STRYDE 正在庆祝其地震数据处理解决方案赢得多个合同。
Amine Ourabah 是 STRYDE 位于挪威的新 CHPC 的首席地球物理学家和 Geroge Barnes 处理地球物理学家

自 2023 年 7 月以来，陆上地震数据专家共获得了 11 份新合同，在创纪录的时间内为地热、CCUS、石油和天然气、采矿和水勘探领域的公司提供了地下洞察。

这些新合同使 STRYDE 为全球各国（包括沙特阿拉伯、巴基斯坦、乌克兰、美国、哥伦比亚和巴西）的 2D 和 3D 地震勘测提供常规和现场处理服务。

该公司无与伦比的现场处理解决方案 STRYDE Lens™ 已被选为 11 个处理项目中的 4 个。

乌克兰最大的私营能源运营商 DTEK Oil&Gas 是受益于 STRYDE Lens™ 解决方案的公司之一。

今年早些时候，DTEK Oil&Gas 购买了 STRYDE 的节点采集系统，并使用 STRYDE Lens™ 解决方案处理了最近在乌克兰进行的地震勘测中获取的数据。

使用 STRYDE Lens™ 后，第一批数据从地震记录设备下载后即可立即开始数据处理，从而将采集结束和地震图像交付之间的时间缩短了 88%（与知名处理承包商执行的传统处理相比）。

STRYDE 首席地球物理学家 Amine Ourabah 表示：“
STRYDE Lens”处理合同近期激增，证明了我们提供快速、高质量地震数据的能力，这得益于我们技术精湛的陆地处理地球物理学家团队，以及我们将最先进的采集系统转变为我们的团队可以远程访问的处理环境的独特能力。”这种

强大的组合使我们能够在勘测完成后非常迅速地提供可解释的地震图像。对于我们的客户来说，这意味着他们可以比使用传统方法更早地做出明智的决策。”

DTEK Oil&Gas 勘探部负责人 Yevgeniy Solodkyi 表示：
“我们在乌克兰完成地震勘测后仅两周就收到了经过全面处理和迁移的地震数据。Lens™ 图像的质量可与同时进行的传统处理图像相媲美，后者耗时四个月才交付。

”在我们钻井计划的关键阶段，这种快速交付至关重要。STRYDE Lens™ 图像提供的详细结构洞察使我们能够迅速确定最佳钻井位置，并比预期更早地将钻井设备移动到相关位置。”

采矿、水利勘探和石油天然气行业的公司也选择 STRYDE 进行 2D 线和 3D 地震勘测的传统生产处理。这些发展现在使 STRYDE 成为主要处理公司的竞争对手该公司在全球拥有 100 多家分支机构。STRYDE

首席执行官 Mike Popham 表示：
“我对我们过去几年开发的处理服务感到非常自豪，正是这些服务将 STRYDE 从一家科技初创公司转变为领先的陆上地震解决方案供应商。”

随着这一增长，我很高兴地宣布，市场对 STRYDE 数据处理能力的强劲需求使我们能够进一步投资位于挪威 Asker 工厂的高性能计算中心 (CHPC)。

“新的 CHPC 使我们的团队能够高效地处理、管理和存储来自常规和高密度地震勘测的大量数据，并为我们的处理团队提供了一个有效的平台，以便他们开展研究和开发活动，进一步优化我们为客户提供的解决方案。”

直到最近，陆地地震数据主要还是石油和天然气行业独有的，这主要是因为其采集和处理成本传统上很高。然而，STRYDE 的创新节点系统使采集操作对于新能源市场来说更加实惠。

尽管取得了这一突破，但许多新能源市场公司缺乏将原始地震数据处理成可解释的地下图像的内部能力。因此，对 STRYDE 数据处理服务的需求不断增长，该服务可以熟练地将原始数据转换为清晰、可操作的图像。

这种能力不仅支持能源公司的需求，还凸显了 STRYDE 作为重要合作伙伴在加强其新能源机会勘探和开发工作方面的作用。

STRYDE is celebrating multiple contract wins for its seismic data processing solutions.
Amine Ourabah Chief Geophysicist and Geroge Barnes Processing Geophysicist at STRYDEs new CHPC in Norway

The onshore seismic data experts have secured a total of 11 new contracts since July 2023, delivering subsurface insights to companies in the geothermal, CCUS, oil and gas, mining, and water exploration sectors, in record time.

