Abstract

The FP7-funded SiteChar project examined the entire CO 2 geological storage site characterisation process, from the initial feasibility studies through to the final stage of application for a CO 2 storage permit based on criteria defined by the relevant European legislation. The SiteChar workflow for CO 2 geological storage site characterisation provides a description of all elements of a site characterisation study, as well as guidance to streamline the site characterisation process and make sure that the output covers the aspects mentioned in the European Community (EC) Storage Directive. Five potential European storage sites, representative of prospective geological contexts, were considered as test sites for the research work: a North Sea multi-store site (hydrocarbon field and aquifer) offshore Scotland; an onshore aquifer in Denmark; an onshore gas field in Poland; an aquifer offshore in Norway; and an aquifer in the Southern Adriatic Sea. This portfolio combines complementary sites that allowed to encompass the different steps of the characterisation workflow. A key innovation was the development of internal ‘dry-run’ permit applications at the Danish and Scottish sites and their review by relevant regulatory authorities. This process helped to refine the site characterisation workflow, and aimed to identify remaining gaps in site-specific characterisation, needed to secure storage permits under the EC Storage Directive as implemented in ‘host’ Member States. SiteChar considered the important aspect of the public awareness and public opinions of these new technologies, in parallel to technical issues, on the onshore Polish and offshore Scottish sites. A new format to assist public opinion-forming processes was tested involving a small sample of local communities. Generic as well as site-specific information was made available to the general and local public via the internet and at information meetings. These exercises provide insight in the way implementation of CCS project plans may be perceived by local stakeholders, and inform approaches to develop effective local communication and participation strategies. Key lessons from the research conducted in SiteChar were developed as technical recommendations for storage site characterisation and best practice guidance for storage permitting from the perspective of both applicant and regulator. A best practice guide for policymakers and regulators at Member States and European levels, potential storage site developers and operators has been presented. © F. Delprat-Jannaud et al.

Highlights

  • Even if Carbon Capture and Storage (CCS) is recognised as a critical component of a coherent portfolio of low-carbon technologies, it is clear that the development of CCS projects has been slower than expected

  • SiteChar has extended and tested standard site characterisation workflows (Chadwick et al, 2008; NETL, 2010; DNV, 2010) on the basis of criteria defined by the relevant European legislation so as to establish a methodological guide for characterisation of CO2 storage complexes for use by storage site operators and regulatory bodies

  • The SiteChar guide is based on testing of the site characterisation workflow at a set of representative sites in Europe suitable for CO2 storage

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Summary

Kalaydjian

531 > SiteChar – Methodology for a Fit-for-Purpose Assessment of CO2 Storage Sites in Europe. SiteChar – Une méthodologie pour une caractérisation appropriée des sites de stockage de CO2 F. Les travaux de recherche menés dans SiteChar ont porté sur cinq sites européens, présentant différents contextes géologiques potentiels pour le stockage du CO2 : un site multi-stockage de Mer du Nord (champ d’hydrocarbures et aquifère) au large des côtes d’Écosse ; un aquifère onshore au Danemark ; un champ de gaz onshore en Pologne ; un aquifère offshore en Norvège ; et un aquifère dans la Mer Adriatique Sud. Cet ensemble regroupe des sites complémentaires qui ont permis d’investiguer les différentes étapes du processus de caractérisation d’un site de stockage de CO2. Un guide de bonnes pratiques pour les décideurs et les organismes de réglementation au niveau des États membres et au niveau européen, les promoteurs et les exploitants de sites potentiels de stockage a été présenté

INTRODUCTION
SITECHAR SITES CHARACTERISATION
UK Northern North Sea Site
LESSONS LEARNT FROM THE SITECHAR SITES CHARACTERISATION
SiteChar Workflow for CO2 Storage Site Characterisation
1- Methodology for characterisation in carbonate formations
Fit-for-Purpose Characterisation Process
Geological Assessment
Hydrodynamic Modeling
Geomechanical Assessment
Geochemical Assessment
Well Integrity
Monitoring Plan
Economic Assessment of CO2 Geological Storage
2.10 SiteChar Recommended Process for Site Characterisation
ADVANCING ON PUBLIC ACCEPTABILITY
11 Design
Development and Review of ‘Dry-Run’ Storage Permit Application
Risk-Assessment-Driven Characterisation
Multidisciplinary Teams with Close Integration
Data Collection
Definition of the Storage Complex
Uncertainty Management and Communication
Discussions with Regulators to Agree Risk and Uncertainty
Permit Revisions when Necessary
Pre-Competitive Characterisation
4.10 Site Closure and the Storage Permit
CONCLUSIONS
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