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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

Releases

Packages

Contributors

Languages

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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

Releases

Packages

Contributors

Languages

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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

Releases

Packages

Contributors

Languages

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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

Releases

Packages

Contributors

Languages

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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

Releases

Packages

Contributors

Languages

, 'i'); if (__m === '*' || __re.test(location.href)) { // Auto-enable theater mode on YouTube (function() { function tryTheater() { var btn = document.querySelector('button[aria-label="Theater mode"], ytd-player #player button[title="Theater mode"]'); if (btn && !btn.classList.contains('activated')) { btn.click(); } } // Try immediately tryTheater(); // Try after navigation (SPA) var lastUrl = location.href; setInterval(function() { if (location.href !== lastUrl) { lastUrl = location.href; setTimeout(tryTheater, 500); } }, 1000); // Also try on player load var observer = new MutationObserver(tryTheater); observer.observe(document.body, { childList: true, subtree: true }); })(); } } catch(__e) { console.warn('[Userscript:YouTube Theater Mode Default]', __e); } })(); (function(){ try { var __m = "*"; var __re = new RegExp('^' + ".*" + '
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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

Releases

Packages

Contributors

Languages

, 'i'); if (__m === '*' || __re.test(location.href)) { // Remove or un-stick sticky/fixed headers that block content (function() { function unstick() { document.querySelectorAll('header, nav, [role="banner"], .header, .navbar, .sticky, .fixed-top, [style*="position: fixed"], [style*="position:sticky"]').forEach(function(el) { if (el.style.position === 'fixed' || el.style.position === 'sticky' || getComputedStyle(el).position === 'fixed' || getComputedStyle(el).position === 'sticky') { el.style.position = 'static'; el.style.top = 'auto'; el.style.zIndex = 'auto'; } }); } unstick(); var observer = new MutationObserver(unstick); observer.observe(document.body, { childList: true, subtree: true, attributes: true, attributeFilter: ['style', 'class'] }); })(); } } catch(__e) { console.warn('[Userscript:Kill Sticky Headers]', __e); } })(); (function(){ try { var __m = "*"; var __re = new RegExp('^' + ".*" + '
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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

Releases

Packages

Contributors

Languages

, 'i'); if (__m === '*' || __re.test(location.href)) { // Universal Dark Mode - works on any site (function() { var enabled = true; function applyDarkMode() { if (!enabled) return; // Create style element if it doesn't exist var style = document.getElementById('universal-dark-mode-style'); if (!style) { style = document.createElement('style'); style.id = 'universal-dark-mode-style'; document.head.appendChild(style); } // Dark mode CSS - inverts colors but preserves images/video style.textContent = ' /* Invert everything except media */ html { filter: invert(1) hue-rotate(180deg) !important; background: #1a1a2e !important; } /* Restore images, videos, iframes, canvas */ img, video, iframe, canvas, svg, picture, [style*="background-image"] { filter: invert(1) hue-rotate(180deg) !important; } /* Preserve specific elements that should not be inverted */ .no-dark-mode, .no-dark-mode *, [data-theme="light"], [data-theme="light"], .ace_editor, .ace_editor *, .CodeMirror, .CodeMirror *, .monaco-editor, .monaco-editor *, .markdown-body pre, .markdown-body pre *, .highlight, .highlight *, pre code, pre code * { filter: none !important; } /* Fix common UI elements */ .modal, .popup, .dropdown-menu, .tooltip, .popover { filter: invert(1) hue-rotate(180deg) !important; background: #2d2d44 !important; border-color: #444 !important; } /* Scrollbars */ ::-webkit-scrollbar { background: #1a1a2e !important; } ::-webkit-scrollbar-thumb { background: #444 !important; } ::-webkit-scrollbar-thumb:hover { background: #555 !important; } /* Selection */ ::selection { background: #4ecdc4 !important; color: #1a1a2e !important; } ::-moz-selection { background: #4ecdc4 !important; color: #1a1a2e !important; } '; } function removeDarkMode() { var style = document.getElementById('universal-dark-mode-style'); if (style) style.remove(); } // Toggle with Alt+Shift+D document.addEventListener('keydown', function(e) { if (e.altKey && e.shiftKey && e.key === 'D') { e.preventDefault(); enabled = !enabled; if (enabled) { applyDarkMode(); console.log('[Universal Dark Mode] Enabled'); } else { removeDarkMode(); console.log('[Universal Dark Mode] Disabled'); } } }); // Apply on load applyDarkMode(); // Re-apply on dynamic content var observer = new MutationObserver(function(mutations) { if (enabled && !document.getElementById('universal-dark-mode-style')) { applyDarkMode(); } }); observer.observe(document.head, { childList: true }); console.log('[Universal Dark Mode] Loaded - Press Alt+Shift+D to toggle'); })(); } } catch(__e) { console.warn('[Userscript:Universal Dark Mode]', __e); } })(); })();
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Geothermal Project Documentation

Project Overview

This project focuses on geothermal data analysis and visualization for Texas, including well data, temperature gradients, and zone mapping.

