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- W2009403801 abstract "Abstract Microbial enhanced oil recovery (MEOR) is one of the recent techniques suggested to stimulate oil production. This technique is based on in situ growth and metabolism of selected microorganism in the reservoir rock with certain nutrients. The microorganisms produce gases and/or chemicals in the formation such as polymer, acids, gases and surfactants. Production of these chemicals in the formation changes fluid and rock properties of the reservoir and improves the sweep efficiency. This change respectively increases the oil production from the reservoir. This paper presents the methods to find out about suitable bacteria, the assessment of their oil mobilizing abilities and the determination of the responsible mechanisms for oil mobilization. In addition, the effect of different reservoir parameters on the growth of microorganisms was investigated. Flooding experiments were carried out under reservoir conditions, in order to verify the ability of bacteria strains to mobilize residual oil in place and to detect the oil mobilizing mechanisms. Important mechanisms leading to oil recovery by microorganisms are found. Moreover, the most important screening criteria for the application of Microbial Enhanced Oil Recovery (MEOR) in any field are included. Achievements of this project have been found also and strongly on the involvement of other disciplines. Among those branches are; microbiology, chemistry and of course petroleum engineers. This interdisciplinary challenge has been set up for better result improvements. Introduction Microbial enhanced oil recovery is one of the recent techniques suggested to stimulate oil production. This technique is based on in situ growth and metabolism of selected microorganism in the reservoir rock with certain nutrients. This microorganism produces certain chemicals in the formation such as polymer, acids and surfactants. Production of these chemicals in the formation changes fluid and rock properties of the reservoir. This change respectively increases the oil production from the reservoir. The most active applications of the MEOR process research are: single-well stimulation treatments for removal of near-wellbore formation damage from paraffin deposits or oil mobilization in the region around the wellbore; use of microbial systems for permeability modification to improve water flooding sweep efficiency, and use of microorganisms to produce das, surfactants, acids and alcohols useful for EOR." @default.
- W2009403801 created "2016-06-24" @default.
- W2009403801 creator A5064728333 @default.
- W2009403801 date "2008-05-10" @default.
- W2009403801 modified "2023-09-25" @default.
- W2009403801 title "Multidisciplinary Challenge for Microbial Enhanced Oil Recovery (MEOR)" @default.
- W2009403801 doi "https://doi.org/10.2118/120820-ms" @default.
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