Case Studies

Real-world applications of our AI-powered exploration and geospatial analytics

Lithium Exploration Project in Capecoast area, Ghana

To evaluate the rutile and associated heavy-mineral potential across the Bradford and Bagruwa concession blocks of Sierra Leone.

Mineral Discovery

Rutile exploration project in Sierra Leone

To evaluate the rutile and associated heavy-mineral potential across the Bradford and Bagruwa concession blocks of Sierra Leone.

Due Diligence Study

Oman limestone and Gypsum due diligence study

Geovale Services conducted technical-economic due diligence on Oman's limestone, gypsum, and dolomite—validating geology, mineable reserves, and logistics with HI + EarthTech analytics.

Pre-Feasibility Study

Pre-Feasibility Study of Bauxite Ore in Guinea

To evaluate the rutile and associated heavy-mineral potential across the Bradford and Bagruwa concession blocks of Sierra Leone.

Pre-Feasibility Study

Financial Evaluation at PFS Level for Senegal Iron Ore

To evaluate the rutile and associated heavy-mineral potential across the Bradford and Bagruwa concession blocks of Sierra Leone.

Mineral Discovery

Discovery of Porphyry Hydrothermal Cu-Au-Mo Mineral System in Bundelkhand

Iidentify and validate the porphyry-style Cu-Au-Mo mineralization within the Bundelkhand Craton using Geovale's Adaptive Mineral Intelligence (AMI) framework, a fusion of Human Intelligence (HI) and EarthTech (AI-ML and classical geoscience).

Mineral Discovery

Assessment of Exploration Potential of strategic minerals in the Gujarat state

Interpretation of multi-domain geological, geophysical, and geochemical data identifies over 350 mineral potential areas.

Mineral Discovery

Discovery of IOCG style Mineralization in Bhuj, Gujarat

Identification and characterization of IOCG (Iron Oxide Copper Gold) style mineralization within the Bhuj Formation of Gujarat's Kachchh Basin.

Mineral Discovery

Reconnaissance Survey (G4) for Evaluation of Placer Xenotime Prospect in Ujol, Gooma and Panam River Basin, Gujarat

Geovale Services evaluate the placer potential for Rare Earth Elements (REE) and Rare Metals (RM) in the Ujol, Gooma, and Panam river systems of Gujarat.

Mineral Discovery

Interpretation of Multi-Sensor Aerogeophysical & baseline data for OGP block 8

The study aimed to interpret airborne geophysical datasets (magnetic and radiometric) acquired by McPhar International, under the OGP Block 08 project awarded by GSI RSAS Bengaluru, to delineate potential mineralized zones.

Mineral Discovery

From Data to Discovery: Advanced Mineral Targeting Analyzing Airborne Geophysical, Heliborne TDEM, Baseline Legacy Geological Data

Geovale has effectively interpreted Aero-Geophysical, Radiometric & Time Domain Electro-Magnetic derivatives generated from multi-sensor airborne and heliborne surveys across various Blocks (OGP Blocks 3, 8, 11, and 15) to delineate areas of high mineral potential

Mine Planning

Mine Planning for Nuvoco Project

Geovale Services executed a comprehensive mine optimisation study at the Risda Limestone Mine to enhance efficiency, sustainability, and long-term production security.

Groundwater Security

Integrated hydrogeology And Water management For Sustainable groundwater Security -Theni, Toopran, Valsad and Barabanki

Boost groundwater security across Theni, Toopran, Valsad, and Barabanki using AWI—HI-led hydro interpretation plus EarthTech AI/ML to map recharge zones, assess aquifer behaviour, and design targeted interventions.

Groundwater Management

Sustainable groundwater Management and Aquifer Stability in Goa State

Assessed Goa's groundwater quantity, quality, and sustainability to build an ecology-aligned aquifer management plan—HI-led hydrogeology powered by AWI + EarthTech scalable modelling.

Springshed Management

Developing and implementing science based springshed management in Western Ghat region

The project aimed to integrate hydrogeological reasoning, field data, and community participation through Geovale's Adaptive Water Intelligence (AWI) framework—where Human Intelligence (HI) interprets field systems and EarthTech analytics enable spatial precision and predictive insight.

Groundwater Management

Sustainable urban water balance plan for Prayagraj city, Uttar Pradesh

Built an integrated Urban Water Balance Plan for Prayagraj—mapping demand-supply stress, reducing groundwater dependence, and improving distribution and wastewater reuse using HI-led expertise plus Geovale Vektor EarthTech analytics.

Aquifer Management

Groundwater sustainability and aquifer management - Ramganga basin, Uttar Pradesh

Strengthen groundwater sustainability and Ramganga baseflow by mapping river-aquifer interactions, identifying recharge zones, and designing long-term aquifer management using Geovale's AWI—HI-led hydro insight powered by EarthTech predictive analytics.

Groundwater Quality Management

Evaluation of water quality and developing strategies for water resource conservation in Jaipur, Rajasthan

Geovale Hydro assessed a 540 sq. km watershed in SW Jaipur to quantify water availability for a major real estate project and its impacts on nearby communities—analysing salinity, fluoride, and key water-quality parameters to guide sustainable, ecology-friendly water management.

Water Balance Study

Hydrogeological data management for water balance study in Mahanadi River basin

Built a hydrogeological database for 14 Mahanadi sub-basins to run MWDT water balances—quantifying groundwater storage/abstraction and surface-groundwater impacts (incl. six barrages) for defensible, equitable allocation.

LULC Analysis

LULC study for UCIL's Jaduguda-Bhatin-Banduhurang mine lease area using remote sensing techniques

The study produced detailed Land Use Land Cover maps for UCIL's operational mines using high-resolution satellite imagery. It assessed mine-related land transformation, validated classification accuracy over 90%, and supported environmental compliance and progressive mine closure monitoring.

Plantation Monitoring

Satellite remote sensing services for mapping farm forestry plantations in selected districts of Odisha & Andhra Pradesh

This study uses high-resolution satellite imagery and geospatial analytics to delineate, classify, and monitor farm forestry plantations in Odisha and Andhra Pradesh. It integrates Sentinel-2A, LISS-IV, NDVI, and DEM data to assess species composition, biomass, and carbon stock for sustainable agroforestry management.