Understanding the thermal state of our Earth as a whole.
Speech highlighting the importance of crustal heat flow to kerogen kinetics and thermal maturation of hydrocarbons.
The characteristics of natural geothermal reservoirs cover a wide spectrum in terms of temperature, depth, geometry, geology, and fluid chemistry.
The present work attempts to address the different positions taken by updating geophysical modeling evidence concerning heat flow in the Williston Basin in which paleogeothermal conditions are variable over geologic time.
After conducting the investigation, present research demonstrates that elevated heat flow may have existed in the Williston Basin in the geologic past but did not necessarily have to occur during or after the time period suggested.
The present work attempts to address the different positions taken by updating geophysical modeling evidence concerning heat flow in the Williston Basin in which paleogeothermal conditions are variable over geologic time.
This project seeks to perform such geostatistical analysis of data made available from the National Geothermal Database System (NGDS) for the State of Texas in order to better define the geothermal resources of a region.