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STRYDE AND REALTIMESEISMIC UNLOCK HIGH QUALITY, AFFORDABLE 3D SEISMIC ACQUISITION FOR GEOTHERMAL MARKET


Geothermal industry no longer constrained by cost of seismic acquisition – partnership allows for new seismic opportunities in under-served industry

Innovative node can be carried in a backpack and deployed almost anywhere without affecting the environment

London, 28 June 2021 – Pioneering seismic technology provider STRYDE today announces its nodes were used by realtimeseismic, a leading provider in developing real-time seismic solutions and integrated geoscience products, to conduct 4 surveys for geothermal projects in Europe.

Seismic technology has helped unlock the subsurface for oil and gas exploration for decades. However, its potential to do the same in the geothermal sector has remained largely untapped due to cost and complexity. In urban and residential environments, where geothermal energy has the potential to decarbonise not only electricity but heating, seismic crews and their equipment have limited access due to the high concentration of existing infrastructure. Often, project developers must request road closures to allow the operation of vibroseis trucks and transportation of equipment.

These challenges have meant that developers have had to compromise on survey geometry, and ultimately seismic quality, by acquiring sparser and more irregular surveys. This is despite the fact that understanding the structural geology and stratigraphy of the subsurface is critical to the success of geothermal projects.

As the lightest and most cost-effective seismic technology on the market, STRYDE is at the forefront of bringing the advantages of high-quality seismic imaging to clean energy solutions.  At 150g, STRYDE nodes are light enough for a single person to carry 90 nodes, meaning a two-person crew can deploy and retrieve hundreds of nodes in a single shift. This reduces the need for heavy vehicles in order to transport equipment, allowing seismic contractors to work without necessitating road closures and lowering emissions associated with project development. The small size of STRYDE’s nodes also allows for the discrete placement throughout an urban environment, enabling higher-density surveys.

With this innovative technology, STRYDE enabled realtimeseismic to successfully conduct a variety of complex geothermal projects in Europe using their nodal system. realtimeseismic was able to shoot a city-based 3D study in just one month, versus the 6-10 months it would have once taken with traditional cabling systems due to the flexibility of the nodal system and speed at which data can be processed once the nodes are harvested.

STRYDE’s size and weight also enabled realtimeseismic to complete surveys during Covid-19, when restrictions limited the number of people who could be sent on-site.

realtimeseismic were able to demonstrate that, through the use of high trace density acquisition and modern data analytics, irregularity of data due to restricted access in a city could not only still be used to generate an image of the subsurface, but even help reveal the true geology of the subsurface.

Claudio Strobbia, Founder and Chief Research Scientist, realtimeseismic said, “Our vision is to accelerate seismic acquisition without compromising on quality. That’s why we decided to partner with STRYDE. They are extremely committed, highly qualified scientists and technicians who have helped us do things that simply weren’t possible before. There’s a real sense of co-operation and a shared passion to make every project a success.”

“The proof is that our geothermal clients are incredibly happy with the results they’re seeing. STRYDE’s technology is taking away much of the risk they would traditionally face.”

Mike Popham, Chief Executive Officer, STRYDE said: “We were very impressed with realtimeseismic’s capabilities and eagerness to learn about our technology. It is clear that our two companies share the same vision of making high quality seismic affordable to all industries. By increasing productivity, reducing resource requirements, enabling rapid project delivery, and providing easy-to-use technology solutions, our collaboration has been able to unlock opportunities for geothermal, which has the potential to be one of the most powerful energy sources in the world.”

“We are proud to use our nodes to build the high-density dataset needed for the big data approach realtimeseismic takes to surveying for geothermal projects. The combination of their advanced software solutions and our nodal systems have allowed realtimeseismic to outpace the competition when it comes to subsurface surveying and analytics.”

About STRYDE:

STRYDE’s mission is to make high density seismic affordable to any industry.

STRYDE’s customers benefit from a substantially reduced environmental footprint, reduced HSE risk, faster surveys and significant operational efficiencies. Put simply, STRYDE’s products save customers money and time while enabling them to deliver the best quality seismic data.

STRYDE technology has been used for oil and gas exploration, geothermal, mining, assessing seismic risk and even for archaeology. This diverse range of operating environments demonstrates the versatility of the STRYDE system, which can scale to meet any end user requirement on any land terrain.

With over 170,000 STRYDE NodesTM deployed or purchased globally, STRYDE is helping customers around the globe to acquire an unparalleled understanding of the subsurface.

To find out more about STRYDE and the game changing STRYDE NodeTM please visit strydefurther.com or email sales@strydefurther.com

About realtimeseismic:

realtimeseismic develops advanced tools and methods for the design, control, acquisition, and processing of seismic data, with a focus on optimising the chain, to deliver better results faster.

With projects spanning from the design to the imaging, from exploration to microseismic monitoring and global seismology, realtimeseismic is active in supporting different industries, applying O&G technologies to geothermal, mining, storage, engineering, groundwater applications.

To find out more about realtimeseismic please visit realtimeseismic.com

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