@article {39821,
	title = {A perspective on fluid dynamics and geochemistry coupling in geologic CO2 storage: key reactions, reactive transport modeling, and upscaling methods},
	journal = {Gas Science and Engineering},
	volume = {130},
	year = {2024},
	abstract = {Understanding the complicated fluid dynamics and geochemistry coupling behaviors is the key to enhance CO2\&nbsp;storage efficiency and minimize the risks of leakage and mechanical failure in geologic CO2\&nbsp;storage (GCS) reservoirs. This review paper aims to discuss recent research advances associated with fluid dynamics and geochemistry coupling in GCS systems. Four research areas, i.e., flow-induced enhancement of mineral dissolution and precipitation, advanced imaging techniques based on digital core analysis techniques, advances in reactive transport modeling, and upscaling approaches from pore-scale to reservoir-scale, are covered by this review. Based on a comprehensive discussion on the research advances in the aforementioned research areas, current challenges and future research needs of fluid dynamics and geochemistry coupling in geologic CO2\&nbsp;storage are highlighted. Finally, this review discusses how the research in fluid dynamics and geochemistry coupling can help in developing sustainable geologic CO2\&nbsp;storage strategies that can contribute to achieving carbon neutrality goals.},
	url = {https://www.sciencedirect.com/science/article/pii/S2949908924002176},
	author = {Yue Yin and Zhang, Liwei and Deng, Hang and Yan Wang and Haibin Wang}
}
