Geothermal
Energy
High-enthalpy geothermal exploration and resource assessment.
Capability Matrix
GEOTHERMAL RESOURCE ASSESSMENT
Heat flow measurements, thermal gradient analysis, reservoir temperature estimation, resource capacity modeling.
EXPLORATION PROGRAM DESIGN
Multi-phase exploration planning (reconnaissance, pre-feasibility, feasibility), target identification and ranking.
GEOTHERMAL RESERVOIR CHARACTERIZATION
Conceptual model development, permeability evaluation, fluid geochemistry interpretation, reservoir volume estimation.
WELLSITE SELECTION & TARGETING
Structural analysis for drilling locations, temperature-depth modeling, risk assessment.
FEASIBILITY & TECHNO-ECONOMIC STUDIES
Resource economics, power generation potential (binary, flash systems), project viability assessment.
AI-POWERED GEOTHERMAL ASSESSMENT SOFTWARE (PROPRIETARY - PATENT PENDING)
Data-driven reservoir modeling, predictive analytics, resource optimization.
Related projects
- PRJ_01
GEOTHERMAL ENERGY IN THE MIDDLE EAST – A PLAY-BASED REVIEW
A play-based reassessment of geothermal prospectivity across nine Middle Eastern countries.
- PRJ_02
GEOTHERMAL POWER AT WADI AL-LITH, SAUDI ARABIA
The first integrated, quantitative assessment of the entire Wadi Al-Lith geothermal field, built on a custom Python platform.
- PRJ_03
A DEEP LEARNING GEOTHERMOMETER FOR DEEP RESERVOIRS
The science behind aiION®: a deep learning chemical geothermometer that predicts deep reservoir temperatures from routine water chemistry.
- PRJ_04
AI IN GEOTHERMAL RESOURCE EXPLORATION – A CRITICAL REVIEW
A Geologic-led 2024 survey of how artificial intelligence is transforming geothermal exploration.
- PRJ_05
ARTIFICIAL INTELLIGENCE FOR GEOTHERMOMETRY – A CRITICAL REVIEW
A critical review of two decades of machine learning applied to reservoir temperature prediction from fluid geochemistry.
- PRJ_06
NEXT-GENERATION GEOTHERMAL SYSTEMS – BEYOND HYDROTHERMAL
A comparative assessment of enhanced, advanced and superhot rock geothermal systems.