| Autor: |
Vieira, Daniel P., Fonseca, Ícaro A., Nishimoto, Kazuo, Assi, Gustavo R. S., Gaspar, Henrique M., Rhodes, Donna H. |
| Zdroj: |
Systems Engineering; July 2024, Vol. 27 Issue: 4 p641-662, 22p |
| Abstrakt: |
With the demand to reduce the release of CO2$_2$‐rich gases into the atmosphere, the offshore industry is turning to systems for gas capture and storage. The construction of a cave for that purpose is planned in the salt layer of the Santos Basin, Brazil; however, numerous factors bring uncertainties to the project. We propose combining systems engineering methods and digital twin technology to enable system concept and execution aiming at value robustness. The system is modeled in mission, subsystems, components, and design attributes. System utilities and costs are estimated for a range of viable solutions based on the relevance of each attribute to the stakeholders. The alternatives are evaluated using the Epoch‐Era Analysis framework for analyzing the system's performance over time in changing future scenarios. The system model also outlines a digital twin concept and identifies how it might support salt cave design and operations. Finally, the potential of tuning and improving system evaluation based on gathered data is examined, and measures toward further digital twin development are recommended. |
| Databáze: |
Supplemental Index |
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