油藏综合地球物理技术在油田滚动勘探与开发的储层描述、精细地质建模中发挥着越来越重要的作用。
The integrated geophysics technique in reservoir is more and more important in the reservoir description of rolling exploration and development and in detailed geological modeling.
在此基础上，从滚动开发地质研究需要出发建立了一体化储层预测技术流程。
On this basic, an integrated reservior prediction technical flow was constructed to apply to the rolling exploration and development.
坚持滚动勘探开发一体化及新技术、新方法的应用，无疑是实现油田少投入、多产出、早收益的有效途径。
It is sure that systematic progressive exploration and development and the application of new technology and new methods are efficient ways for less input, More output and early benefit.
该技术在新沟油田新二区初步应用，为滚动勘探开发提供了地质依据，取得较好应用效果。
This technology has been applied to provide geologic information for rolling exploration and development in Xin-2 Area of Xingou Oilfield, and fairly good practical results have been achieved.
利用精细油藏描述技术寻找剩余微型圈闭油藏并使之形成生产能力，是勘探成熟区滚动勘探开发的重要工作。
Using delicate reservoir description to look for residual miniature trap reservoirs, and making it productivity are an important task of rolling exploration and development at mature exploration area.
以现有园区和孵化器为切入点，利用行业优势和核心技术，实行边建设和研发、边拓展、边经营的滚动开发；
Existing parks and incubators as starting points, using industry priorities and core technologies to implement establishment and development and operation;
实践表明，靖惠原油管道输送工艺技术解决了上述问题，确保了管道一次投运成功，为滚动开发油田原油外输管道设计积累了经验。
The site application shows that these technical measures effectively solve the problems, which ensure the successful commissioning of the pipeline in 2003.
实践表明，靖惠原油管道输送工艺技术解决了上述问题，确保了管道一次投运成功，为滚动开发油田原油外输管道设计积累了经验。
The site application shows that these technical measures effectively solve the problems, which ensure the successful commissioning of the pipeline in 2003.
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