This formation is proposed by the brand Alliance4Training
Training - CO2 geological storage: risks & THMC processes
This training provides participants with a comprehensive and practice-oriented understanding of CO₂ geological storage, with a strong focus on risk assessment and on the role of coupled Thermo–Hydro–Chemical–Mechanical (THMC) processes. The course addresses the full technical workflow of a CO₂ storage project, from fluid properties and injection behavior to long-term containment, seal and fault integrity, pressure management and uncertainty-driven risk evaluation
Training - CO2 geological storage: risks & THMC processes
For whom ?
Ingénieurs et techniciens du secteur pétrolier (forage, complétion, production) et parapétrolier dont les activités sont en liaison avec l'abandon et bouchage des puits (P&A)
Aucun prérequis n'est nécessaire pour suivre cette formation
Objectives
- Distinguer les différents types de bouchage des puits (temporaire, permanent)
- Reconnaitre les procédures de design et des opérations de bouchage des puits
- Identifier les éléments de barrières et leur validation
- Apprécier le rôle des personnels chargés des opération P&A
Les apprenants seront capables de mettre en œuvre les compétences suivantes :
Program
Pedagogy
Assessment of achievements
More information
Expected skills
- Carry out technical/economic studies
- Master methods
- Master techniques and tools
Training - CO2 geological storage: risks & THMC processes
This training provides participants with a comprehensive and practice-oriented understanding of CO₂ geological storage, with a strong focus on risk assessment and on the role of coupled Thermo–Hydro–Chemical–Mechanical (THMC) processes. The course addresses the full technical workflow of a CO₂ storage project, from fluid properties and injection behavior to long-term containment, seal and fault integrity, pressure management and uncertainty-driven risk evaluationThis training provides participants with a comprehensive and practice-oriented understanding of CO₂ geological storage, with a strong focus on risk assessment and on the role of coupled Thermo–Hydro–Chemical–Mechanical (THMC) processes. The course addresses the full technical workflow of a CO₂ storage project, from fluid properties and injection behavior to long-term containment, seal and fault integrity, pressure management and uncertainty-driven risk evaluation
| Modality: Face-to-face only |
To French entities: IFP Training is referenced to DataDock ; you may contact your OPCO about potential funding.
Please contact our disabled persons referent to check the accessibility of this training program: [email protected]