Permeability Characterization and Its Correlation with Pore Microstructure of Stress-Sensitive Tight Sandstone: Take Chang 6 in Ordos Basin for Example

Tight reservoirs are sensitive to stress changes during fracturing and oil and gas production. Facing different production modes, the variation characteristics of rock permeability and pore structure need to be further clarified. In this study, using a self-built high temperature and pressure physic...

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Published inGeofluids Vol. 2022; pp. 1 - 16
Main Authors Chang, Yilin, Yang, Zhengming, Zhang, Yapu, Niu, Zhongkun, Chen, Xinliang
Format Journal Article
LanguageEnglish
Published Chichester Hindawi 12.12.2022
John Wiley & Sons, Inc
Wiley
Subjects
Compression
Crude oil
Cyclic loading
Cyclic loads
Damage
Deformation
Gas production
High temperature
Load distribution
Loading rate
Membrane permeability
Microstructure
Natural gas
NMR
Nuclear magnetic resonance
Oil and gas production
Permeability
Physical simulation
Pore size
Pressure
Repeated loading
Rocks
Salinity
Sandstone
Sedimentary rocks
Seepage
Working conditions
China
Ordos Basin
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Abstract Tight reservoirs are sensitive to stress changes during fracturing and oil and gas production. Facing different production modes, the variation characteristics of rock permeability and pore structure need to be further clarified. In this study, using a self-built high temperature and pressure physical simulation device and NMR equipment, the influence of the stress loading method, cyclic loading, and loading rate on rock permeability and pore characteristics were analyzed, and the relationship between them was clarified. The permeability sensitivity under variable confining pressure (63.3%) was greater than that of variable flow pressure (46.4%). The damage rate decreased with repeated loading (63.3%-35.8%) and increased loading rate (53.1%-42.3%). As for the pore features, when the net stress increased, the volume variation range of micropores was greater than that of mesopores. The damage rate of permeability (63.3%) was obviously larger than that of pore volume (10.4%). The slope of the fitted curve of permeability and pore volume decreased evidently with loading times. The structure deformation of rock skeleton and the migration of cement had a great influence on permeability in the first loading. Later, it was mainly the bulk deformation of rock particles, the particles’ contact surface increasing and the seepage space shrinking slowly. Eventually, the permeability remained stable due to the limited pore compression. This study can provide a reference for designing reasonable production parameters and reducing formation damage.
AbstractList Tight reservoirs are sensitive to stress changes during fracturing and oil and gas production. Facing different production modes, the variation characteristics of rock permeability and pore structure need to be further clarified. In this study, using a self-built high temperature and pressure physical simulation device and NMR equipment, the influence of the stress loading method, cyclic loading, and loading rate on rock permeability and pore characteristics were analyzed, and the relationship between them was clarified. The permeability sensitivity under variable confining pressure (63.3%) was greater than that of variable flow pressure (46.4%). The damage rate decreased with repeated loading (63.3%-35.8%) and increased loading rate (53.1%-42.3%). As for the pore features, when the net stress increased, the volume variation range of micropores was greater than that of mesopores. The damage rate of permeability (63.3%) was obviously larger than that of pore volume (10.4%). The slope of the fitted curve of permeability and pore volume decreased evidently with loading times. The structure deformation of rock skeleton and the migration of cement had a great influence on permeability in the first loading. Later, it was mainly the bulk deformation of rock particles, the particles' contact surface increasing and the seepage space shrinking slowly. Eventually, the permeability remained stable due to the limited pore compression. This study can provide a reference for designing reasonable production parameters and reducing formation damage.
Audience Academic
Author Chang, Yilin
Zhang, Yapu
Yang, Zhengming
Niu, Zhongkun
Chen, Xinliang
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CitedBy_id crossref_primary_10_3390_app15031169
crossref_primary_10_1016_j_jobe_2024_111452
crossref_primary_10_1016_j_conbuildmat_2023_132455
crossref_primary_10_3390_pr11113153
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SubjectTerms Compression
Crude oil
Cyclic loading
Cyclic loads
Damage
Deformation
Gas production
High temperature
Load distribution
Loading rate
Membrane permeability
Microstructure
Natural gas
NMR
Nuclear magnetic resonance
Oil and gas production
Permeability
Physical simulation
Pore size
Pressure
Repeated loading
Rocks
Salinity
Sandstone
Sedimentary rocks
Seepage
Working conditions
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Title Permeability Characterization and Its Correlation with Pore Microstructure of Stress-Sensitive Tight Sandstone: Take Chang 6 in Ordos Basin for Example
URI https://dx.doi.org/10.1155/2022/3334658
https://www.proquest.com/docview/2758025314
https://doaj.org/article/a8fd1bb8404e4b6c818f2d9c96bcd6a5
Volume 2022
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