He Evaluation For The Reservior Of The Magu 6 Mesozoic,Liaohe Oil Field

In this paper,aiming at highly representative in buried hill reservoirs of Liaohe Oil Field has carried on the detailed study,from the perspective of the buried hill reservoir mechanism of Mesozoic from lithology,on the basis of single well fine seismic synthetic record,for the restricting interpretation of the work area,physical property、electric property and oiliness has carried on the detailed study for Magu 6 Mesozoic,combination test was know Magu 6 Mesozoic reservoir effective thickness division standards,combined with core analysis of test data for calculation,reservoir physical parameters established Magu 6 Mesozoic breccia reservoir logging identification characteristics,in view of the block reservoir space has carried on the detailed description,and by using seismic inversion and waveform clustering analysis method tu predict resercoir fractures,the block of the favorable reservoir distribution pattern has carried on the detailed description.Seimic was esrablished based on seimic waveform clustering analysis and single well production capacity matching relations,summarizes the favorable reservoir seimic response characteristics,and on this basis to establish the Magu 6 of Mesozoic breccia fine reservoir connectivty relation,and improve injection-prodution well spacing,increase block recovery efficiency.This paper inproved the multidisciplinary integrated application of quantitative description method of fracture,and verify the reliability of this method in the production practice.Implements the Xinglongtai buride hill fracture reservoir qualitative-half quantitative prediction and description.