Numerical simulation and evaluation of residual oil saturation in waterflooded reservoirs

Deng, Rui; Dong, Junjie; Dang, Lixia

doi:10.1016/j.fuel.2024.134018

Fuel

2025

DOI: 10.1016/j.fuel.2024.134018

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Numerical simulation and evaluation of residual oil saturation in waterflooded reservoirs

Rui Deng,

Junjie Dong,

Lixia Dang

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Research on Key Technologies of 260 °C/210 MPa Ultra-Deep Logging Equipment

Chen,

You

et al. 2024

Applied Sciences

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Deep and ultra-deep oil, which are unconventional oil reservoirs have become an important field for increasing reserves and production in China’s oil and gas exploration and development, and pose higher requirements for ultra-deep logging technology and equipment. For addressing the technical challenges faced in the development of 260 °C/210 MPa ultra-high temperature and high-pressure logging equipment, based on the CPLog fast and imaging series instruments, this article originally proposes key core technologies and solutions such as 260 °C/210 MPa electromechanical sensors, 13,000 m cable communication, and large borehole correction processing. Through the design indoor testing of a BS-PT-based ultra-high temperature acoustic transducer, 260 °C/210 MPa instrument pressure-bearing housing components, and field testing of large borehole environment testing and 13,000-m cable 8000-m deep well data transmission, it will help develop a prototype of 260 °C/210 MPa ultra-high temperature and high pressure logging equipment. The key technology research of 260 °C/210 MPa logging equipment has laid the foundation for the development of ultra-deep logging equipment and provided technical support for the exploration and development of ultra-deep oil and gas at a depth of 10,000 m.

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Research on Key Technologies of 260 °C/210 MPa Ultra-Deep Logging Equipment

Chen,

You

et al. 2024

Applied Sciences

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show abstract

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Numerical simulation and evaluation of residual oil saturation in waterflooded reservoirs

Cited by 1 publication

References 9 publications

Research on Key Technologies of 260 °C/210 MPa Ultra-Deep Logging Equipment

Research on Key Technologies of 260 °C/210 MPa Ultra-Deep Logging Equipment

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