利用多学科一体化方法提高热水驱井组的管理水平

利用开发地质理论、油藏工程理论、现场监测技术，把岩心分析、测井解释、地质统计学分析、数值模拟等技术融为一体，对高升油田热水驱井组试验进行研究。各种解释分析结果相互验证，互为因果；消除了岩心分析以点代面、测井解释、油藏数值模拟等多解性的缺陷，提高了分析的精度。为确定深层稠油油藏热水驱的合理开发指标提供了依据；同时提高了模拟预测结果的可信性。

Improving well management of hot waterflooding by multiple disciplines

This paper studies hot waterflooding experiment by technologies of core analysis, log interpretation, geostatist ics analysis, and numerical simulation accordi ng to development geologic theory, reservoir engineering theory , and on-site monitoring technology. All theinterpretation and analysis results verifies each other, they are causality. Shortcomings of fanning out from point to area simply according to core analysis,and multi-interpretations suchas log interpretation and reservoir numerical simulation are eliminated. Therfore, analysis accuracy is improvedi This paper provides basis for determining rational development parameters of hot waterflooding in deep heavy oil reservoirs, and also improves the reliability ofmodel prediction.