Geophysical challenges are numerous in the Turkish basin which has been quite challenging in locating simple and broad structures containing large pools of hydrocarbons. However, the global inventory of readily accessible and exploitable hydrocarbon reserves has gradually diminished. Therefore, the current focus in exploration and development lies in extracting reserves of "new oil and natural gas" that are situated beneath complicated overburden structures that cannot be identified using conventional, established methods. In order to enhance our research capabilities for more effective subsurface data processing and uncover concealed hydrocarbon reserves to meet national energy demands, it is imperative that we make improvements. Advanced understanding and imaging techniques are necessary to comprehend and visualize complex geological subsurface structures. These structures encompass thrust faults, normal faults, and stratigraphic structures. The current understanding and methodology for subsurface imaging are constrained by a limited knowledge of wave propagation. It is possible that the intended target may not be imaged or illuminated if the wave propagation path bypasses the subsurface of the target. The primary objective of this research is to gain a comprehensive understanding of geological modeling and wave propagation for subsurface imaging. The main focus will be on addressing the key issue at the Turkish Basin. The research results encompass a geological model at a regional scale, along with seismic synthetic data. These findings can be utilized to implement the new methodology for achieving the desired objectives. In addition, the research aims to enhance the field of geoscience by proposing an improved workflow for Geological interpretation utilizing Subsurface seismic data, ultimately resulting in enhanced reservoir modelling. The ultimate objective of the project will be to utilize authentic field data and implement the developed methodology to achieve precise hydrocarbon prediction.

Gravity And Magnetic Survey Of PreFeasibility Study Of Ulu Slim Geothermal Prospect (Geothermal Study At Ulu Slim)

Arama Sismolojisi, Diğer, Seismic, Subsurface Imaging, Diffraction,

Proje ile ilgili açıklama girilmemiştir.

Geophysics

Geophysics

Ray tracing by wavefront 3-D, anisotropic media

True amplitude 3D least-squares migration

Seismic Diffraction Enhancement for High-resolution

Applied Geophysics

Seismic Imaging