Onshore seismic data can present a unique set of challenges, surface conditions can lead to static and noise issues and geologically complex areas can give rise to imaging problems.
Offshore seismic data has its own set of problems; multiples, ghosting and imaging of complex structure including salt bodies are just a few examples.
Geomage provides most accurate seismic data processing services with its proprietary MultiFocusing Imaging technology. Geomage MultiFocusing© imaging used successfully all across the globe for wide spectrum of different geological/geophysical conditions/problems:
Seeing is believing – please review Case Studies taken from different projects we implemented worldwide.
Geomage offers proprietary direct method to detect and characterize fractures and other small scale reservoir heterogeneities.
The MultiFocusing Diffraction Imaging (MFDI) method is based on a new moveout time correction which adequately describes diffraction events. Optimal summation of the diffracted events and attenuation of the specular reflections allow creating an image containing mostly diffraction energy.
The result of the MFDI is the full-azimuth seismic image which primarily contains optimally stacked diffraction events. Integration with petrophysical data sources provides calibration information specific to a prospect area.
The diffraction cube contains important information identifying local heterogeneities and discontinuities in the subsurface. This information helps to optimize horizontal drilling and correct placement of exploration wells.
Refer to MultiFocusing Diffraction Imaging