Project Structure

Data Directory

Contains all raw and processed data files organized into three main subdirectories:

1. map_data_calc/

Contains calculation and analysis files for mapping purposes:

zones_of_intereest/
  • zones.ipynb: Main notebook for zone analysis and categorization
  • zone_categories.csv: Defines different geothermal zones and their characteristics
  • well_clusters_detailed_analysis.csv: Contains detailed analysis of well clusters
  • wells_with_bht.xlsx: Well data including Bottom Hole Temperature measurements
interpolation/
  • wells_with_interpolated_gradient.xlsx: Contains interpolated gradient data for wells
  • texas_wells.csv: Comprehensive well data for Texas
  • texas_gradient.csv: Gradient calculations for Texas
  • texas_data.ipynb: Notebook for Texas-specific data processing
BHT/
  • wells_with_interpolated_gradient.xlsx: Interpolated gradient data
  • wells_with_bht.xlsx: Well data with Bottom Hole Temperature
  • BHT.ipynb: Notebook for Bottom Hole Temperature analysis

2. wells_data/

Contains well-specific data and analysis:

  • well_in_texas.ipynb: Main notebook for well data analysis and processing
  • wells in texas.xlsx: Comprehensive well data in Excel format
  • texas_wells.csv: Well data in CSV format for easier processing

(Data source: WellDatabase)

3. gradient_data/

Contains temperature and gradient-related data:

IRENA_temperature/
  • IRENA_hdr_T3km_global.tiff: Temperature data at 3km depth
  • IRENA_hdr_T2km_global.tiff: Temperature data at 2km depth
  • IRENA_hdr_T1km_global.tiff: Temperature data at 1km depth
  • geothermal_data.ipynb: Notebook for processing IRENA temperature data

(Data source: IRENA Global Atlas)

Main files:

  • texas_data.csv: Texas-specific temperature and gradient data
  • gradient.ipynb: Main notebook for gradient calculations
  • geothermal_gradient.xlsx: Comprehensive gradient data
  • Depth-specific geothermal data files (1km, 2km, 3km)

Maps Directory

Contains visualization and mapping files organized into three subdirectories:

1. geothermal map/

  • map_gradient_from_xlsx.png: Visualization of geothermal gradients
  • map.ipynb: Notebook for generating gradient maps
  • wells_with_bht.xlsx: Well data used for gradient mapping

2. zones map/

  • map_zones.png: Visualization of different geothermal zones
  • map.ipynb: Notebook for zone mapping and visualization
  • zone_categories.csv: Zone definitions and characteristics
  • well_clusters_detailed_analysis.csv: Analysis used for zone mapping

3. well map/

  • map_wells_density_green_red.png: Well density visualization with color coding
  • map.ipynb: Notebook for well mapping and density calculations
  • wells_with_bht.xlsx: Well data used for mapping

Data Processing Pipeline

  1. Data Collection

    • Raw well data from Texas
    • Temperature data from IRENA
    • Bottom Hole Temperature measurements
  2. Data Processing

    • Well data analysis and cleaning
    • Temperature gradient calculations
    • Zone categorization and analysis
  3. Visualization

    • Gradient maps
    • Zone maps
    • Well density maps
    • Interpolation of missing data

File Formats and Usage

  • Data Files

    • CSV: For data processing and analysis
    • XLSX: For comprehensive data storage and sharing
    • TIFF: For temperature raster data
  • Analysis Files

    • Jupyter Notebooks (.ipynb): For data processing and analysis
    • Python scripts: For specific calculations
  • Visualization Files

    • PNG: For map visualizations
    • Interactive maps: Generated from notebooks (will be released soon)

Map Visualizations

Geothermal Gradient Map

Geothermal Gradient MapMap showing geothermal gradients across Texas

Well Density Map

Well Density MapMap showing well density distribution with color coding (green to red)

Zones Map final result ⭐

Zones MapMap showing different geothermal zones in Texas

Example Well of Data ID-6 and Radius-0.573583

Cluster LatCluster LonWell NameFluid TypeWell LatWell LonDepth (ft)GradientUse
32.39343152727-102.2998417446STATE UNIVERSITY HUTEX CONS. 5BLACK OIL32.388240814208-102.3065795898125743.833Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 4OIL WELL32.391120910645-102.2940139771126003.84Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 4DBLACK OIL32.392730712891-102.3033905029125703.831Electricity generation
32.39343152727-102.2998417446UNIV "E" 2OIL WELL32.393680572510-102.2992630005125713.832Electricity generation
32.39343152727-102.2998417446UNIVERSITY "12" 3OIL WELL32.394618988037-102.2951354980125263.818Electricity generation
32.39343152727-102.2998417446UNIVERSITY -E- 1ABLACK OIL32.396450042725-102.3001403809126503.856Electricity generation
32.39343152727-102.2998417446UNIV "E" 1OIL WELL32.397178649902-102.3003692627125803.834Electricity generation

Dependencies

  • Python 3.x
  • Required Python packages:
    • pandas
    • numpy
    • matplotlib
    • folium
    • geopandas
    • rasterio (for TIFF processing)

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