Vol. 18 No. 3 (2025): December

Cover image by Chengdong Yuan on pages 272–286. The image illustrates encapsulated surfactants for enhanced oil recovery, featuring silica nanocarrier-assisted surfactant delivery in porous media. Controlled surfactant release from silica carriers reduces adsorption while enabling synergistic effects at the oil–water–rock interface through the co-presence of released surfactants and silica nanoparticles. This enhances interfacial and wetting performance and improves displacement efficiency during chemical enhanced oil recovery.

Published: 2025-12-25

Articles

Influence of thermodynamic and stress conditions in saline aquifers on CO₂ drainage: Optimization of CO₂ storage and energy recovery

Mengqiu Yan, Zhao Lu, Xin Yang, Jia-nan Zheng, Lizhong Wang, Yi Hong

207-217
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Prediction of proppant accumulation morphology in coal reservoir fractures using numerical simulation and response surface approach methodology

Xuanshi Zhu, Wei Liu, Yuanlong Wei, Peiming Zhou, Yifan Wang

218-230
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Microscale interaction mechanism between shale oil and CO₂ in mixed wettability nanopores

Fengjiao Wang, Xianghao Meng, He Xu, Yipu Liang, Yikun Liu

231-241
- PDF
Pressure heterogeneity caused by fluid injection and diffusion controls occurrence of induced earthquakes

Shaobo Han, Xiaoying Zhuang, Qianlong Zhou, Wei Feng, Xiaodong Hu, Quanzhou Yao

242-256
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Multi-factorial predictive model linking acoustic characteristics with geotechnical parameters in deep-water shallow formations

Lei Li, Huanhuan Wang, Youhong Sun, Jin Yang, Dongyufu Zhang, Mingxuan Hao

257-271
- PDF
- Supplements
Novel encapsulated surfactants for enhanced oil recovery in carbonate reservoir conditions: Interfacial and wetting behavior

Arsenii Chekalov, Anastasia Ivanova, Alexey Sokolov, Gleb Sukhorukov, Alexey Cheremisin, Chengdong Yuan

272-286
- PDF
- Supplements
Digital rock physics and resistivity well logging interpretation in unconventional reservoirs: Advances and prospects

Xin Nie, Jian Song, Wei Wei, Jianchao Cai

287-290
- PDF
An in-situ low-carbon enhanced oil recovery approach applied in high viscous oil reservoir

Xiang Zhou, Jianhao Liu, Yulong Zhao, Fanhua Zeng, Qi Jiang, Liehui Zhang

291-294
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Multi-sphere interactions driven differential formation of the whole petroleum system

Tao Hu, Kouqi Liu, Zhixin Wen, Leonardo Borghi, Emmanuel John M. Carranza, Jian Zhao

295-298
- PDF
Digital rock physics and fluid flow in the context of the energy transition

Martin J. Blunt, Shuyu Sun, Marijn A. Boone, Liwei Zhang, Jianchao Cai

299-302
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Vol. 18 No. 3 (2025): December

Articles

Influence of thermodynamic and stress conditions in saline aquifers on CO₂ drainage: Optimization of CO₂ storage and energy recovery

Prediction of proppant accumulation morphology in coal reservoir fractures using numerical simulation and response surface approach methodology

Microscale interaction mechanism between shale oil and CO₂ in mixed wettability nanopores

Pressure heterogeneity caused by fluid injection and diffusion controls occurrence of induced earthquakes

Multi-factorial predictive model linking acoustic characteristics with geotechnical parameters in deep-water shallow formations

Novel encapsulated surfactants for enhanced oil recovery in carbonate reservoir conditions: Interfacial and wetting behavior

Digital rock physics and resistivity well logging interpretation in unconventional reservoirs: Advances and prospects

An in-situ low-carbon enhanced oil recovery approach applied in high viscous oil reservoir

Multi-sphere interactions driven differential formation of the whole petroleum system

Digital rock physics and fluid flow in the context of the energy transition

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