• 主题
高级搜索  >
历史搜索 清空历史
首页> 外文会议>SPE International Heavy Oil Conference and Exhibition >From Outcrop to Producing Reservoirs: Applying Jal Az Zor Outcrop Studies to A Multi-Disciplinary Development Approach In Kuwait Heavy Oil Fields
【24h】

From Outcrop to Producing Reservoirs: Applying Jal Az Zor Outcrop Studies to A Multi-Disciplinary Development Approach In Kuwait Heavy Oil Fields

机译：从露头到生产水库：将jal az zor露头研究应用于科威特大油田的多学科发展方法

获取原文
页面导航
  • 摘要
  • 著录项
  • 相似文献
  • 相关主题

摘要

The previous generation of integrated reservoir models for KOC’s heavy oil fields in North Kuwait brought insight which enable implementation of development decisions.With field maturation,additional well data and emerging production trends drive a need to update models to ensure relevance for serving the evolving business objectives of sustaining and maximizing incremental production. This subsurface analysis has been augmented through study of the Jal-Az-Zor escarpment(north of Kuwait City)where stratigraphic equivalents of the reservoir crop out.Field analogues permit direct observations of the reservoir characteristics and heterogeneities that influence production behavior and ultimately project economics.They can resolve questions on spatial continuity of the key reservoir flow units by bridging the scale gap between seismic and well data which directly link to OPEX & CAPEX expenditure through optimal well spacing & design,injection steam/water conformance and BSW management. It is relatively rare to have available such closely linked field-outcrop analogue data which is so readily accessible.The Jal-Az-Zor Escarpment represents an important cost-effective resource which is only just beginning to be leveraged in an integrated way to benefit field development and operations. Applications for the field observation data set include but are not restricted to: 1.Lateral and vertical continuity/variability of the reservoir,baffle and barrier lithologies. 2.Role of diagenesis and its control on reservoir quality. 3.Recognition of thin but critical units that need to be retained in the model e.g.high(or low)perm streaks. 4.Appreciation of Microscopic to Field scale heterogeneities compared with well spacing. 5.Field to Core/Log calibration to improve interpretation.6.Multidisciplinary engagement
机译：北科威特河科技重型油田的前一代集成储层模型带来了实现发展决策的洞察力。在现场成熟，额外的井数据和新兴的生产趋势驱动了需要更新模型以确保为服务不断相关的业务目标维持和最大化增量生产。该地下分析已经通过研究jal-az-zor脱悬（Kuwait City北部）的研究来增强，其中水库作物的地层等同物。菲尔德类似物允许直接观察影响生产行为和最终项目经济学的水库特征和异质性他们可以通过弥合地震储备数据之间的尺度差距来解决关键储层流量单位的空间连续性问题，通过最佳的井间距和设计，注塑蒸汽/水一致性和BSW管理直接链接到OPEX和CAPEX开支。可用的诸如紧密相关的现场露天模拟数据是相对较少的，这是如此容易访问。jal-az-zor脱离脱落代表了一个重要的成本效益资源，才刚刚开始以综合方式利用益处领域开发和运营。用于现场观测数据集的应用包括但不限于：1.储层，挡板和屏障岩性的路边和垂直连续性/可变性。 2.成岩作用及其对水库质量的控制。 3.识别需要保留在型号的薄但临界单位.high（或低）PERM条纹。 4.与井间距相比，显微镜与现场规模异质性的施断。 5.Field到核心/日志校准，以改善解释.6.MulidIsIsiniary参与

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱：kefu@zhangqiaokeyan.com

京公网安备：11010802029741号 ICP备案号：京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有

  • 客服微信

  • 服务号