New technologies to investigate the behaviour of silica gels in porous media

Increasing oil recovery in the oil industry requires a better understanding of the mechanism of behaviour of silica gel in porous media. Several technologies have been developed for redistributing fluid flows of injected or produced water in this work. These technologies were developed based on a proposed mechanism of the silica gel creation in a porous medium. The technologies presented here have been developed in order to increase oil recovery, and their implementation at various oil field sites has been evaluated. The results indicate that working within the elastic deformation range of silicate gel is preferable when designing an injection well treatment. As a result of the implementation of these technologies in 519 well operations across different oil fields, an additional 797,734 tons of oil were produced, or 1,537 tons more per well.

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Publication Details

Journal
Natural Science and Advanced Technology Education
Published
2025-08-08
DOI
https://doi.org/10.53656/nat2025-2.02
Primary Topic
Enhanced Oil Recovery Techniques
Type
article
Field-Weighted Citation Impact
0.00
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article

New technologies to investigate the behaviour of silica gels in porous media

Miel Hofmann, Sudad H Al-Obaidi
Natural Science and Advanced Technology Education
Enhanced Oil Recovery Techniques
article

New technologies to investigate the behaviour of silica gels in porous media

Miel Hofmann, Sudad H Al-Obaidi
article en

Abstract

Increasing oil recovery in the oil industry requires a better understanding of the mechanism of behaviour of silica gel in porous media. Several technologies have been developed for redistributing fluid flows of injected or produced water in this work. These technologies were developed based on a proposed mechanism of the silica gel creation in a porous medium. The technologies presented here have been developed in order to increase oil recovery, and their implementation at various oil field sites has been evaluated. The results indicate that working within the elastic deformation range of silicate gel is preferable when designing an injection well treatment. As a result of the implementation of these technologies in 519 well operations across different oil fields, an additional 797,734 tons of oil were produced, or 1,537 tons more per well.

Natural Science and Advanced Technology EducationVol. 34(2)
Industry, innovation and infrastructure
Openalex Percentile: Top 75%
Enhanced Oil Recovery Techniques
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