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Gravity drainage vital factor for understanding steam floods

J.V. Vogel

Open publisher page 11 citations

Abstract

This paper reports on gravity drainage of hot viscosity-reduced oil which is a dominant recovery mechanism that should be considered in steam flood design, heat calculations, and field operations. This fact has significant and sometimes surprising implications. Important considerations include the benefits of early steam breakthrough, need to control steam production, steam simulation of production wells, and declining-rate steam injection.

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What this paper is about

This paper reports on gravity drainage of hot viscosity-reduced oil which is a dominant recovery mechanism that should be considered in steam flood design, heat calculations, and field operations. This fact has significant and sometimes surprising implications. Important considerations include the benefits of early steam breakthrough, need to control steam production, steam simulation of production wells, and declining-rate steam injection.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper reports on gravity drainage of hot viscosity-reduced oil which is a dominant recovery mechanism that should be considered in steam flood design, heat calculations, and field operations. This fact has significant and sometimes surprising implications. Important considerations include the benefits of early steam breakthrough, need to control steam production, steam simulation of production wells, and declining-rate steam injection.

Key concepts: Petroleum engineering, Steam-assisted gravity drainage, Steam injection, Reservoir engineering, Environmental science, Drainage, Superheated steam, Well stimulation

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