Exploration of Geothermal Resources Utilizing Geophysical and Borehole Data in the Abu Gharadig Basin of Egypt’s Northern Western Desert

Abstract The Abu Gharadig Basin is regarded as one of the most essential in Egypt, serving country’s second important reservoir for hydrocarbon production. Our present study focused on investigation geothermal resources Basin. Using airborne magnetic and gravity surveys, well temperature records, we can identify possible sources this region. Power spectral analysis was used measurements to compute Curie Point Depths (CPDs) display gradients heat flows regime area, while data, 3-D density inversion basement surface. Real data from bottom-hole (BHT) logs geological (structural stratigraphic prior studies) were cross-validate geophysical maps ascertain stratigraphy structural setting beneath location. depth rock, according studies, ranges 4.5 7 km, CPDs run 17 22 km. Furthermore, estimated vary 25 34 degrees Celsius per kilometer, whereas 52 86 mW/m 2 . Generally, there a correlation between shallow curie depths, uplifts rocks, sites high flow, indicating that rocks are primarily accountable potential basin.