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Carbon capture and utilization with supercritical CO2 foam (T02-P05-LBP1)

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Carbon capture and utilization with supercritical CO2 foam (T02-P05-LBP1)

Phase:	Theme
Theme:	Carbon CUS (T02)
StatusStatut:	Active
Start DateDate de début:	2025-01-01
End DateDate de fin:	2026-08-31
Principal Investigator
Tsai, P Amy

Aperçu de Project Overview

This project focuses on improving oil recovery and carbon storage by utilizing supercritical CO2 foam in enhanced oil recovery (EOR). While CO2 foam has shown improved oil recovery due to its increased viscosity, its interactions with oil under high-pressure reservoir conditions are not well understood. To address this gap, the research will use custom-designed microfluidic chips for high-pressure testing and visualization. These chips will allow for the study of CO2 foam stability in the presence of oil and its efficiency in recovering oil under varying conditions, such as different pressures and surfactant types. By improving our understanding of foam dynamics at the pore scale, this work seeks to optimize CO2 foam performance for both oil recovery and carbon storage.

Outputs

Title	Category	Date	Authors
Alberta Graduate Excellence Scholarship (AGES)	Award	2025-11-14	Junyi Yang
Donald Lougheed Engineering Graduate Scholarship	Award	2025-09-10	Junyi Yang
William Boytzun Memorial Graduate Scholarship	Award	2025-09-15	Junyi Yang
Microfluidic investigation on supercritical CO2 transport University of Alberta	Activity	2025-06-26	Junyi Yang, Tsai Hsing Ho, Tsai, P.
Supercritical CO2 Foam Improves Oil Recovery in Dual-Permeability Microfluidics University of Alberta	Activity	2026-04-27	Junyi Yang, Tsai, P.
Microfluidic Determination of Minimum Miscibility Pressure (MMP) in Dynamic CO2/n-Decane Flow University of Alberta	Publication	2026-03-18	Junyi Yang, Tsai, P.

Retrieved from "https://forum.futureenergysystems.ca/index.php/T02-P05-LBP1:Main"

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