Case study

Acquiring high-resolution seismic data for geothermal exploration in an urban environment

Discover how the world's smallest seismic acquisition technology was used for geothermal exploration within a challenging and restrictive urban environment.


Project snapshot

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Project partners

STRYDE and Seismic Mechatronics BV

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Project goal

Acquiring high-density seismic to compare results to previous explosive surveys

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Urban environment

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Survey size


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Application seismic was acquired for


The STRYDE Nodes™ support us greatly in our mission to offer zero-carbon seismic acquisition. Eliminating CO2 emissions and reducing our environmental footprint is essential in making the industry more sustainable.

Richard de Kunder
Richard de Kunder

CEO at Seismic Mechatronics BV


Survey snapshot

Survey type

2D reflection survey

Source used

Seismic Mechatronics Storm10 eVibe (mounted on an electric Manitou MTE625 carrier)

Survey layout

Single 7.5 km 2D line

Line and reciever point spacing

7.5 km line with a 5 m receiver spacing

Production operating mode

10 hours/day (night-time) for the entire 8 project days with 1ms sample rate

Number of teams and total crew size for deployment/acquisition/retrieval operations

  • Deployment = 1x 3-person team, deployed 1,500 nodes in 2 standard working days
  • Acquisition = 1x 3-person team used during eVibe source acquisition
  • Retrieval = 1x 2-person team retrieved the nodes in 1 standard working day

Challenges experienced during survey planning...

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The challenging inner-city location of the seismic line resulted in the shot records being heavily contaminated with environmental noise. However, this noise, along with the normal expression of ground roll and the like, were successfully attenuated and strong broad-band reflectivity was able to be imaged.

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As there was a lot of traffic on the streets and railroad, it put the safety of personnel at a higher risk. Therefore, it was decided to work during the night between ca. 00.00am and 5.00am to increase safety (and reduce environmental noise).

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What we supplied

STRYDE’s Nimble System™ was deployed to Seismic Mechatronics in the Netherlands and comprised of:

  • 1,500 STRYDE Nodes™
  • 1 Nest (charge and data harvesting hardware)
  • 1 Portable Server Unit
  • 3 Deployment and Retrieval Backpacks
  • 2 Navigator Tablets (for precision deployment)
  • 3 Initialisation Devices (to turn on the nodes in the field)
  • 153 Magazine Strips (each holds 10 nodes)

Survey outputs


2D seismic data

Benefits and how STRYDE helped overcome survey challenges

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Operational Production Results

Survey was completed in just 8 days, including deployment of nodes, source acquisition, and retrieval of nodes, with a total of 3 people involved.

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Environmental Impact

STRYDE Nodes™ working in combination with the eVibe demonstrated that “zero-carbon acquisition” could be possible. Fully eliminating any CO2 emissions during the deployment/retrieval of the nodes and per vibrator point.

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Data Acquisition Results

The STRYDE Node™ and eVibe data shows higher resolution, better continuity, and sharper imaging in both the near surface as well as in the deeper subsurface when compared to the explosive survey of 2021.

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Reduced project lifecycle costs

STRYDE Nodes™ are compact and affordable. This means reduced outlay on receiver equipment, faster layout and retrieval using fewer field crew and vehicles, and less line clearing

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Lower environmental footprint

Environmentally damaging line clearing is eliminated, since equipment can be hand carried. You also need far fewer vehicles, reducing CO2 emissions and land disruption

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Improved image quality

STRYDE allows users to achieve a significantly greater trace density for any given budget, leading to a significant uplift in seismic image quality

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Improved HSSE

The lightweight design of the nodes means you need fewer people in the field, reduced driving and line clearing - minimising exposure to HSE risk and reducing costs

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Zero permitting required

Use of low-environmental impact seismic equipment meant that survey permits were not required

"This project highlights the adaptability of the STRYDE technology in the urban environment with the rapid and sustainable operations, the ability to maintain a high-density survey, and the minimal disruption to the local population."

Nick Tranter
Nick Tranter

Business Development Manager - New Energy


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