RadExPro is a seismic processing software on Windows. It is capable for seismic processing from real-time seismic acquisition QC and in-field processing to final stacks.

Many of our clients use RadExPro for in-depth HR/UHR marine seismic processing, both 2D and 3D, with a number of dedicated seismic processing algorithms available, fine-tuned to address problems typical for this kind of data. Those include efficient adoptive deghosting, multiple suppression, high-resolution marine statics, 3D regularization and pre-stack migration.

Its Vertical Seismic Profile (VSP) processing facility includes extended support of Distributed Acoustic Sensing (DAS) data, with input of data formats of all major manufacturers of DAS equipment, in-field real-time QC and data analysis, as well as conventional VSP processing.

RadExPro can also be used for complete near–surface land seismic data processing — reflection, refraction, and MASW.

The software is being developed since 1992. It is being used by hundreds of geophysical and geotechnical companies, universities and research institutes in more than 50 countries all over the globe.


EAGE Annual 2023 – RadExPro In-Booth Presentations

EAGE Annual 2023 – RadExPro In-Booth Presentations 150 150 RadExPro

Here is the schedule of the presentations in our booth #4050 at the EAGE Annual in Vienna, June 6-8. The schedule is the same…

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New Tutorial on Land Seismic QC Attributes

New Tutorial on Land Seismic QC Attributes 150 150 RadExPro

In this tutorial, we demonstrate how to compute typical land seismic QC attributes (amplitude, frequency, signal-to-noise ratio). In the second part, interactive analysis of…

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Global Offshore Wind 2023, London, UK

Global Offshore Wind 2023, London, UK 150 150 RadExPro

Once again we are attending the UK’s largest exhibition for the global offshore wind industry, aiming to demonstrate our software for processing and QC…

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EAGE Annual 2023, Vienna, Austria

EAGE Annual 2023, Vienna, Austria 150 150 RadExPro

On 5-8 June join us in Vienna at the largest European geoscience and engineering event. Visit our booth 4050 for a presentation or a…

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Our Clients

Our Clients about RadExPro

In–Depth Processing of HR/UHR Marine Seismic Data

RadExPro provides a complete solution for in–depth processing of HR/UHR marine seismic data including advanced denoising, high–resolution offshore statics, designature (automatic wavelet estimation, deghosting, debubbling, deconvolutions), efficient demultiple algorythms for multi–channel (SRME) and even single–channel data (Zero–Offset Demultiple), 3D regularization, pre–stack and post–stack migrations, etc.

Data on the picture is an ultra–high resolution (up to 3000 Hz) record acquired by Geo Marine Survey Systems with a 48–channel streamer and a sparker source at 2–5 m water depths. Channel spacing was 1 m, CDP interval—0.5 m. All the processing was made in RadExPro software by GeoSurveys.

SharpSeis Deghosting/Broadband Processing Solution

The algorithm utilize a stabilized approximate solution for the deghosting operator, applied to a seismic trace in both forward and reversed time. The optimum ghost delay is estimated adaptively to the data within a sliding window, to ensure the best possible match. This results in sharp crystal–clear seismic images with broad spectrum and high signal–to–noise ratio.

Data on the picture is an airgun record courtesy of University of Tromsø.

Real–Time Marine Seismic QC

Real–time QC is dedicated for onboard seismic source and data quality control as soon as the data is received during marine seismic acquisition. It is aimed to identify any problems with seismic acquisition at the very same moment when they happen. This allows seismic crew to immediately fix the problems, minimizing related loss of operational time and money. Nowadays RT QC is the industry standard for marine seismic operations.

RadExPro Real–Time allows QC of the data from thousands of channels in true real–time, using just an average good modern PC with a multi–core CPU and 64–bit Windows OS. Compare this to some other known packages, which are supposed to run procedures in the real–time, while on practice have dozens of shots delayed even working on a Linux cluster…