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Tags: CO–CH water alternating gas

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Compositional modeling with formation damage to investigate the effects of CO2–CH4 water alternating gas (WAG) on performance of coupled enhanced oil recovery and geological carbon storage

This study develops an integrative simulation model of a water alternating gas (WAG) process that co-injects carbon dioxide (CO2) and methane (CH4)–CO2–CH4 WAG—for formation damage caused by asphaltene deposition in an oil reservoir. The influences…

Tags: Asphaltenes, Carbon capture, Carbon capture and storage, Carbon dioxide, CO–CH water alternating gas, Deposition, Digital storage, Enhanced oil recovery, Enhanced recovery, Gases, Global warming, Petroleum reservoir engineering, Petroleum reservoirs, Solubility

Compositional modeling with formation damage to investigate the effects of CO2–CH4 water alternating gas (WAG) on performance of coupled enhanced oil recovery and geological carbon storage

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