Smart Seismic Solutions (S3) 正在部署超过 50,000 个节点，作为丹麦Greenstore碳捕获和储存(CCS) 项目的勘探调查的一部分。

Greenstore是位于丹麦中部兰德斯和霍布罗之间的一项陆上二氧化碳储存计划_，由Harbour Energy运营，Ineos Energy和Nordsöfonden为合作伙伴。该项目计划评估在约500平方公里的土地上建立一个全规模陆上二氧化碳储存设施的^潜力_，目标是最早于2030年投入运营。

作为评估计划的一部分，S3公司将开展欧洲规模最大的地震勘测。地震数据预计将为钻探活动前储存地点的选择和评估提供依据。钻探活动计划于2026年夏季开始，首先钻探第一口勘探井，随后在2027年再钻探两口井。

来源：Stryde。

“我们很荣幸能继续在丹麦中部和北部日德兰半岛之间开展地下成像工作，目标是邦特砂岩，”S3首席执行官帕特里克·罗伯特表示。“我们与Stryde公司合作完成了两个非常成功的项目，亲身体验了他们可扩展的系统如何优化我们的地震勘探现场作业。该系统能够以更快的速度、更精简的方式开展勘探活动，在预算范围内提供所需的数据质量，并显著降低对我们新能源客户土地的影响。”

该项目标志着 S3 在其欧洲新能源项目中第三次部署 Stryde 节点地震系统。

“我们很高兴能够继续支持S3，助力他们拓展现代可持续勘探的边界，”Stryde业务发展经理Amie Foster表示。“他们对Stryde技术的持续投资，反映出人们越来越认识到，高质量的地震勘探并不一定意味着高成本或高碳排放。我们携手证明，通过更智能、更高效的地震采集，加速能源转型是完全可能的。”

在即将进行的3D地震勘探中，S3计划在16万个接收器位置部署5万个Stryde Range+节点。这项高密度采集计划旨在提供全面的地震数据集，以便对兰德斯和霍布罗之间500平方公里勘探区域内潜在的地下二氧化碳储存层进行_成像。

据该公司称，每个 Stryde 节点重 150 克，是目前市场上最轻的自主式地震接收器。轻巧的重量使得小型作业团队可以步行部署节点，最大限度地减少对车辆的依赖。地震能量源计划采用可控地面振动的振动震源车，在整个勘测区域内规划约 41,000 个震源点。

Smart Seismic Solutions (S3) is deploying more than 50,000 nodes as part of an exploration survey for the Greenstore carbon capture and storage (CCS) project in Denmark.

Greenstore is an onshore CO₂ storage initiative between Randers and Hobro in central Denmark and is operated by Harbour Energy, with Ineos Energy and Nordsøfonden as partners. The project is planned to assess the potential to establish a full-scale onshore CO₂ storage facility across approximately 500 km², with the ambition of becoming operational as early as 2030.

As part of this evaluation program, S3 is set to conduct the largest seismic survey undertaken in Europe. The seismic data is expected to underpin the selection and appraisal of storage sites ahead of drilling activities, which are planned to begin with the first exploration well in summer 2026, followed by two additional wells in 2027.

Source: Stryde.

“We are proud to continue imaging Denmark subsurface between middle and northern Jutland targeting Bunter sandstone,” said Patrick Robert, CEO of S3. “Having completed two highly successful projects with Stryde, we’ve experienced how their scalable system optimizes our seismic field operations. It enables faster, leaner campaigns that deliver requested data quality on budget and with significantly reduced land impact—key factors for our new energy clients.”

This project marks the third deployment of Stryde’s nodal seismic system by S3 across its European new-energy portfolio.

“We are thrilled to continue supporting S3 as they push the boundaries of modern and sustainable exploration,” said Amie Foster, business development manager for Stryde. “Their repeat investment in Stryde’s technology reflects the growing recognition that high-quality seismic doesn’t have to come with high cost or high carbon impact. Together, we’re proving that it’s possible to accelerate the energy transition through smarter, more efficient seismic acquisition.”

For the upcoming 3D seismic survey, S3 plans to deploy 50,000 Stryde Range+ nodes across 160,000 receiver locations. The high-density acquisition program is designed to deliver a comprehensive seismic data set capable of imaging potential subsurface CO₂ storage formations across the 500-km² survey area between Randers and Hobro.

Each Stryde node weighs 150 g, making it the lightest autonomous seismic receiver on the market, according to the company. The light weight allows small crews to deploy nodes on foot, minimizing reliance on vehicles. Vibroseis trucks, vehicles that generate controlled ground vibrations, are planned as the seismic energy source, with approximately 41,000 source points planned across the survey area.