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松辽盆地扶新隆起带黑帝庙油层沉积构成特征与地层圈闭分布预测
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摘要
针对松辽盆地南部中央坳陷区扶新隆起带西缘黑帝庙油层,综合测井、地震、地质资料,应用层序地层学、地震沉积学理论及叠前地震反演方法,建立了嫩江组等时地层格架,明确了储层砂体分布规律,识别了油气分布特征,总结了成藏模式,提出了有利评价目标。
     应用层序地层学理论,在岩心观察与地震相特征分析的基础上,在嫩江组识别出6个三级层序界面,主要目的层嫩三段以稳定水进面为四级层序界面,识别出2个四级层序界面,将嫩三段划分为3个四级层序,建立了嫩三段高精度层序地层格架,为储层砂体精细刻画与预测提供了可靠基础。
     通过岩心观察,嫩三段发育三角洲前缘相,识别出水下分流河道、河口坝、席状砂、河道间及浅湖相共5种沉积相。高精度层序地层格架的约束下,应用地震沉积学方法,采用地层切片技术,井震结合,进行嫩三段3个四级层序的储层砂体刻画,明确了3个四级层序储层砂体的分布规律。嫩三段储层砂体整体以进积特征为主,砂体以条带状与网状为主,砂体厚度5-10米左右。
     在储层砂体刻画的基础上,在嫩三段归纳了2种地层圈闭,即水下河道与构造斜坡位置相匹配的上倾尖灭地层圈闭与透镜状岩性地层圈闭。综合分析断层与油气、储层与烃源岩的关系,明确了嫩三段油气成藏的主要控制因素以储层为主,总结了3种油气成藏模式,即砂岩上倾尖灭油气藏、砂岩透镜体油气藏和河道侧向封堵油气藏。
     嫩三段油气成藏控制因素与成藏模式分析的基础上,综合分析储层砂体发育特征与构造特征,结合试油、试采资料,明确了有利油气评价区,提出了有利勘探评价目标区为工区内水下分流河道发育的北部和西北部,形成了以地震属性分析与叠前反演为方法,油气成藏模式为指导进行岩性油气藏勘探评价的技术思路和方法,为相似油田的勘探评价提供借鉴。
This paper studies Fuxing uplift zone the western margin Heidimiao reservoir in the centraldepression of southern Songliao Basin District. Based on analysis of logging, seismic andgeological data, the application of sequence stratigraphic theory, this paper establishes aframework of NenJiang Formation. According to stratigraphic traps exploration and developmenttheory, seismic sedimentology studies, and pre-stack inversion of seismic data to identify oil andgas technology, summed up the region's stratigraphic traps into accumulation mode.
     Based on the sequence stratigraphy theory, combined with the core, seismic, logging,analysis of seismic reflection characteristics and core observation of the single well, this paperestablishes6third-order sequence stratigraphic interface in Nenjiang formation. NenJiang groupwere divided into5third-order sequences, according to seismic terminal response characteristicsand seismic facies types. According to the mudstone deposited, this paper estabilshes the forthlevel sequence boundaries and establish stratigraphic framework in the four sequenceboundaries of high precision. The third NenJiang formation were divided into3four-ordersequence.
     According to the core observation and analysis of well log curves, create single wellsedimentary microfacies in the Nenjiang formation, concluded underwater distributary channel,mouth bar and front sheet sand deposition and logging microfacies identification mode. Based onapplication of stratigraphic slicing technology, combined with the study of forth-order sequenceseismic sedimentology and the multi-attribute analysis of four-order sequences of differentfrequencies attributes, combined with sedimentary microfacies and well microfacies, threeforth-order sequence depositional micro-phase plane were created in Nengjiang third section.The forth-order sequence can identify5-10meters sands.
     Based on high-resolution sequence stratigraphic division, fine characterize the distributionof the sandstone reservoirs were studied. According to the analysis of stratigraphic trapsaccumulation conditions, analysis of the relationship of the configuration of the faults andhydrocarbon accumulation,and analysis of the relationship between the reservoir andhydrocarbon source rocks, this paper summarizes the the stratigraphic traps accumulation mode.The stratigraphic traps model includes sandstone updip pinch out of oil and gas reservoirs andsand lens oil and gas reservoirs, river lateral sealing oil and gas reservoirs.
     After a comprehensive analysis of logs, core, seismic, geology, oil testing information,through a combination of the application of high-resolution sequence stratigraphy andsedimentology, and based on the sequence stratigraphy and stratigraphic traps analysis, thispaper establishes the stratigraphic traps accumulation mode in the Nenjiang formation. Thestratigraphic traps were controlled by the sequence framework in vertical direction andcontrolled by sedimentary microfacies in the flat. This paper’s Ideas and methods of applicationof sand-shale of stratigraphic traps can provide a reference to the the oilfield in the evaluation ofexploration for stratigraphic traps.
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