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彭享生,黎明:濮城复式油气田的勘探历程,《石油地球物理勘探》,23(1)1988:90～101在濮城复式油气田勘探初期,根据1:20万的磁力、重力成果图布置地震测网,用较少的地震工作量很快查清了濮城构造的形态,为布署首批地质探井提供了依据。油田在勘探开发过程中,充分利用常规和特殊地震数字处理资料及钻井地质资料,并从地质构造解释、地震地层学、沉积旋回、物源方向及超声波时差分析等方面,对濮城构造进行了综合地震地质解释。发现该构造油源充足,有多套含油气地层。Es_1、Es_2段油气层具有从北向南呈叠瓦式向上倾方向尖灭的特点。至1983年底,探明储油气面积达40 km~2,石油地质储量比1979年增加了一倍。文中以大量的地震地质解释实例详细介绍了濮城复式油气田的勘探历程。
Peng Xiangsheng, Dawn: Exploration Process of Pucheng Complex Oil and Gas Field, Petroleum Geophysical Prospecting, 23 (1) 1988: 90 ~ 101 In the initial exploration of Pucheng oil and gas field, according to the magnetic force of 1: 200000, Network, with less seismic workload quickly ascertain the morphology of Pucheng structure, providing the basis for the deployment of the first batch of geological exploration wells. In the process of exploration and development, the oilfield makes full use of digital processing data of conventional and special earthquakes and geological data of drilling. From the aspects of geological structure interpretation, seismic stratigraphy, sedimentary cycle, provenance direction and ultrasonic time-lapse analysis, Integrated seismic geology interpretation. It is found that there are enough oil sources in the structure and multiple sets of oil-bearing formations. The Es_1 and Es_2 oil and gas layers have the characteristics of withering upwards and downwards from north to south. By the end of 1983, the proven oil and gas area reached 40 km ~ 2, and the petroleum geological reserves doubled from 1979. In this paper, a large number of examples of seismic geology to explain the Pucheng oil and gas exploration process in detail.