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   勘探部署 在 石油天然气工业 分类中 的翻译结果: 查询用时:0.592秒
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  exploration strategy
An exploration strategy for prospecting with a case study on copper prospects at Ingladhal (India)
      
A simple sequential exploration strategy, based on pseudo-Bayesian second-moment analysis, is proposed and compared with non-sequential systematic sampling.
      
The assumption of lognormal (parent) field size distributions has for a long time been applied to resource appraisal and evaluation of exploration strategy by the petroleum industry.
      
Finally, the reproduction behavior defines an exploration strategy of the images.
      
The exploration strategy developed uses the maximal freedom of choice allowed under the restrictions of the problem.
      
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In this paper, a large amount of geological, seismic, logging as well as geochemical data are gathered, sedimentary and structural evolutional history and thermal alteration history of formations of this sag in geologic history are reconstructed by means of 2-dimensional basin modeling technique. History of hydrocarbon generation and its expelling are restored by means of geochemical and composition technique, and the oil and gas resources in various belts and regions as well as in the whole sag are modeled...

In this paper, a large amount of geological, seismic, logging as well as geochemical data are gathered, sedimentary and structural evolutional history and thermal alteration history of formations of this sag in geologic history are reconstructed by means of 2-dimensional basin modeling technique. History of hydrocarbon generation and its expelling are restored by means of geochemical and composition technique, and the oil and gas resources in various belts and regions as well as in the whole sag are modeled out. The results are displayed in the form of single well profiles, cross sections, plain maps and histograms matching the requirements of geological maps. With an integration analysis of these data and figures, 3 mainoil generation sags and 10 structural belts are appraised with results highly conformed withactural field exploration and development practices, and 2 new regions are suggested giving abasis for further petroleum exploration.

本文在研究大民屯凹陷大量地质、地震、测井、地化等资料的基础上,应用二维盆地模拟技术,重建了该凹陷的沉积构造发育史、地层热变史,利用地化法、压实法恢复了盆地的生烃史和排烃史,并模拟了各洼陷及全区的油气资源量。模拟结果以单井图、剖面图、平面图及直方图形式输出,达到实用地质图件要求。通过“4史”图件的综合配套分析,评价了3个主要生油凹陷和10个构造带,其结果与油田勘探实际情况符合;并指出两个新的勘探领域,为新的勘探部署提供了依据。

The paper discusses the ways of improving explorative benefit on the basis of the explorative condition of natural gas industry in Sichuan. The explorative area should be reduced after proving reserves of the oil-field they being explored, also it should not return to evaluate exploration after finding concealment gas field, and the well of low profit must be jammed by using market economy to perfect explorative plan. A distinctive treatment should be made to the widely explorating with sparse wells, the different...

The paper discusses the ways of improving explorative benefit on the basis of the explorative condition of natural gas industry in Sichuan. The explorative area should be reduced after proving reserves of the oil-field they being explored, also it should not return to evaluate exploration after finding concealment gas field, and the well of low profit must be jammed by using market economy to perfect explorative plan. A distinctive treatment should be made to the widely explorating with sparse wells, the different ways of arranging well should be adopted according to different traps. The muti-formation struction stress on performing a well with muti-layer, and it is the important point for widely explorating with sparse wells in new areas,new formations,new territories. The way for improving explorative benefit in wellbore techniques can use technology of formation natural deflexion. VSP testing well,test .stage well evaluating of core demarcation. It also can improve explorative pattern management by increasing earlier stage engineering of exploration and design quality of pattern plan, improving design foresight of single exploration engineering, perfecting advertising for pattern manager, superviser, and sets up a stable, research design organization for multi-academic with geology major as nucleus. Above all, it can improve explorative benefit by entering market,depending on science-technology, and improving management.

本文从四川天然气勘探情况出发,探讨了提高勘探效益的路子。在气田主体探明储量后,应精简扩边勘探;隐蔽性气藏发现后,一般不宜转入评价勘探;要按市场经济完善勘探部署,卡住低效井。实行稀井广探要区别对待,对不同圈闭应采用不同的布井方式,多产层构造重在落实“一井多层”,新区、新层、新领域是稀井广探的重点。提高勘探效益还要从井筒技术入手,充分利用地层自然造斜、中途VSP测井、测试、岩心标定的测井评价技术等。还要从改善勘探项目管理入手,提高勘探前期工程和项目部署设计质量,提高单项勘探工程设计的预见性,逐步完善项目经理、监督的招聘,建立一个稳定的、以地质专业为核心的多学科综合研究设计组。总之,一是走向市场,二是依靠科技,三是改善管理,这才能达到提高勘探效益的目的。

In this paper,it's reconstructed that the structural and sedimentary, thermal,hydrocarbon generation and expeling histories of Dongpu Depression dynamically and quantitatively by means of 2-Dimensional modeling technique. The results are displayed in forms of single well profiles,cross sections,plain figures,cubic maps and histograms. Petroleum accumulation coefficient of Eogene of each plays in this depression has been studied with multiple geological factor of confuse mathematical method,and calculated the...

In this paper,it's reconstructed that the structural and sedimentary, thermal,hydrocarbon generation and expeling histories of Dongpu Depression dynamically and quantitatively by means of 2-Dimensional modeling technique. The results are displayed in forms of single well profiles,cross sections,plain figures,cubic maps and histograms. Petroleum accumulation coefficient of Eogene of each plays in this depression has been studied with multiple geological factor of confuse mathematical method,and calculated the oil and gas quantity of resource of each source rocks and plays, and pointed out oil and gas resource potential and prospecting direction of every plays,as well as provided scientific basis for a new explorative plan of oil and gas.

运用二维盆地模拟技术,以地质时间为轴线,动态和定量地重建了东濮凹陷的沉积构造史、热史、生烃史和排烃史。模拟结果均以单井剖面、平面的等值、立体及直方图等形式输出。利用多地质因素模糊数学综合评价方法,分层分区带进行了油气运聚系数研究,预测了各层及各区带油气资源量,指出了各区带油气资源潜量及勘探方向,为新的油气勘探部署提供了科学依据。

 
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