Matches in SemOpenAlex for { <https://semopenalex.org/work/W4379616650> ?p ?o ?g. }
- W4379616650 endingPage "955" @default.
- W4379616650 startingPage "946" @default.
- W4379616650 abstract "Abstract In order to improve CO 2 capture, utilization and storage (CCUS) to solve carbon emission, sandstone from the Triassic Liujiagou Formation (LF) from the Ordos Basin in China was investigated using permeability tests and computed X‐ray tomography (CT) scanning. The presence of reactive minerals within the geological CO 2 sequestration target storage formation can allow reaction with injected CO 2 , which changes the porosity and permeability of the LF beds, affecting storage effectiveness. To investigate the effect of chemical reactions on the pore structure and permeability of sandstone cores representing the LF CO 2 storage, tests were conducted to analyze the changes in porosity and permeability of sandstone cores induced by CO 2 ‐saturated brine at different reaction times (28‐day maximum reaction period). Porosity and permeability of the sandstone increased after reaction with CO 2 ‐saturated brine due to mineral dissolution. The sandstone exhibited an increase in porosity and permeability after 15 days of reaction with CO 2 ‐saturated brine. Moreover, there was an increase in the volume of large pores in the sandstone after the 28‐day period. The pore network of the sandstone was established through CT results, and the porosity calculated based on the obtained pore network was close to that measured in the test, demonstrating the feasibility to use CT to study the evolution of the microstructure of sandstone after long‐time exposure to CO 2 ‐saturated brine." @default.
- W4379616650 created "2023-06-08" @default.
- W4379616650 creator A5001906242 @default.
- W4379616650 creator A5002977717 @default.
- W4379616650 creator A5016215371 @default.
- W4379616650 creator A5036237500 @default.
- W4379616650 creator A5043927552 @default.
- W4379616650 creator A5059846691 @default.
- W4379616650 creator A5078652209 @default.
- W4379616650 creator A5087645217 @default.
- W4379616650 creator A5087935146 @default.
- W4379616650 date "2023-06-01" @default.
- W4379616650 modified "2023-10-08" @default.
- W4379616650 title "Computed X‐ray Tomography Investigation of Porosity and Permeability of the Liujiagou Formation Sandstone Exposed to CO<sub>2</sub>‐Saturated Brine" @default.
- W4379616650 cites W1569252487 @default.
- W4379616650 cites W1840410085 @default.
- W4379616650 cites W1965453780 @default.
- W4379616650 cites W1970831591 @default.
- W4379616650 cites W1977411998 @default.
- W4379616650 cites W1979094478 @default.
- W4379616650 cites W1985499900 @default.
- W4379616650 cites W1995644052 @default.
- W4379616650 cites W1995861617 @default.
- W4379616650 cites W2015036254 @default.
- W4379616650 cites W2019685842 @default.
- W4379616650 cites W2032702254 @default.
- W4379616650 cites W2033253506 @default.
- W4379616650 cites W2035399773 @default.
- W4379616650 cites W2045581122 @default.
- W4379616650 cites W2064572976 @default.
- W4379616650 cites W2073972979 @default.
- W4379616650 cites W2075703722 @default.
- W4379616650 cites W2075979591 @default.
- W4379616650 cites W2096448377 @default.
- W4379616650 cites W2313154769 @default.
- W4379616650 cites W2323617339 @default.
- W4379616650 cites W2345572503 @default.
- W4379616650 cites W2515171631 @default.
- W4379616650 cites W2520117624 @default.
- W4379616650 cites W2551195070 @default.
- W4379616650 cites W2562464181 @default.
- W4379616650 cites W2609176040 @default.
- W4379616650 cites W2648245090 @default.
- W4379616650 cites W2749099858 @default.
- W4379616650 cites W2749590476 @default.
- W4379616650 cites W2753904498 @default.
- W4379616650 cites W2765454828 @default.
- W4379616650 cites W2772426503 @default.
- W4379616650 cites W2791493500 @default.
- W4379616650 cites W2802037088 @default.
- W4379616650 cites W2884628027 @default.
- W4379616650 cites W2889080838 @default.
- W4379616650 cites W2896579505 @default.
- W4379616650 cites W2905222637 @default.
- W4379616650 cites W2917491640 @default.
- W4379616650 cites W2919805203 @default.
- W4379616650 cites W2923077062 @default.
- W4379616650 cites W2940137314 @default.
- W4379616650 cites W2972825732 @default.
- W4379616650 cites W2980756425 @default.
- W4379616650 cites W2986977925 @default.
- W4379616650 cites W2993374918 @default.
- W4379616650 cites W3003462896 @default.
- W4379616650 cites W3010562629 @default.
- W4379616650 cites W3011701070 @default.
- W4379616650 cites W3015586919 @default.
- W4379616650 cites W3046664898 @default.
- W4379616650 cites W3075387111 @default.
- W4379616650 cites W3081275211 @default.
- W4379616650 cites W3086336881 @default.
- W4379616650 cites W3093386355 @default.
- W4379616650 cites W3103326094 @default.
- W4379616650 cites W3139753700 @default.
- W4379616650 cites W3158448048 @default.
- W4379616650 cites W3159363353 @default.
- W4379616650 cites W3170742836 @default.
- W4379616650 cites W3171213142 @default.
- W4379616650 cites W3178332065 @default.
- W4379616650 cites W3199398188 @default.
- W4379616650 cites W3208612000 @default.
- W4379616650 cites W4223909234 @default.
- W4379616650 cites W4224065875 @default.
- W4379616650 cites W4244346666 @default.
- W4379616650 cites W4280603173 @default.
- W4379616650 cites W4287729829 @default.
- W4379616650 cites W4290635588 @default.
- W4379616650 cites W4293100552 @default.
- W4379616650 cites W4300862642 @default.
- W4379616650 cites W4315474737 @default.
- W4379616650 cites W659286586 @default.
- W4379616650 doi "https://doi.org/10.1111/1755-6724.15083" @default.
- W4379616650 hasPublicationYear "2023" @default.
- W4379616650 type Work @default.
- W4379616650 citedByCount "0" @default.
- W4379616650 crossrefType "journal-article" @default.
- W4379616650 hasAuthorship W4379616650A5001906242 @default.
- W4379616650 hasAuthorship W4379616650A5002977717 @default.
- W4379616650 hasAuthorship W4379616650A5016215371 @default.