Dissolution-driven convection of low solubility fluids in porous media

Li, Qian; Lin, Zijie; Cai, Wei Hua; Chen, Ching-Yao; Meiburg, Eckart

doi:10.1016/j.ijheatmasstransfer.2023.124624

International Journal of Heat and Mass Transfer

2023

DOI: 10.1016/j.ijheatmasstransfer.2023.124624

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Dissolution-driven convection of low solubility fluids in porous media

Qian Li,

Zijie Lin,

Wei Hua Cai

et al.

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2023

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Dissolution of Porous Media and Underground Cavities: A Multi-Scale View

Guo

2023

Transport Perspectives for Porous Medium Applications

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To better understand the dissolution of porous media and underground cavities is very important in various applications. In this chapter, pore-scale dissolution model, which involves thermodynamic equilibrium or nonlinear reactive boundary conditions, is upscaled into Darcy-scale using the method of volume averaging. In the Darcy-scale model, several effective parameters are employed to describe the average behaviors of the pore-scale features, and they can be obtained by solving specific closure problems. The developed Darcy-scale model is validated by taking the dissolution of a gypsum pillar as an example. The results show that when Péclet and Reynolds number are within the assumptions to apply volume averaging, computation results using Darcy-scale model agree very well with direct numerical simulations. However, when they go beyond certain limits, 3D effects have to be taken into consideration.

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Dissolution of Porous Media and Underground Cavities: A Multi-Scale View

Guo

2023

Transport Perspectives for Porous Medium Applications

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show abstract

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Dissolution-driven convection of low solubility fluids in porous media

Cited by 1 publication

References 49 publications

Dissolution of Porous Media and Underground Cavities: A Multi-Scale View

Dissolution of Porous Media and Underground Cavities: A Multi-Scale View

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