科技趋势(2021 年 11 月 8 日当周)

本周部分重点介绍旨在提高效率的最新上游技术。

哈特能源员工

提出者:

哈特能源勘探与生产

编者注:“技术趋势”部分出现在新的勘探与生产通讯中。本周刊重点介绍石油和天然气行业的最新上游技术和服务。本文内容根据服务公司的新闻稿和产品公告汇编而成,并不反映 Hart Energy 的意见。将贵公司与新技术产品和服务相关的最新信息提交给 Ariana Hurtado,邮箱为 ahurtado@hartenergy.com。在此订阅勘探与生产通讯。


公司合作建立更大规模的油藏规模解释

Rockwash Geodata Ltd. 和 Earth Science Analytics (ESA) 正在合作,将 ESA 基于网络的云原生地球科学软件与 Rockwash 的地质专业知识结合起来。在该合作伙伴关系的第一个项目中,Rockwash Geodata 专家建立了岩屑照片数据库,并使用 ESA 的 ML 工作流程,根据大块岩性对照片进行分类,以创建完全标记的岩屑样本照片数据集。通过将这些新创建的数字输入与 ESA 准备的一组有质量保证的传统测井曲线相结合,他们生成了一组高质量的岩石特性预测,可用于构建更大的储层规模解释。这将通过为岩石特性预测提供另一层理解和信心来支持石油物理和地球科学工作流程。

云数据平台让数据更便捷 

马拉松石油公司是一家总部位于德克萨斯州的独立勘探与生产公司,着手构建下一代数据平台,总体目标是使数据更易于访问并实现更多数据驱动的业务决策。EPAM 帮助马拉松石油公司开发了一个新的数据平台,可提供所需的性能、可扩展性和可靠性。云数据平台正在改变马拉松石油公司的业务,将数据集中在一个平台上,使业务用户更容易访问这些数据,同时还提供灵活性和可扩展性来支持现有和未来的用例。该平台还消除了重复的软件许可证,并减少了传统本地平台的运营开销。此外,它还提供了用于构建和部署新数据管道的可重复过程。

油井拖拉机输送技术最大限度地提高速度和功率

Welltec 发布了其 Well Tractor 输送技术的修订设计。Well Tractor 212 CVT 配备连续可变牵引技术,始终自动最大化速度和功率,优化每次运输运行,使操作更快、更高效。除了牵引系统之外,新工具还提供了经过大幅修改的电子套件,可在更坚固的架构中满足更高的温度要求。它还允许完整的双向地面控制,可以向井下工具发送命令并在地面接收诊断信息。该技术的配置使得每个车轮部分都有自己的动力装置。这些液压装置和轮部分比以前更短、更强大,从而形成一个可以作为井下多个单独牵引车运行的系统,具有固有的冗余性,而不会影响总长度。

原文链接/hartenergy

Tech Trends (Week of Nov. 8, 2021)

This weekly section highlights the latest upstream technologies designed to improve efficiencies.

Hart Energy staff

Presented by:

Hart Energy E&P

Editor's note: This "Tech Trends" section appears in the new E&P newsletter. This weekly section highlights the latest upstream technologies and services for the oil and gas industry. The copy herein is compiled from press releases and product announcements from service companies and does not reflect the opinions of Hart Energy. Submit your company’s updates related to new technology products and services to Ariana Hurtado at ahurtado@hartenergy.com. Subscribe to the E&P newsletter here.


Companies collaborate to build larger, reservoir-scale interpretations

Rockwash Geodata Ltd. and Earth Science Analytics (ESA) are collaborating to combine ESA’s web-based cloud-native geoscience software and Rockwash’s geological expertise. In the first project under this partnership, Rockwash Geodata experts have taken a database of cuttings photographs and, using ML workflows from ESA, categorized the photos in terms of bulk lithology to create a fully labeled dataset of cuttings sample photographs. By combining these newly created digital inputs with a quality assured set of traditional log suite curves prepared by ESA, they have generated a set of high-quality rock property predictions, which can be used to build larger, reservoir-scale interpretations. This will support petrophysical and geoscience workflows by providing another layer of understanding and confidence to the rock property predictions.

Cloud data platform makes data more accessible 

Marathon Oil Corp., a Texas-based independent E&P company, set out to build a next-generation data platform with the overall goal to make data more accessible and enable more data-driven business decisions. EPAM helped Marathon Oil develop a new data platform that delivers the performance, scalability and reliability required. The cloud data platform is transforming Marathon Oil’s business by centralizing data in a single platform and making it more accessible to business users while also providing the flexibility and scalability to support existing and future use cases. The platform also removes recurring software licenses and reduces operational overhead from legacy on-premise platforms. Additionally, it provides a repeatable process for building and deploying new data pipelines.

Well tractor conveyance technology maximizes speed and power

Welltec has released a revised design of its Well Tractor conveyance technology. Well Tractor 212 CVT is equipped with continuous variable tractoring technology and automatically maximizes speed and power at all times, optimizing every conveyance run, making operations faster and more efficient. In addition to the tractoring system, the new tool offers a heavily revised electronics package that is rated to higher temperature demands within a more robust architecture. It also allows for full two-way surface control that can send commands to the tool downhole and receive diagnostics back at surface. The technology is configured so each wheel section has its own power unit. These hydraulic units and wheel sections are shorter and more powerful than ever before, resulting in a system that operates as multiple individual tractors downhole with inherent redundancy without compromising on overall length.