Geological CAD System: 40x Faster Data Processing

About the Project

For a company engaged in seabed mineral exploration, we developed a specialized CAD (Computer-Aided Design) system for processing geological data.

Task

Research teams collect massive amounts of data during marine expeditions using specialized equipment:

• Seismic profiles
• Echosounder data
• Soil samples
• Magnetometric measurements

Problem: Processing data from one expedition took 3-4 weeks of manual work by geologists.

Our Solution

We developed a multi-level data processing system:

Level 1: Primary Processing

• Data import from various instrument formats
• Automatic noise filtering
• Normalization and calibration
• Identification of interesting areas

Level 2: Algorithmic Processing

• Specialized seismic analysis algorithms
• 3D modeling of seabed formations
• Layer density and structure calculations
• Automatic anomaly detection

Level 3: Interactive Analysis

• User-friendly interface
• Manual hypothesis adjustment
• 2D and 3D visualization
• Final report generation

Technical Features

• Interface language: English (international team)
• Big data processing: up to 500 GB per expedition
• GPU acceleration: for 3D visualization
• Formats: SEG-Y, LAS, proprietary instrument formats

Results

Metric	Before	After	Impact
Expedition processing time	3-4 weeks	2-3 days	-92%
Model accuracy	75%	94%	+25%
Anomalies detected	60%	95%	+58%
Report generation	5 days	4 hours	-97%

Economic Impact

For a company with 6 expeditions per year:

• Geologist time savings: 18 weeks/year
• In monetary terms: ~$135,000/year
• Faster decision-making: ~$200,000/year savings (quicker extraction start)
• Improved accuracy: ~$400,000/year risk reduction

Total impact: ~$735,000/year

Applicability

The system is suitable for:

• Oil and gas companies
• Geological exploration organizations
• Research institutes
• Mining companies

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