Abstract: KCLog-CIS1. 0 casing well logging interpretation system applies for post-casing logging interpretation and evaluation, which aims at high - efficiency management of casing well data, improvement of logging interpretation and evaluation efficiency and comprehensiveappraisal on a variety of data. The interpretation system is developed with a function to show the graphs of multi-depth ratio from the same window. The process is matched with some innovative technologies, such as the person - machine interactive modular processing work flow technology and the unified cementing mud density filling imaging appraisal technology. It can function for highefficiency management of data, visualized data processing, logging application integrated development, rapid data appraisal, real-time graph display and graphics presentation for results. A multiple of logging interpretation methods and characteristic logging interpretation technologies are developed and integrated to enhance comprehensive interpretation and appraisal of logging data of different types as well as application capability of those functions. The system is able to satisfy the demand for wellbore integrated appraisal of casing well logging evaluation, the demand of different users, and the demand for oilfield development. With clear effects on logging data processing, the interpretation system is a good work platform for casing well logging interpretation and evaluation.

摘要： KCLog-CIS1. 0 套管井测井解释系统是为了满足套管井数据高效管理、提高测井解释评价效率、多种资料 综合评价应用而开发的套后测井解释评价一体化系统。解释系统开发了同一窗口多深度比例图形显示技术、流程可配 置的人机交互模块化处理的工作流技术以及归一化的固井水泥密度充填成像评价技术等创新性技术, 实现了数据高效 管理、可视化数据处理、测井应用集成开发、资料快速评价、图形实时显示、成果图表制作等功能, 开发和集成了套 管井测井处理的多种测井解释方法和特色测井解释技术, 增强了不同类型测井资料的综合解释评价和应用能力, 能够 满足套管井测井评价的井筒一体化评价需求、多层次用户需求和油田开发需求, 解释系统测井资料处理效果明显, 成 为套管井测井解释评价的良好工作平台。

关键词: 套管井, 测井, 解释系统, 多深度比例, 工作流, 集成开发