J4 ›› 2012, Vol. 42 ›› Issue (1): 9-17.

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Investigation About Oil and Water Distribution and Causes in “Small and Fat&rdquo|Oil Reservoir:Take Beizhong Oil Field in Beier Depression Hailaer Basin as an Example

HUANG Jin-song1|LIU Chang-guo2| FU Xiao-fei3, LV Yan-fang3, SUN Yong-he3   

  1. 1.Research Institute of Exploration and Development, Daqing Oil Field Company Ltd, Daqing163712|Heilongjiang,China;
    2.Oil Recover Plant No. 2|Daqing Oilfield Company Ltd| Daqing163414,Heilongjiang,China;
    3.College of Earth Sciences|North East Petroleum Institute, Daqing163318,Heilongjiang,China
  • Received:2011-06-04 Online:2012-01-26 Published:2012-01-26

Abstract:

According to characteristics of oil and gas accumulation in “small and fat” oil reservoir, the authors take Beizhong oil field of Beier depression as an example. The typical examples and reservoir sections are analyzed base on the study of logging curves, results of seismic interpretation, logging interpretation data and dynamic development of test data on oil production of exploration-evaluation wells and development well, combined with faults system split results in Beizhong field. On the basis of “sag-wide oil bearing” in Nanyi(the first member of Nantun Formation) major reservoir of Beizhong oil field, the factors of forming poor oil areas or water areas are loss of major reservoirs within the target layer by the function of fault, causing water areas formed near the faults; adjustment by later reverse faults, oil from Nanyi Layer adjust to Naner(the second member of Nantun Formation) layer or Dayi(the first member of Damoguaihe Formation) Layer formed secondary reservoirs, and causing poor oil areas formed near the reveres faults within main reservoir; oil dynamics migrations and accumulation during oil development, causing quickly water occurrence in lower positions.

Key words: “small and fat&rdquo, reservoirs, sag-wide oil bearing, “sweet point”, fault missing function, reverse fault, dynamic migration and accumulation, Hailaer basin, petroleum gas

CLC Number: 

  • P618.13
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