Geothermal Prospectivity Mapping

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Free Download Geothermal Prospectivity Mapping
Published 10/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 7h 56m | Size: 5.15 GB
Using Integrated GIS, Remote-Sensing and Geophysical Techniques.

What you'll learn
Using satellite imagery to detect structural lineaments and fractures.
Identify zones with high geothermal gradients and subsurface temperatures.
Delineate heat sources (magma bodies, deep fractures, faults).
Automate repetitive tasks in oasis montaj software
Using Python to automate the process of diving a grid into several overlapping blocks
Requirements
Oasis montaj, Global Mapper, ArcMap, Qgis, Surfer, PCI Geomatica, Python, Visual studio code, ENVI and Google earth pro installed on a PC
Description
Geothermal energy is heat derived from within the earth. It is a clean, renewable resource because the heat is continuously produced inside the Earth's core by the slow decay of radioactive particles. This immense heat can be harnessed to generate electricity, heat and cool buildings, and for various direct-use applications.Geothermal Energy Prospecting and Mapping involves identifying and characterizing areas where heat from the Earth's interior can be harnessed for energy production. This process combines geological, geophysical and remote sensing methods to locate subsurface heat sources, permeable reservoirs, and fluid pathways. The ultimate goal is to de-risk projects by pinpointing the most promising locations for drilling, which is the most expensive part of development.Several parameters which need to be considered for an optimum occurrence of geothermal resources are shallow Curie point depths, high-temperature gradients, high heat production, low regional gravity anomalies, the presence of structural lineaments, hot or warm spring locations, as well as the outcropping of younger volcanic or granitic rocks, among many others. The faulted/fractured structural pattern enhances the permeability of rocks. It enables the easy transportation of hot fluids from the Earth's interior to the surface. Hot/warm springs indicate the occurrence of geothermal energy resources within the subsurface. Additionally, the occurrence of volcanic rocks serve as cap rocks in some known geothermal locations. The low gravity anomaly indicates the localization of volcanoes that appeared within the Earth's sub-surface. Furthermore, the shallow CPDs and the high-temperature gradients show the high possibility of geothermal resources
Who this course is for
A student/researcher curious about geophysical and remote sensing data analysis
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5.18 GB | 26min 13s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English​

Files Included :

Spoiler

FileName :1 - Introduction.mp4 | Size: (60.75 MB)
FileName :2 - Project Structure.mp4 | Size: (19.22 MB)
FileName :1 - Shapefiles and Google's Earth kmlkmz files.mp4 | Size: (171.04 MB)
FileName :2 - Names of Towns and Cities.mp4 | Size: (184.52 MB)
FileName :3 - Total Magnetic Intensity Grid.mp4 | Size: (104.56 MB)
FileName :4 - Potassium, Thorium and Uranium Concentrations Grids.mp4 | Size: (151.94 MB)
FileName :5 - Gravity Grid.mp4 | Size: (148.98 MB)
FileName :6 - Digital Elevation Grid.mp4 | Size: (176.04 MB)
FileName :1 - Create Polygons Files Using Python.mp4 | Size: (51.96 MB)
FileName :2 - Create Shapefiles for Blocks and Profile Lines - 1.mp4 | Size: (216.95 MB)
FileName :1 - Residual, Regional and Analytical Signal Magnetic Grids.mp4 | Size: (89.49 MB)
FileName :2 - Spectral Block Grids Using Oasis Montaj Scripts.mp4 | Size: (192.34 MB)
FileName :3 - Reprojecting Spectral Block Grids.mp4 | Size: (115.18 MB)
FileName :4 - Spectral Analysis of Spectral Block Grids Using Oasis Montaj Scripts.mp4 | Size: (253.8 MB)
FileName :5 - Curie Point Depths, Geothermal Gradients and Heat Flow - Part 1.mp4 | Size: (202 MB)
FileName :6 - Curie Point Depths, Geothermal Gradients and Heat Flow - Part 2.mp4 | Size: (107.86 MB)
FileName :7 - Curie Point Depths, Geothermal Gradients and Heat Flow Contour Maps - Part 1.mp4 | Size: (276.11 MB)
FileName :8 - Curie Point Depths, Geothermal Gradients and Heat Flow Contour Maps - Part 2.mp4 | Size: (199.24 MB)
FileName :9 - Curie Point Depths, Geothermal Gradients and Heat Flow Contour Maps - Part 3.mp4 | Size: (192.01 MB)
FileName :1 - Radiogenic Heat Generation - Part 1.mp4 | Size: (159.73 MB)
FileName :2 - Radiogenic Heat Generation - Part 2.mp4 | Size: (128.53 MB)
FileName :4 - Radiogenic Heat Generation - Part 4.mp4 | Size: (181.63 MB)
FileName :5 - Radiogenic Heat Generation - Part 5.mp4 | Size: (198.58 MB)
FileName :6 - Radiogenic Heat Generation - Part 6.mp4 | Size: (174.91 MB)
FileName :7 - Radiogenic Heat Generation Contour Map Using Surfer.mp4 | Size: (147.18 MB)
FileName :1 - Lineaments From Aeromagnetic Data.mp4 | Size: (29.47 MB)
FileName :2 - Lineaments From Digital Elevation Model Data.mp4 | Size: (50.05 MB)
FileName :3 - Lineaments Density Map - Part 1.mp4 | Size: (180.92 MB)
FileName :4 - Lineaments Density Map - Part 2.mp4 | Size: (126.82 MB)
FileName :1 - Residual Bouguer Anomaly Grid Map.mp4 | Size: (194.37 MB)
FileName :1 - Radiogenic Heat Generation Raster Image.mp4 | Size: (104.62 MB)
FileName :2 - Aeromagnetic Heat Flow Raster Image.mp4 | Size: (52.52 MB)
FileName :3 - Residual Bouguer Anomaly Raster Image.mp4 | Size: (78.61 MB)
FileName :4 - Reclassification.mp4 | Size: (86.47 MB)
FileName :5 - Weighted Overlay Analysis.mp4 | Size: (66.72 MB)
FileName :6 - Geothermal Prospectivity Map.mp4 | Size: (104.04 MB)

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