Transferring responsibility of CO22 storage sites to the competent authority following site closure
article
The requirements for pre-qualii’ying a site for C02 storage are well developed. Less attention bas been paid to rehearsing and
preparing for the transfer of responsibility of the storage site from the operator to a govemmental authority following closure of
the site at the end of the injection period. This is not surprising because the industry is in its infancy and most effort has been
focussed on working towards the early stages of the various projects.
A procedure for complying to the regulatory requirements for the transport of responsibility in the CCS Directive bas been
proposed, which consists of a chart with Site Closure Milestones and a traffic light system for treating irregularities in observed
behaviour of the storage site, and accompanying criteria. The procedure was successfully tested on the K12-B C02 injection
pilot. Conclusions have been drawn on the basis of several dry runs for reporting the requirements for transfer of responsibility
including feedback from operators and regulators
preparing for the transfer of responsibility of the storage site from the operator to a govemmental authority following closure of
the site at the end of the injection period. This is not surprising because the industry is in its infancy and most effort has been
focussed on working towards the early stages of the various projects.
A procedure for complying to the regulatory requirements for the transport of responsibility in the CCS Directive bas been
proposed, which consists of a chart with Site Closure Milestones and a traffic light system for treating irregularities in observed
behaviour of the storage site, and accompanying criteria. The procedure was successfully tested on the K12-B C02 injection
pilot. Conclusions have been drawn on the basis of several dry runs for reporting the requirements for transfer of responsibility
including feedback from operators and regulators
Topics
TNO Identifier
521794
Source
Energy Procedia, 63, pp. 6705-6716.
Pages
6705-6716