E&P Plus:2021年水力压裂技术展示

本专题重点介绍近 40 家公司的最新水力压裂技术和服务,以及这些工具如何解决操作员面临的挑战。

[编者注:本文完整版最初发表于 E&P Plus 一月号在此订阅数字出版物 。]

本专题重点介绍近 40 家公司的最新水力压裂技术和服务,以及这些工具如何解决操作员面临的挑战。


单击 此处 阅读

2021水力压裂技术展示会 

发表在《E&P Plus》一月号上。 


探索下一次压裂革命的创新

深厚的科学知识促进了水力压裂智能系统和应用的进步。引领这些创新的行业专业人士将于 2 月 2 日至 4 日在 2021 年 SPE 虚拟水力​​压裂技术会议暨展览会上展示他们的研究成果。此次会议的特色是下一代技术、可持续发展和最佳实践的多样化组合。

本次活动的断裂诊断会议将包括一种新方法及其应用,用于定义最大水平应力和应力路径。其他演示包括密封井筒压力监测的现场应用,以评估完井效果。

通过关注完井优化,与会者将直接学习使用横向孔隙压力估计和耗竭模型进行井距和处理设计的多学科方法。此外,还将解释在井场的多个点上进行的多项 DFIT-FBA 测试,以进行高级处理阶段设计和储层表征。

随着阿根廷 Vaca Muerta 地层取得重大开发突破,除了该地区的井距和模拟设计优化之外,演示还将重点介绍错误编码减摩剂在压裂作业中的早期应用。

Ø 石油工程师协会

原文链接/hartenergy

E&P Plus: 2021 Hydraulic Fracturing Technology Showcase

This special section highlights the latest hydraulic fracturing technologies and services from nearly 40 companies and how these tools aim to address operator challenges.

[Editor's note: The full version of this article originally appeared in the January issue of E&P Plus. Subscribe to the digital publication here.]

This special section highlights the latest hydraulic fracturing technologies and services from nearly 40 companies and how these tools aim to address operator challenges.


Click here to read the

2021 Hydraulic Fracturing Technology Showcase 

in the January issue of E&P Plus. 


Discover innovations for the next fracturing revolution

Profound scientific knowledge has catalyzed advancements in intelligent systems and applications for hydraulic fracturing. Industry professionals leading these innovations will present their findings Feb. 2-4 at the 2021 SPE Virtual Hydraulic Fracturing Technology Conference and Exhibition. The conference features a diverse portfolio of next-generation technologies, sustainable developments and best practices.

Fracture diagnostics sessions at this event will include a novel method and its application to define a maximum horizontal stress and stress path. Among other demonstrations are field applications of sealed wellbore pressure monitoring to evaluate completion effectiveness.

Through a focus on completion optimization, attendees will learn first-hand of a multidisciplinary approach for well spacing and treatment design using lateral pore pressure estimation and depletion modeling. Furthermore, multiple DFIT-FBA tests performed on a well pad at multiple points in a well for advanced treatment stage design and reservoir characterization will be explained.

With Argentina’s Vaca Muerta Formation seeing significant developmental breakthroughs, presentations will highlight early applications of miscodifying friction reducers for fracturing operations in addition to well spacing and simulation design optimization in the region.

—Society of Petroleum Engineers