March 11, 2024International Journal of Environment and Climate ChangeOpen Access

Reservoir Static Modelling towards Safe CO2 Storage in Depleted Oil Reservoirs of ‘CRK’ Field, Niger Delta, Nigeria

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Authors

UMU. U. MkpeseUniversity of Port Harcourt GEGodwin Omokenu EmujakporueUniversity of Port Harcourt ASA. O. SofolaboUniversity of Port Harcourt

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Implication

Static modelling reveals effective carbon dioxide storage capacity in depleted reservoir sands, highlighting high suitability for permanent geological containment.

Key Points

Depleted reservoir sands exhibit high suitability for geological carbon storage, confirming substantial potential for long-term subsurface carbon containment.
Theoretical storage capacity reaches 24.85 Mt across both zones, while static modelling establishes a median effective storage capacity of 6.22 Mt.
Static modelling with 3D seismic data effectively resolves reservoir permeability, establishing critical baseline properties to enable dynamic simulations.

Cite This Study

Mkpese et al. (2024) studied this question.

synapsesocial.com/papers/68e74937b6db6435876c1b41 https://doi.org/10.9734/ijecc/2024/v14i34048

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Implication

Static modelling reveals effective carbon dioxide storage capacity in depleted reservoir sands, highlighting high suitability for permanent geological containment.

Reservoir Static Modelling towards Safe CO2 Storage in Depleted Oil Reservoirs of ‘CRK’ Field, Niger Delta, Nigeria

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Key Points

Cite This Study

Reservoir Static Modelling towards Safe CO2 Storage in Depleted Oil Reservoirs of ‘CRK’ Field, Niger Delta, Nigeria

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Implication

Key Points

Cite This Study

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