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Inside the data-driven completions of the future

机译:在数据驱动的未来完成内部

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Collapsing oil prices amid the demand-sapping Covid-19 pandemic has aggravated exponentially the economic pressures facing E&P companies,particularly those in the unconventional community.In this wholly unprecedented climate,it is all the more incumbent upon operators to deepen insight into reservoir performance,to enhance production flow within the confines of ever-restricted budgets.Any exercise directed at maximizing production and estimated ultimate recoveries(EUR)must focus,more than ever,on the frac stimulation and completion programs,which together account for up to 70% of total well costs.For multi-stage shale wells especially,access to affordable stage-by-stage flow profiles to identify non-productive stages and avoid inter-well communication is an indispensable tool,in efforts to maximize production flow across the lateral and minimize costs.However,save for a scant number of engineered"science"wells,these critical data have been unavailable to more than 99% of completed land wells.
机译:倒塌的油价在需求 - Saped Covid-19大流行中令人生意的是E&P公司的经济压力,特别是非传统社区中的经济压力。在这种完全前所未有的气候中,它更加现任运营商能够深化水库表现的洞察力,为了加强在无拘无束的预算限制范围内的生产流程。指导在最大化生产和估计的最终回收率(EUR)的任何练习必须关注FRAC刺激和完工计划,这些计划高达70%总井成本。特别是,对于多级页岩井,特别是对逐阶段流程概况的可靠性,以识别非生产阶段,避免井间通信是一种不可或缺的工具,可以在横跨横向和最小化的生产流程最大化成本。但是,为了获得一个少数的工程化的“科学”井,这些关键数据已经不可用了超过99%的完成土地井。

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