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Study On Technology Of Stable Development Of Mu-101Well Field Of Xinmu Oil Field

Posted on:2015-05-08Degree:MasterType:Thesis
Country:ChinaCandidate:J J XuFull Text:PDF
GTID:2181330431994989Subject:Geological engineering
Abstract/Summary:PDF Full Text Request
In the new wood oil field at the new capacity is not good breakthrough, become the mostimportant issue facing the old and new wood oil, through research and technicalcountermeasures of wood101well area, realize the old production should be based on thedifferent blocks the development of specific basis, put forward the question, to solve theproblem, such ability tapping the residual oil, to play a greater extent of reservoir potential,realize the old long-term development objectives.Oilfield development should proceed from reality, make full use of research results,combined with the actual production needs, the research results and the measures for tappingpotential water, organic combination, as a whole, truly realize the old oilfield stableproduction, improve the ultimate recovery rate.The division of the12layers divided into16single sand body, according to sedimentarymicrofacies101well area divided in detail, and utilization of geological logging data todetermine the sedimentary features and interface of reservoir.Combined with the theories of sedimentology, carries on two times of division andcorrelation of reservoir, fine division of sedimentary11genetic types of single sand body.Through the research of numerical simulation of reservoir description, application ofprofessional technology, solving the production layer, non mean more serious, complex faultdistribution.After in-depth research on micro sedimentary structure, scientific and effective methodof tapping the potential of remaining oil, increasing contradiction between the developmentprocess, seriously restricts the efficient development of block; therefore urgently needed todevelop the technical measures to solve the problem of the actual development, improve thedevelopment effect of101well area.
Keywords/Search Tags:Potential exploitation measures, development performance analysis, remaining oil, sedimatary microfacies
PDF Full Text Request
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