库车坳陷的油气运移全定量模拟

石广仁; 张庆春

Volume 29 Issue 4

Jul. 2004

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SHI Guang-ren, ZHANG Qing-chun, 2004. Quantitative Simulation of Hydrocarbon Migration in Kuqa Depression. Earth Science, 29(4): 391-396.

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SHI Guang-ren, ZHANG Qing-chun, 2004. Quantitative Simulation of Hydrocarbon Migration in Kuqa Depression. Earth Science, 29(4): 391-396.

SHI Guang-ren, ZHANG Qing-chun, 2004. Quantitative Simulation of Hydrocarbon Migration in Kuqa Depression. Earth Science, 29(4): 391-396.

Citation:

SHI Guang-ren, ZHANG Qing-chun, 2004. Quantitative Simulation of Hydrocarbon Migration in Kuqa Depression. Earth Science, 29(4): 391-396.

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Quantitative Simulation of Hydrocarbon Migration in Kuqa Depression

Research Institute ofPetroleum Exploration and Development, PetroChina, Beijing 100083, China

Received Date: 2004-03-18
Publish Date: 2004-07-25

Abstract

Abstract

The histories of stratigraphic burial, geotherm, diagenesis, hydrocarbon generation, expulsion and migration-accumulation are simulated quantitatively by means of the basin modeling software of BASIMS in order to provide the quantitative data for oil and gas exploration in Kuqa depression. Of them, hydrocarbon primary migration is simulated by the easy and practical methods, i.e. sedimentary compaction-filtration method is used to calculate the amount of expelled oil and the mass balance method to calculate the amount of expelled gas. The pseudo 3-D migration-accumulation model based on buoyancy and Darcy's Law is used to simulate on secondary hydrocarbon migration. The sensible parameters (parameter sensitivity and risk analyses, distribution ratio of hydrocarbons expelled, permeabilities in fault and unconformity zones, and determination of reservoir cell) in these numerical methods are discussed, and hydrocarbon expulsion and migration-accumulation histories have been simulated in detail. The modeling results are in agreement with the real pools not only on quantities but also on locations, and especially some predicted prospects have been proved by explorations later.
- Kuqa depression,
- sensible parameter,
- primary migration,
- sedimentary compaction-filtration,
- mass balance,
- secondary migration,
- pseudo 3-D migration-accumulation model

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References

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