3D geo-seismic data enhancement leveraging geophysical attributes for hydrocarbon prospect and geological illumination

The process of 3D Geo-Seismic interpretation focuses on the precise characterization of subsurface geological structures and lithological properties, as well as the identification of rocks that contain hydrocarbons. This research focuses on the challenge of analyzing seismic data from a geophysical standpoint by employing specialized methodologies. The main objective is to explore the complex characteristics of deep geological structures that serve as reservoirs for hydrocarbon resources. The analysis thoroughly explores their structural features and complex stratigraphic layers. The analysis of the stratigraphy in the region revealed various types of irregularities through the complex seismic sections acquired during this study. Furthermore, in the context of potential hydrocarbon formations in the area, the study aims to identify trap structures and analyze phenomena such as dim spots, flat spots, and bright spots—features that are typically not present in standard seismic data. This research employs 3D Geo-Seismic data enhancement by leveraging geophysical attributes in the Cooper Basin region of Australia. The modern approach is employed to analyze seismic data for the identification of hydrocarbon deposits and the investigation of trap formations. The research objectives focus on the analysis of subsurface geology using 3D seismic data, understanding the local petroleum system, and enhancing target illumination through geophysical attributes to characterize subsurface hydrocarbon structures. This paper provides significant insights into geophysics and hydrocarbon exploration by conducting a thorough examination of geological complexities. The approach taken in this study offers important perspectives for future research and resource evaluation efforts.