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PANEL 5
DEFINING AND QUANTIFYING CCS RISK AND LIABILITY
Sandra Locke – Government of Alberta
Chiara Trabucchi – Industrial Economics
Chris Clarke – University College London
LONG TERM LIABILITY RISK: THE
         PUBLIC POLICY DIMENSION
                                           (GCCSI International Members’ Meeting
                                               Calgary, 10-11 October 2012)



                                                    CHRIS CLARKE
                                       Visiting Fellow, Carbon Capture Legal Programme, Faculty of Laws




University College London
Centre for Law and the Environment, Bentham House
Endsleigh Gardens
London WC1H 0EG
Tel: +44 (0)20-8348 5589 (Dir); +44 (0)20-7679 1504 (Centre)
email: chris.clarke@ucl.ac.uk
www.ucl.ac.uk/cclp
Multiple liability regimes
• first tier:
   – CCS laws & regulations
       •   site selection/construction, operation, post-injection care
       •   remedial action in cases of leakage or significant irregularity
       •   financial security + financial contribution
       •   specified obligations under associated laws
              – emissions allowances/credits
              – wider clean-up duties

• second tier:
   – liability/clean-up rules under other laws
       • contaminated land, water pollution, waste, nature conservation
   – civil/common law liability
       • personal injury, property damage + some economic loss
Transfer of responsibility
• a major concession, but not unlimited
• transfer conditions & tests
   – closure/removal/reclamation + financial contribution
   – permanent containment, absence of leaks, trend towards stability
• limits to transfer
   – covers all obligations under CCS & associated laws, but
   – liability continues under other regimes unless expressly specified
• fault clause & grounds for re-opening
   – ambiguous standards (negligence, deficient data, etc)
   – in extremis?
• unresolved issues/incomplete remediation
Moving goalposts
• with long timescales, the rules will change
  – standards in 2040, 2050 or 2070 will not be the same as today
  – those standards will determine future obligations, eg:
      • how much remediation operator has to do
      • how stringent the transfer conditions are
  – development risk + regulatory risk
• government commitments have a limited life
  – legal rules an important constraint, but not absolute in long run
  – science changes, political mood changes ⇒ govts have to react
• liability burden also about (future) public policy
• need strategy & mechanisms to manage that risk
  – promote excellence, maximise self-regulation, protect goodwill
Three key factors
• performance
  – less damage ⇒ less liability (!)
  – confirmation that CCS works
      • the technical safety case is correct, the risks are minimal
  – not just operator’s own site(s) - also CCS worldwide
• reputation
  – a valued contribution to climate change mitigation/env goals
  – despite changes in scientific understanding
  – public confidence, despite changing political priorities
• harm
  – scale/seriousness if it occurs: manageable mishaps v major events
  – effectiveness of detection & response action
  – never underestimate the consequences of a serious event
Insurance/financial security
• perfectly sensible idea, if implemented reasonably
  – protect the environment & the taxpayer/ensure obligations are met
• policy muddle (in some jurisdictions?)
  – needs to be taken more seriously at legislative/policy stage
  – history of regulatory failures & problems
• potential roadblock to CCS deployment
• need to be clear about:
  –   the purpose: what is it for? what is it supposed to achieve?
  –   the amount: how much security is needed? how is that calculated?
  –   capacity: how much is possible, by various means?
  –   technical & legal constraints: financial services law, insolvency, etc
• not a panacea or a magic wand
Financial security: suggestions
• helpful to make three distinctions:
   – technical v. political issues
   – unavoidable obligations v. contingent liability risks
   – risk transfer v. non-risk transfer products
• the amount is fundamental
   – very large amounts may require radical/collective solutions
• some discounting for probability is inevitable
• all options should be on the table
   – individual provision, phasing, pooling mechanisms, financial tests
   – different solutions for different jurisdictions
• emissions allowance risk a special problem
• financial services expertise is essential

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Global CCS Institute - Day 2 - Panel 5 - Defining and Quantifying CCS Risk and Liability

  • 1. PANEL 5 DEFINING AND QUANTIFYING CCS RISK AND LIABILITY Sandra Locke – Government of Alberta Chiara Trabucchi – Industrial Economics Chris Clarke – University College London
  • 2. LONG TERM LIABILITY RISK: THE PUBLIC POLICY DIMENSION (GCCSI International Members’ Meeting Calgary, 10-11 October 2012) CHRIS CLARKE Visiting Fellow, Carbon Capture Legal Programme, Faculty of Laws University College London Centre for Law and the Environment, Bentham House Endsleigh Gardens London WC1H 0EG Tel: +44 (0)20-8348 5589 (Dir); +44 (0)20-7679 1504 (Centre) email: chris.clarke@ucl.ac.uk www.ucl.ac.uk/cclp
  • 3. Multiple liability regimes • first tier: – CCS laws & regulations • site selection/construction, operation, post-injection care • remedial action in cases of leakage or significant irregularity • financial security + financial contribution • specified obligations under associated laws – emissions allowances/credits – wider clean-up duties • second tier: – liability/clean-up rules under other laws • contaminated land, water pollution, waste, nature conservation – civil/common law liability • personal injury, property damage + some economic loss
  • 4. Transfer of responsibility • a major concession, but not unlimited • transfer conditions & tests – closure/removal/reclamation + financial contribution – permanent containment, absence of leaks, trend towards stability • limits to transfer – covers all obligations under CCS & associated laws, but – liability continues under other regimes unless expressly specified • fault clause & grounds for re-opening – ambiguous standards (negligence, deficient data, etc) – in extremis? • unresolved issues/incomplete remediation
  • 5. Moving goalposts • with long timescales, the rules will change – standards in 2040, 2050 or 2070 will not be the same as today – those standards will determine future obligations, eg: • how much remediation operator has to do • how stringent the transfer conditions are – development risk + regulatory risk • government commitments have a limited life – legal rules an important constraint, but not absolute in long run – science changes, political mood changes ⇒ govts have to react • liability burden also about (future) public policy • need strategy & mechanisms to manage that risk – promote excellence, maximise self-regulation, protect goodwill
  • 6. Three key factors • performance – less damage ⇒ less liability (!) – confirmation that CCS works • the technical safety case is correct, the risks are minimal – not just operator’s own site(s) - also CCS worldwide • reputation – a valued contribution to climate change mitigation/env goals – despite changes in scientific understanding – public confidence, despite changing political priorities • harm – scale/seriousness if it occurs: manageable mishaps v major events – effectiveness of detection & response action – never underestimate the consequences of a serious event
  • 7. Insurance/financial security • perfectly sensible idea, if implemented reasonably – protect the environment & the taxpayer/ensure obligations are met • policy muddle (in some jurisdictions?) – needs to be taken more seriously at legislative/policy stage – history of regulatory failures & problems • potential roadblock to CCS deployment • need to be clear about: – the purpose: what is it for? what is it supposed to achieve? – the amount: how much security is needed? how is that calculated? – capacity: how much is possible, by various means? – technical & legal constraints: financial services law, insolvency, etc • not a panacea or a magic wand
  • 8. Financial security: suggestions • helpful to make three distinctions: – technical v. political issues – unavoidable obligations v. contingent liability risks – risk transfer v. non-risk transfer products • the amount is fundamental – very large amounts may require radical/collective solutions • some discounting for probability is inevitable • all options should be on the table – individual provision, phasing, pooling mechanisms, financial tests – different solutions for different jurisdictions • emissions allowance risk a special problem • financial services expertise is essential