大规模非常规多级压裂作业管理蓝图:以Raniganj煤层气油田为例

Anjani Kumar, Rishiraj Goswami
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摘要

目前,非常规油气藏在全球范围内得到了广泛的开发。从煤层气等非常规油气储层中经济地开采碳氢化合物需要非常先进和具有成本效益的技术。水力压裂是一种在石油和天然气工业中使用了几十年的技术,用于在渗透率非常低的地层中创造高导电性的通道。多级水力压裂已被证明是油气工业提高非常规油藏产量的重要成果。有效的水力压裂计划和执行是非常规储层(如致密气、页岩气、煤层气或其他极低渗透储层)实现预期产量的关键。非常规油藏,如页岩和煤层气,需要大规模的水力压裂作业,其中需要多个压裂机队、电缆装置、连续油管装置;调动了修井钻机和辅助服务。CBM Raniganj采用了基于调度软件的项目管理方法来规划和建模操作。本文旨在研究如何在压裂作业时间、成本和负荷方面优化Raniganj油田的水力压裂作业资源配置。水力压裂作业的建模和规划方法是基于项目管理和调度软件。假设是根据经验最后确定的。在30个钻井月的时间里,Raniganj油田的水力压裂作业的目标是完成1600多个压裂作业,这些漏洞、可能的进度延误和其他阻碍因素都被清楚地发现了。明确定义了范围、时间、预算和质量标准,并在调度软件的帮助下制定了时间表,以按时钟方式运行车队。射孔、酸化、数据压裂、主压裂、返排、砂塞和最后的清砂等作业被定义为串联和同步作业。
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A Blueprint to Manage Large Scale Unconventional Multistage Fracturing Operations: A Case Study of Raniganj CBM Field.
Unconventional oil and gas reservoirs are being explored significantly around the globe nowadays. The economical production of hydrocarbons from these unconventional oil and gas reservoirs like CBM requires very advanced and cost effective technologies. Hydraulic fracturing is such a technology which is being used in the oil and gas industry for many decades to create highly conductive channels in the formations having very low permeability values. Multistage hydraulic fracturing has been proved to be a great achievement in oil and gas industry to enhance the production from unconventional reservoirs. An effective hydraulic fracturing planning & execution is a key to achieve the expected results in terms of production from unconventional reservoirs such as tight gas, shale gas, coal bed methane or other very low permeability reservoirs. Unconventional reservoirs such as Shale & CBM require large scale hydraulic fracturing operations, where multiple frac fleets, wire-line units, coiled tubing units; work-over rigs & ancillary services are mobilized. A scheduling software based project management approach was followed at CBM Raniganj for planning & modeling of operations. This paper aims to study how the operational resource deployed in Raniganj field for hydraulic fracturing was optimized in terms of time, cost & load for fracturing operations. The approach of modeling & planning the hydraulic fracturing operations is based on project management & scheduling software. Assumptions were finalized based on experience. The loopholes, possible schedule slippages and other deterrents which could cause a lag in the hydro fracturing campaign aimed to pump over 1,600 frac jobs in CBM Raniganj field, over a period of 30 rig months, were identified clearly. The scope, time, budget & quality standards were clearly defined and a schedule was prepared with the help of the scheduling software to run the fleets in a clockwork manner. Activities like perforation, Acidizing, data fracturing, main fracturing, flowback, sand plug and finally sand cleanout were defined as series & simultaneous operation.
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