The Deep-Explor® Mineral Resource Exploration Solution delivers a complete end-to-end workflow from satellite to ground.
Workflow
Step 1: Project Assessment & Data Preparation
Confirm the coordinate range of the exploration area with the client, collect regional geological background data, and formulate a dedicated detection plan.
Step 2: Satellite Remote Scanning
Perform full-coverage scanning of the target area using high-precision remote sensing satellites to acquire spin-field radiation information of mineral elements.
Step 3: Multi-Modal Heterogeneous Data Fusion & Feature Extraction
Fuse multi-source heterogeneous data — satellite remote sensing, geophysical fields, geochemistry, geological structure, and more — and perform feature extraction analysis to output a mineralization probability distribution map.
Step 4: Targeted NMR AI Model Inversion
Feed the multi-modal analysis results into the Deep-Explor® Targeted NMR AI model to perform:
- Multi-element signal separation
- Noise filtering and signal enhancement
- Target mineral spin-field feature matching
- Anomaly target distribution identification for mineral elements
Step 5: Results Delivery
Deliver remote detection results within 2–4 months, including:
- Anomaly target contour maps with precise coordinates
- Estimated burial depth range of mineral resources
- Resource radiation intensity of anomaly targets (formula: I = W · V · G / D)
- I: comprehensive weighting coefficient of mineral elements
- V: ore body volume
- G: ore grade
- D: burial depth
Step 6: Field Exploration & Precise Positioning (Optional)
Based on the remote AI detection deliverables, clients can arrange a geological team to conduct further field exploration and verification of high-priority targets for precise positioning, thereby discovering potential mineral resources and supporting investment decision-making and development.