On 3-7 September we are going to attend the EAGE NSG 2023 exhibition in Edinburgh, UK. We are particularly interested in the 1st Conference on Sub-surface Characterisation for Offshore Wind that will be held as a part of the NSG Event as our software is already widely used for windfarm site surveying. We are in contact with the organizers and will announce our booth number later.
On 17 Aug – 1 Sep join us in Houston, TX at the George R. Brown Convention Center for the largest international meeting for applied geoscience. Visit our booth 607 to learn the news, listen to in-booth presentations and discuss business opportunities with our team.
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 of HR/UHR seismic data for the offshore windfarm site surveys. On 14-15 June visit our booth H85 at the London ExCeL’s exhibition hall to see the software capabilities and discuss potential business opportunities with our team.
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 live demo of our software, learn what is new or just chat with the team.
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 for all 3 days of the exhibition — Tuesday, Wednesday and Thrusday:
See you in Vienna!
On 18-20 April join us at the National Oceanography Centre in Southampton, UK for the Ocean Business 2023 show – the global meeting place for ocean science and technology professionals. Visit our booth R11 to learn how your HR/UHR marine seismic data can benefit from the in-depth processing facilities of RadExPro software.
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 the attribute maps using Interactive QC module is described.
In this tutorial, we demonstrate how a novice user can process data of land near-surface seismic reflection (CDP) survey. As an example, we use a seismic reflection SH-wave profile. If your data is on P-waves, you can use the same processing graph, just skip the ‘Subtraction of “left” and “right” shots’ part of this tutorial. You can check the new tutorial here.
In 2023 RadExPro will be in attendance at the following industry events:
A new tutorial on ‘Python Proxy – How to Introduce Your Own Algorithms in Python into RadExPro Software’ is now available in the Tutorials section of our web-site. This tutorial is for those who aim to expand the functionality of RadExPro by introducing their own algorithms in Python via the Python Proxy module. The tutorial contains several example implementations of seismic processing algorithms in Python Proxy, including automatic gain control, deghosting, semblance attribute computation and geophone-to-DAS conversion.
