Project Abstract

This project aims to establish an integrated geophysical framework for comprehensive hydrocarbon exploration in a sedimentary basin. Hydrocarbon exploration is a crucial aspect of the energy industry, as it plays a vital role in meeting the global demand for fossil fuels. Sedimentary basins are among the most promising regions for hydrocarbon accumulation, and the successful identification and extraction of these resources are essential for economic growth and energy security. The project will utilize a multidisciplinary approach, combining various geophysical techniques to gather and analyze data from the target sedimentary basin. This integrated approach will provide a comprehensive understanding of the basin's geological structure, stratigraphy, and potential hydrocarbon-bearing formations, ultimately enhancing the chances of successful exploration and development. The project will commence with a thorough review of the existing geological and geophysical data for the target basin, including seismic surveys, well logs, and regional geological studies. This information will be used to develop a preliminary understanding of the basin's tectonic history, sedimentary depositional environments, and potential hydrocarbon plays. The next stage of the project will involve the acquisition of new geophysical data, including high-resolution seismic surveys, gravity and magnetic surveys, and potentially, electrical resistivity or electromagnetic surveys. These data will be processed, integrated, and interpreted to create a comprehensive subsurface model of the basin, identifying key stratigraphic and structural features that may be indicative of hydrocarbon accumulations. The integration of multiple geophysical datasets will be a crucial aspect of this project. By combining seismic, gravity, magnetic, and other geophysical data, the project team will be able to cross-validate the interpretations and obtain a more robust understanding of the basin's subsurface characteristics. This integrated approach will help to reduce the inherent uncertainties associated with individual geophysical techniques and provide a more reliable basis for the identification of potential hydrocarbon-bearing formations. The project will also involve the application of advanced data analysis and interpretation techniques, such as seismic inversion, rock physics modeling, and geological and geophysical forward modeling. These techniques will help to refine the subsurface model and provide more accurate estimates of the reservoir properties, including porosity, permeability, and hydrocarbon saturation. The ultimate goal of this project is to develop a comprehensive exploration strategy for the target sedimentary basin, which can be used to guide future exploration and development activities. The integrated geophysical approach will provide a robust framework for identifying and evaluating potential hydrocarbon prospects, reducing the risk and uncertainty associated with exploration decisions. The successful completion of this project will contribute to the expansion of the global hydrocarbon resource base, supporting the energy needs of both developed and developing economies. Additionally, the knowledge and methodologies developed during the project can be applied to other sedimentary basins, potentially leading to the discovery of new hydrocarbon resources and furthering the advancement of exploration technologies.

Project Overview