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Article

10 Citations

6,635 Views

16 Pages

Formation MicroScanner Providing Better Answers for Carbonate Secondary Porosity in Alamein Dolomite Formation, NW Desert, Egypt

Mohamed R. Shalaby,
Nurhazwana Jumat and
Md. Aminul Islam

Geosciences2018, 8(4), 118;https://doi.org/10.3390/geosciences8040118

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2 April 2018

The use of borehole imaging tools has become widespread in recent years with more specialized studies of reservoir properties, particularly in highly-porous and fractured carbonate systems. In this study, the Formation MicroScanner (FMS) borehole ima...

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769 Views

26 Pages

Super-Resolution Reconstruction of Formation MicroScanner Images Based on the SRGAN Algorithm

Changqiang Ma,
Xinghua Qi,
Liangyu Chen,
Yonggui Li,
Jianwei Fu and
Zejun Liu

Processes2025, 13(7), 2284;https://doi.org/10.3390/pr13072284

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17 July 2025

Formation MicroScanner Image (FMI) technology is a key method for identifying fractured reservoirs and optimizing oil and gas exploration, but its inherent insufficient resolution severely constrains the fine characterization of geological features....

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7 Citations

1,904 Views

12 Pages

The Strike-Slip Fault Effects on the Ediacaran Carbonate Tight Reservoirs in the Central Sichuan Basin, China

Bing He,
Yicheng Liu,
Chen Qiu,
Yun Liu,
Chen Su,
Qingsong Tang,
Weizhen Tian and
Guanghui Wu

Energies2023, 16(10), 4041;https://doi.org/10.3390/en16104041

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11 May 2023

The largest Precambrian gas field in China has been found in the central Sichuan Basin. It is assumed as a mound-shoal microfacies-controlled dolomite reservoir. Recently, a large strike-slip fault system has been identified in the gas field that nee...

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