AI-Powered CO2 Storage Assessment

From site description to storage assessment in minutes. Our CARBON-AI platform combines natural language understanding with reservoir engineering to evaluate geological CO2 storage potential.

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20+
Years Experience
50+
Projects Delivered
AI
Powered Platform
CO2 Plume Evolution Simulation
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CARBON-AI Platform

Intelligent CO2 Storage Assessment

Describe your storage site in plain English, and our AI advisor will assess feasibility, generate geological models, and explain the results.

AI-Powered Analysis

Our conversational AI understands geological descriptions, extracts parameters, runs calculations, and provides actionable insights in seconds.

  • Natural language site descriptions
  • Automatic parameter extraction
  • Storage capacity estimation (P10/P50/P90)
  • Injectivity assessment
  • Risk scoring and recommendations
  • Comparison with analogous projects
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CARBON-AI
You
I have a saline aquifer at 2000m depth with 15% porosity, 100 mD permeability, and 50m thickness.
CARBON-AI
Quick Assessment:

Storage Capacity: 2.4 Mt (P50)
Injectivity: Good - 0.8 Mt/year per well
Risk Level: Low

This site shows excellent potential. The 50m thickness and 100 mD permeability provide good injectivity margins.
Our Services

Comprehensive CCUS Solutions

End-to-end consulting for carbon capture, utilization, and storage projects.

CO2 Site Screening

Rapid evaluation of potential storage sites using advanced analytical methods and ML-powered predictions.

AI-Powered Simulation

Machine learning surrogates for instant CO2 plume predictions and uncertainty quantification.

Technical-Economic Analysis

Feasibility studies, financial modeling, and risk assessment for CCUS investments.

Geostatistical Modeling

Uncertainty quantification through multiple geological realizations and ensemble simulations.

EOR Optimization

CO2-Enhanced Oil Recovery design, optimization, and monitoring solutions.

Environmental Consulting

Regulatory compliance, sustainability reporting, and decarbonization strategies.

Our Team

Expert Leadership

Decades of combined experience in reservoir engineering and AI technology.

Chief Executive Officer

CEO

Strategic leadership driving innovation in CCUS/EOR and AI-powered solutions.

Chief Technology Officer

CTO

Technical vision and development of AI platforms for reservoir simulation and analysis.

Real Simulation Results

CO2 Plume Evolution

Actual OPM Flow simulation showing CO2 plume development in the Permian Basin, Texas.

CO2 Plume Evolution - Permian Basin, Texas
2.4 mi Max Plume Radius
100 yrs Total Simulation
30 yrs Injection Period
90% Max Gas Saturation

Location: Permian Basin, Texas (31.5°N, 102.5°W) | Formation: Conventional Sands - Deep Saline Aquifer

Reservoir: Depth: 2,000m | Porosity: 25% | Permeability: 800 mD | Thickness: 125m | Injection: ~40 Mt/year for 30 years

Results

Proven Impact

Delivering measurable results for our clients worldwide.

90%

Faster Screening

Reduce site screening time from weeks to minutes with AI-powered analysis.

50+

Projects Completed

Successful CCUS assessments across multiple continents and geological settings.

100+

Mt CO2 Assessed

Total storage capacity evaluated through our screening methodologies.

Ready to Accelerate Your CCUS Project?

Let's discuss how our AI-powered platform can help you evaluate CO2 storage potential faster and with greater confidence.

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