Modern Techniques of Near Surface High-Resolution Marine Seismic Data Processing
S. Vakulenko, S. Buryak
Abstract
S. Vakulenko, S. Buryak
Abstract
Summary Near surface high resolution marine seismic data is widely used for geohazard seismic assessments, pipeline routs and platform site surveys, sub-bottom site characterization, as well as 4D reservoir monitoring. Over the past few years, marine engineering seismic has experienced significant development in both acquisition and processing techniques. Complexity and variability of state-of-the-art shallow seismic data acquisition requires adequate processing approaches. Nowadays processing of marine shallow seismic data is a combination of graphs, used for oil and gas seismic exploration and processing techniques, developed inside the companies, adjusted to the data they acquire.
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Summary Near surface high resolution marine seismic data is widely used for geohazard seismic assessments, pipeline routs and platform site surveys, sub-bottom site characterization, as well as 4D reservoir monitoring. Over the past few years, marine engineering seismic has experienced significant development in both acquisition and processing techniques. Complexity and variability of state-of-the-art shallow seismic data acquisition requires adequate processing approaches. Nowadays processing of marine shallow seismic data is a combination of graphs, used for oil and gas seismic exploration and processing techniques, developed inside the companies, adjusted to the data they acquire.
Key concepts: Geohazard, Data processing, Geology, Seismology, Seismic exploration, Data acquisition, High resolution, Pipeline (software)