Abstract
Abstract The purpose of this study is to apply the performance assessment process, using the experimental design theory and the response surface methodology, to the Buracica field in order to evaluate the suitability level of the method for establishing the practicability of CO2 geological storage. The work reported here concerns the modelling of the CO2 behaviour within the reservoir and its burdens over the next 1,000 years without taking into account the possible geochemical and geomechanical impact. The first step of this study was to simulate the CO2 injection phase using a compositional model. The second step consisted in establishing future risk scenarios which represent the possible flow and fate of CO2. They concern damaged wells, the cap rock features and the North fault conductivity.
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