move forward

with HLRW

The “up” as a way to legitimate the already-chosen

option

It’s a strategic instrument to sustain continuity of

the program provided by NWM actors (giving

partially “the right to shape” decision)

Underestimating performative effect of the

(12)

Thanks for your attention!

(13)

Ministries (Ecole Mines) GVT Wastes producers EDF, AREVA et CEA ANDRA 1979&1991 ASN 2006 IRSN Ministries and GVT Wastes producers Electrabel, SCK-CEN ONDRAF 1981 AFCN 1994 Bel V Belgium Francee

Classical actors of NWM

« nuclear establishment »

(inspired by Durant 2009

)

Ministries and GVT Wastes producers OPG, NB, Hydro Q, AECL NWMO 2002 CNSC 2000 (AECB 1946) Canada

(14)
(15)

NWMO’s consultations

Références

Documents relatifs

In addition, the IAEA Programme for the Development of Safeguards for the Final Disposal of Spent Fuel in Geological Repositories (SAGOR) was active from 1994 to 1998 and developed

— Many disposal concepts have inherent provisions for retrievability (e.g. long lived containers, removable backfill) and some concepts include specific design provisions (e.g.

The principles of radioactive waste management were taken into account in the formulation of the objectives and criteria for protection to apply in the development, operation

A variety of bronze and especially copper artefacts that were found in ancient soil layers were investigated for their corrosion behaviour, because copper is considered as one of the

Geological repositories have the greatest potential for ensuring the highest level of waste isolation, and are considered applicable to the disposal of the most demanding categories

Various compositions of chemically toxic materials constitute LILW from different nuclear energy sectors, and they can be categorised into five waste types, namely: aqueous

The work on the common framework for the disposal of all types of radioactive waste has highlighted (if not necessarily resolved) some key issues, such as the meaning of providing

Early in a repository development programme, decisions to select a site, to go ahead with construction and to emplace waste in the repository will have been based in part on