Learn more about how STRYDE’s team of geophysical experts can process land seismic data in the most efficient way possible to assure subsurface image excellence and delivery of interpretation ready data
Our team of highly skilled and experienced land processing geophysicists offer tailored processing solutions to deliver high-quality and reliable seismic products more efficiently than ever before.
Utilising proven processes, algorithms, and workflows, STRYDE applies state-of-the-art processing techniques to overcome common challenges in land seismic data, assuring subsurface image excellence and enabling efficient and effective interpretation.
The only solution on the market today focused on delivering a subsurface image in the fastest possible way by processing the data right where it was acquired.
Powered by highly skilled and experienced land processing geophysicists equipped with state-of-the-art technology, STRYDE Lens enables remote login to the STRYDE acquisition system, allowing processing to begin the minute the data is downloaded from the seismic recording devices.
In the last couple of decades, it has been proven that high trace density seismic delivers better quality seismic products, and the main reason for this is that high trace density samples noise better, simplifies the processing sequence, and makes most existing tools work better. This ultimately delivers faster and better results to the client.
The nodal technology developed by STRYDE is a key enabler to this, allowing companies to acquire high-trace density seismic data at a reasonable cost, thanks to the sensor's small size and affordability.
Achieved by utilising STRYDE’s world-class hardware, and an extremely powerful processing platform designed to efficiently process raw data at scale, delivered by a team of highly skilled and experienced land seismic data processing experts, with an average experience of 22 years across the team.
The powerful hardware we have, allows us to produce several processing fast track workflows to explore multiple possible scenarios simultaneously instead of working in series, as it’s done conventionally. This will allow the client to receive extremely valuable intermediate products and see the true impact of several approaches which would usually be otherwise unexplored.
We work closely with acquisition contractors to make the data transfer to the processing environment as swift as possible. With our deep knowledge and experience with the STRYDE SEGDrev3 format, we can read the data very efficiently and take full advantage of all the engineering headers present in the dataset to rapidly QAQC the data and expedite the start of the processing.
Our team has the capability to process extremely high-density surveys of any size and deliver seismic products of outstanding quality. This is achieved using our powerful hardware and an optimised PSTM processing sequence that takes advantage of the high trace density to expedite the results to a high quality product at a fraction of the time and cost.
At STRYDE we use Reveal as our main processing platform and TomoPlus for near-surface modelling and statics, this combination offers a comprehensive range of tools for land processing as well as an interactive interface for QAQC. We supplement our solution with internally developed code using Python and Java for bespoke applications and QAQC.
Our team’s extensive knowledge of the data format acquired by STRYDE Nodes, coupled with our ability to access the STRYDE Nodal receiver system remotely, means we get access to the raw data faster, are able to QAQC data more efficiently, and can fast track deliverables. Offering a complete end-to-end solution for land seismic acquisition that is cost-effective, efficient, and reliable.
Our hardware:
The software we use:
Enabling seismic projects to be expedited to make informed decisions faster, without compromising on quality.
Guaranteed to light the way in land seismic data processing...STRYDE’s team of land processing experts are proven to deliver cost savings and efficiency gains when it comes to processing seismic data, no matter how dense the data is.
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