Distribution and flow behaviour of oil and water in different wetting conditions


Citation

Mat Hussin Yunan, . and Ahmad Kamal Idris, . (1995) Distribution and flow behaviour of oil and water in different wetting conditions. [Proceedings Paper]

Abstract

Oil and water present in the reservoir may interact with the rock surface. The interaction between the fluid and the rock surface may affect the wettability of the reservoir. The wetting characteristics of the reservoir influence the fluid distribution and flow behaviour which in turn influence the oil recovery efficiency. Majority of the studies previously conducted used uniform wetting condition of either water-wet or oil-wet. Microscopic visual observation of the oil-water distribution and the residual oil mobilizaition events have been conducted using etched glass micromodel. The location of water and oil blobs was observed and the size shape and structure of the blobs were examined. From these examinations some insights of fluid distribution and mobilization mechanism were obtained. The present study also incorporates wettability conditions such as fractional-wet and mixed wet.


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Abstract

Oil and water present in the reservoir may interact with the rock surface. The interaction between the fluid and the rock surface may affect the wettability of the reservoir. The wetting characteristics of the reservoir influence the fluid distribution and flow behaviour which in turn influence the oil recovery efficiency. Majority of the studies previously conducted used uniform wetting condition of either water-wet or oil-wet. Microscopic visual observation of the oil-water distribution and the residual oil mobilizaition events have been conducted using etched glass micromodel. The location of water and oil blobs was observed and the size shape and structure of the blobs were examined. From these examinations some insights of fluid distribution and mobilization mechanism were obtained. The present study also incorporates wettability conditions such as fractional-wet and mixed wet.

Additional Metadata

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Item Type: Proceedings Paper
AGROVOC Term: OILS
AGROVOC Term: MINERAL OILS
AGROVOC Term: WATER
AGROVOC Term: MICROSCOPY
AGROVOC Term: METHODS
AGROVOC Term: WATER METABOLISM
AGROVOC Term: FLUID FLOW
AGROVOC Term: WATER
AGROVOC Term: PHOTOGRAPHY
AGROVOC Term: METHODS
Geographical Term: MALAYSIA
Depositing User: Ms. Suzila Mohamad Kasim
Last Modified: 24 Apr 2025 05:13
URI: http://webagris.upm.edu.my/id/eprint/11185

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