Integrated approach using petrophysical, gravity, and magnetic data to evaluate the geothermal resources at the Rahat Volcanic Field, Saudi Arabia

It is necessary to develop and explore geothermal resources achieve sustainable development clean renewable energy around the Globe. Geothermal crucial future supply meet environmentally friendly demand of World. The Rahat Volcanic Field (Kingdom Saudi Arabia) oldest lengthiest Cenozoic in a dominantly mature mafic that holds three major geological events; historic eruption (1256 C.E.), five fingers (∼4500–1500 BP), seismic swarm (1999 C.E.). These incidents were studied by utilizing information geophysical data sets. Geophysical geostatistical research includes gravity magnetic survey data, including different log curves elements, obtained from water samples as well volcanic rocks X-ray fluorescence (XRF). To gain an understanding subsurface thermal structure, these datasets analyzed. primary goal this study identify prominent potential with help available set. Findings suggest beneath site along fissure eruption, on western side, there anomaly surface footprint about 35 km 2 . Analyzing density susceptibility variations rock led mapping anomaly. has been inferred through integrated statistical analysis elements will be helpful validate results outcome.