Seismos 与 Liberty Energy 合作提供实时刺激质量控制

Seismos 和 Liberty Energy 合作,为 E&P 运营商提供 Seismos-MWF QC 分析系统,以优化压裂设计并提高整体油井性能。

哈特能源员工

Seismos 新闻稿宣布,Seismos Inc. 和 Liberty Energy Corp. 于 5 月 4 日建立了合作伙伴关系,以扩展增产性能实时质量控制 (QC) 的工具集。两家公司将通过提供 Seismos-MWF QC 和分析系统以及 Liberty 的完井服务,专注于为勘探与生产运营商实现价值最大化。

Liberty 技术总监 Mike Mayerhofer 博士在新闻稿中表示:“我们很高兴能够提供 Seismos-MWF 系统,这是一种完井质量控制工具,可以补充我们行业领先的裂缝优化技术组合。” “Seismos-MWF 系统可以对每个阶段和油井的增产质量提供经济高效的测量。”

通过简单的表面连接,该系统使用主动控制声学直接探测近井眼裂缝网络,为每个阶段提供近场连通性指数(NFCI),无需井下设备或偏置井仪器。

裂缝系统和井眼之间的连通性可以对井和阶段层面的生产力做出重要贡献,从而提供有关裂缝增产质量的信息。Seismos-MWF 系统在每个阶段之后的扩展数据收集还可以利用压力下降数据更好地校准裂缝模型。

QC 指标用于实时对每个增产阶段和井与具有相似地质和储层剖面的最佳生产井进行基准比较。NFCI 目标经过 15,000 多个阶段测量和生产存储库的数据库“训练”,针对本地面积进行微调,并随着新生产数据的出现而不断重新校准,帮助 Liberty 客户优化裂缝设计,在完成时进行更改井并提高井性能。

“每个阶段都很重要,”Seismos 首席执行官帕诺斯·阿达莫普洛斯 (Panos Adamopoulos) 评论道。“实时裂缝优化的最大限制是缺乏可应用于各种主流实践的实用且具有成本效益的技术。”

Seismos 总部位于德克萨斯州奥斯汀,提供人工智能驱动的声学传感系统,为石油和天然气行业提供实时、非侵入式且经济高效的质量控制和监测。

原文链接/hartenergy

Seismos, Liberty Energy Partner to Provide Real-time Stimulation QC

Seismos and Liberty Energy have partnered to bring the Seismos-MWF QC analytics system to E&P operators to optimize fracture designs and improve overall well performance.

Hart Energy Staff

Seismos Inc. and Liberty Energy Corp. on May 4 formed a partnership to expand the toolset for real-time quality control (QC) of stimulation performance, a Seismos press release announced. The companies will focus on maximizing value to E&P operators by offering the Seismos-MWF QC and analytics system alongside Liberty's completion services.

"We are excited to offer the Seismos-MWF system, a completions quality control tool that complements our industry leading portfolio of fracture optimization technologies," Liberty director of technology Dr. Mike Mayerhofer said in the release. "The Seismos-MWF system can provide a cost-effective measurement of stimulation quality in each stage and well."

Through a simple surface connection, the system uses active controlled acoustics to directly probe the near-wellbore fracture network, providing a near-field connectivity index (NFCI) for each stage without a need for downhole equipment or offset well instrumentation.

The connectivity between the fracture system and the wellbore can be an important contributor to productivity at both the well and stage level thus providing information on the quality of the fracture stimulation. The extended data collection of the Seismos-MWF system after each stage also allows for better fracture model calibration with pressure decline data.

The QC metric is used to benchmark in real-time every stimulated stage and well against the best producing wells of a similar geological and reservoir profile. The NFCI targets, 'trained' by a database of 15,000+ stage measurements and production repository, are fine-tuned for the localized acreage and continuously re-calibrated as new production data becomes available, helping Liberty customers optimize fracture designs, make changes while completing the well and improve well performance.

"Every stage counts," Seismos CEO Panos Adamopoulos commented. "The biggest limitation to real-time fracture optimization was the lack of practical, cost-effective technologies that can be applied in every well as mainstream practice."

Based in Austin, Texas, Seismos provides AI-powered acoustic sensing systems enabling real-time, non-intrusive and cost-effective quality control and monitoring for the oil and gas industry.