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KEY TECHNIQUE DESIGN FOR IN-SITU COMBUSTION HEAVY OIL RESERVOIRS WITH DIFFERENT ATTITUDES

Jing Yang

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Abstract

In-situ combustion in Liaohe Oilfield becomes mature gradually after trial tests.This paper,based on in-situ combustion tests in two different heavy oil reservoirs,compares their optimized design in bedded and thick-bedded heavy oil reservoirs,which helps understand the mechanism of in-situ combustion and provides reference for application of in-situ combustion in Liaohe's heavy oil reservoir.As its application extends from bedded reservoir to thick-bedded,a combination of vertical plus horizontal wells has been used in extracting thick-bedded heavy oil reservoirs,and comes into mature and optimization.

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What this paper is about

In-situ combustion in Liaohe Oilfield becomes mature gradually after trial tests.This paper,based on in-situ combustion tests in two different heavy oil reservoirs,compares their optimized design in bedded and thick-bedded heavy oil reservoirs,which helps understand the mechanism of in-situ combustion and provides reference for application of in-situ combustion in Liaohe's heavy oil reservoir.As its application extends from bedded reservoir to thick-bedded,a combination of vertical plus horizontal wells has been used in extracting thick-bedded heavy oil reservoirs,and comes into mature and optimization.

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Available abstract

In-situ combustion in Liaohe Oilfield becomes mature gradually after trial tests.This paper,based on in-situ combustion tests in two different heavy oil reservoirs,compares their optimized design in bedded and thick-bedded heavy oil reservoirs,which helps understand the mechanism of in-situ combustion and provides reference for application of in-situ combustion in Liaohe's heavy oil reservoir.As its application extends from bedded reservoir to thick-bedded,a combination of vertical plus horizontal wells has been used in extracting thick-bedded heavy oil reservoirs,and comes into mature and optimization.

Key concepts: Combustion, Petroleum engineering, In situ, Environmental science, Geology, Key (lock), Fossil fuel, Waste management

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KEY TECHNIQUE DESIGN FOR IN-SITU COMBUSTION HEAVY OIL RESERVOIRS WITH DIFFERENT ATTITUDES — Research Paper | ScholarLens