These new contracts have seen STRYDE providing both its conventional, and in-field processing services for 2D and 3D seismic surveys from countries across the globe, including Saudi Arabia, Pakistan, Ukraine, the USA, Colombia, and Brazil.

STRYDE Lens™, the company’s unrivalled in-field processing solution has been selected for four of the 11 processing projects.

Ukraine’s largest private energy operator, DTEK Oil&Gas, is one of the companies benefiting from the STRYDE Lens™ solution.

Earlier this year, DTEK Oil&Gas purchased STRYDE's nodal acquisition system, and the data acquired during a recent seismic survey in Ukraine has been processed using the STRYDE Lens™ solution.

The use of STRYDE Lens™ allowed data processing to commence immediately after the first batch of data was downloaded from the seismic recording devices, thereby reducing the time between the end of acquisition and the delivery of the seismic image by 88% (when compared to conventional processing performed by a well-known processing contractor).

Amine Ourabah, Chief Geophysicist at STRYDE, said:
“The recent surge in STRYDE Lens™ processing contracts is testament to our ability to deliver rapid, high-quality seismic, enabled by our team of highly skilled land processing geophysicists and our unique ability to transform our state-of-the-art acquisition system into a processing environment that our team can access remotely.

“This powerful combination enables us to deliver an interpretable seismic image very quickly after survey completion. For our customers, this means they can make informed decisions much earlier in the process than would be possible with conventional methods.”

Yevgeniy Solodkyi, Head of the Exploration Department at DTEK Oil&Gas, said: “
"We received fully processed and migrated seismic volumes within just two weeks of concluding our seismic survey in Ukraine. The quality of the Lens™ image rivalled that of the conventional processed image that was concurrently being progressed and took four months to deliver.

“During a critical phase of our drilling program, this rapid delivery was instrumental. The detailed structural insights provided by the STRYDE Lens™ image enabled us to swiftly pinpoint optimal drilling locations and move the drilling equipment to the relevant location much earlier than expected.”

Companies in the mining, water exploration, and oil and gas sectors have also chosen STRYDE for conventional production processing of 2D lines and 3D seismic surveys. These developments now position STRYDE as a competitor to major processing firms worldwide.

Mike Popham, STRYDE CEO said:
"I am incredibly proud of the processing service we've developed over the past few years, transforming STRYDE from a technology start-up into a leading supplier of onshore seismic solutions.

“With this growth, I am excited to announce that the strong market demand for STRYDE's data processing capabilities has allowed us to invest further in our own Centre for High-Performance Computing (CHPC) at our Asker facility in Norway.

“This new CHPC empowers our team to efficiently process, manage and store large volumes of data from both conventional and high-density seismic surveys and provides us with an effective platform for our processing team to conduct research and development activities to further optimise our solutions for our customers.”

Until recently, land seismic data has been predominantly exclusive to the oil and gas industry, primarily due to the traditionally high costs associated with its acquisition and processing. However, STRYDE's innovative nodal system has made acquisition operations more affordable for new energy markets.

Despite this breakthrough, many companies in new energy markets lack the in-house capabilities to process the raw seismic data into interpretable subsurface images. Consequently, there has been a growing demand for STRYDE's data processing services, which expertly convert raw data into clear, actionable images.

This capability not only supports the needs of energy companies but also underscores STRYDE's role as a crucial partner in enhancing their exploration and development efforts for new energy opportunities.