Fighting global warming safely

The MiReCOL project is funded by the European
Community's Seventh Framework Programme (ENERGY.2013.5.2.1) under grant agreement
n° 608608. The project partners acknowledge the
following funding partners for their contributions:
Statoil Petroleum AS, Shell, and ENGIE

THE PROJECT		SCIENTIFIC BLOG		EVENTS & RELEVANT SITES		PUBLICATIONS		PARTNERS

PUBLICATIONS

Scientific publications

Energy Procedia 63-2014 - Neele et. al - MiReCOL: developing corrective measures for CO₂ storage (pdf)
Energy Procedia 86-2016 - Durucan et al. - Polymer-gel solutions in CO₂ storage (pdf)
Energy Procedia 86-2016 - Karas et al. - Remediation of unwanted CO₂ migration in Serbia (pdf)
Energy Procedia 86-2016 - Lavrov - Dynamics of stresses and fractures in reservoir and caprock (pdf)
Energy Procedia 86-2016 - Todorovic et al. - Remediation of CO₂ leakage through annular cement (pdf)
SCA 2016-014 - Batôt et al. - Study of CO₂ foam performance in a CCS context (pdf)
SPE-180135-MS, 2016 - Mosleh et al. - Application of Polymer-Gel Solutions in Remediating Leakage in CO₂ Storage Reservoirs (website)
ARMA-2016-100, 2016 - Pizzocolo et al. - Polymer-Gel Remediation of CO2 Migration through Faults and Caprock: Numerical Simulations Addressing Feasibility of Novel Approaches (website)
EAGE 2016 - Wagner et al. - Insights on CO₂ Migration Based on a Multi-physical Inverse Reservoir Modeling Framework (website)
Journal of Petroleum Exploration and Production Technology, Vol. 7(1) - Lavrov - Fracture permeability under normal stress: a fully computational approach (pdf)
Energy Procedia, in press-2017 - Antropov et al. - Effect of in-situ stress alterations on flow through faults and fractures in the cap rock
Energy Procedia, in press-2017 - Batôt et al. - Reducing CO2 flow using foams
Energy Procedia, in press-2017 - Bossie-Codreanu et al. - Study of N₂ injection as a mean to improve storage safety
Energy Procedia, in press-2017 - Bossie-Codreanu - Remediation processes using a dimensionless classification of potential storage sites
Energy Procedia, in press-2017 - Brunner et al. - MiReCOL – a handbook and web tool of remediation and corrective actions for CO₂ storage sites
Energy Procedia, in press-2017 - Fleury et al. - A silicate based process for plugging the near well bore formation
Energy Procedia, in press-2017 - Govindan et al. - The assessment of CO₂ backproduction as a technique for potential leakage remediation at the Ketzin pilot site in Germany
Energy Procedia, in press-2017 - Korre et al. - Assessment of the effectiveness of corrective measures for CO₂ storage risk mitigation and remediation
Energy Procedia, in press-2017 - Loeve et al. - Diversion of CO₂ to nearby reservoir compartments for remediation of unwanted CO₂ migration
Energy Procedia, in press-2017 - Mosleh et al. - Development and characterisation of a smart cement for CO₂ leakage remediation at wellbores
Energy Procedia, in press-2017 - Mosleh et al. - The use of polymer-gel remediation for CO₂ leakage through faults and fractures in the caprock
Energy Procedia, in press-2017 - Peters et al. - Accelerating dissolution of CO₂ in brine by enhancing convective mixing as a potential remediation option
Energy Procedia, in press-2017 - Wasch et al. - Mitigating CO₂ leakage by immobilizing CO₂ into solid reaction products
Energy Procedia, in press-2017 - Wilkinson et al. - MiReCOL: Remediation of shallow leakage from a CO₂ storage site
SPE-185766-MS, in review, 2017 - Pizzocolo et al. - Feasibility of novel techniques to mitigate or remedy CO₂ leakage

Project reports

These are the reports describing research results of the MiReCOL project.

Ensuring safe, reliable, and controllable CO₂ storage