Geothermal Exploration and Subsurface Structural Modeling
Emilie Gentry
TEVERRA
Abstract
Geothermal exploration and subsurface structural modeling are critical processes for identifying and evaluating geothermal resources. This study focuses on the integration of geological, geophysical, and geochemical data to assess geothermal potential and develop accurate subsurface models. Geothermal exploration involves the analysis of surface expressions, temperature gradients, and fluid flow patterns, while subsurface structural modeling utilizes techniques such as seismic surveys, well logging, and 3D modeling to create a detailed representation of underground formations. The objective is to identify key parameters such as reservoir size, permeability, and heat distribution, which are essential for effective resource management and sustainable energy production. By combining advanced modeling tools with comprehensive exploration data, this approach enhances the understanding of geothermal reservoirs and supports informed decision-making in the development of geothermal energy projects.
Bio
Emilie Gentry, Senior Geothermal Geoscientist with TEVERRA providing geological mapping, resource assessment, and geothermal conceptual model development. Her technical expertise is structural and subsurface geology with experience in geologic research and oil and gas development, exploration, reservoir characterization, and regulatory affairs management. Emilie uses her knowledge in faults and structural geology and her experience in oil and gas to address major challenges in the geothermal industry and bring opportunity to the larger energy industry. She earned her B.Sc. in Geological Sciences from the University of Texas at Austin and her M.Sc. in Geology at the Colorado School of Mines.