CSG油藏监测技术:优势、挑战和选择标准昆士兰案例研究

A. Mortezapour, A. Bassat, E. Lean
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引用次数: 0

摘要

储层监测系统的应用在促进对储层动态和复杂性的理解、有效的生产优化和油藏的长期管理方面具有重要价值。在过去的32年里,该技术已经被全球石油和天然气先驱(澳大利亚、委内瑞拉、哥伦比亚、科威特、阿曼、挪威、中国和美国)所广泛接受。在过去的10年里,昆士兰州有1000多口井使用了储层监测系统来监测煤层气(CSG)井的井和储层动态。本文介绍了昆士兰州600多口CSG井的技术、储采工程分析和破坏机理。本文假定了每个具体应用的选择标准。一些服务公司已经有8年的历史,为澳大利亚和新西兰的不同运营商安装不同类型的仪表,作为主要的油藏监测技术之一(由于业务和监管要求,这种技术的大部分是在昆士兰州进行的)。该技术的应用在以下方面帮助了CSG运营商:优化泵性能和水位监测优化水力压裂性能、地下水运动和模拟历史匹配过程中的压力数据(油藏工程应用)多层压力监测(注气性能等)本文总结了该技术的具体应用、安装、监测、运行过程中的发现、典型完井方案和煤储层监测的最佳实践。
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CSG Reservoir Monitoring Technology: Advantages, Challenges and Selection Criteria Queensland Case Study
Application of reservoir monitoring systems has great value in facilitating the understanding of reservoir behavior and complexity, efficient production optimization and reservoir management over time. The technology has been well accepted by oil and gas pioneers globally in the last 32 years (Australia, Venezuela, Colombia, Kuwait, Oman, Norway, China and USA). In the past 10 years, more than 1,000 wells have used reservoir monitoring systems to monitor the well and reservoir performance of coal seam gas (CSG) wells in Queensland. This paper presents technology, reservoir and production engineering analysis and failure mechanisms in more than 600 CSG wells in Queensland. This paper postulates the selection criteria for every specific application. Some services companies has a 8-year history of installing different types of gauges as one of the main reservoir monitoring technologies for different operators in Australia and New Zealand (The majority of this technology is based in the State of Queensland due to business and regulatory requirements). The application of technology helps CSG operators in the following capacities: Optimizing pump performance and water level monitoringOptimizing hydraulic fracture performance, ground water movement and modellingPressure data for the history matching process (Reservoir Engineering Application)Multizone pressure monitoring (gas injection performance, etc.) Specific application of the technology, findings during the installation, monitoring, operation, typical completion scheme and best practices for coal reservoir monitoring are summeraized in this paper.
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