MCP For Claude Marketplace
Concrete Carbonation Diagnostic Tool

Concrete Carbonation Diagnostic Tool MCP Connector for Claude

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Predict carbonation depth, corrosion timing, and remaining service life for reinforced concrete structures.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides professional-grade diagnostic tools for predicting the degradation of reinforced concrete due to atmospheric CO2. By modeling the diffusion of carbon dioxide into the concrete matrix, the server allows AI agents to assess structural health. Use calculate_current_depth to find existing penetration, predict_time_to_corrosion to forecast when the carbonation front hits the steel, and calculate_remaining_service_life to determine safe operating years. You can also use evaluate_exposure_risk to classify environmental severity based on CO2 and humidity levels.

concretecarbonationstructural-healthcivil-engineeringdurability

4 tools expose this connector's capabilities to your AI agent.

calculate_remaining_service_life

Provides the remaining safe operating years for a structure given its current age and cover

evaluate_exposure_risk

Classifies the environmental severity and the resulting impact on concrete durability

predict_time_to_corrosion

Forecasts the specific year when the carbonation front will reach the steel reinforcement

calculate_current_depth

Determines how deep carbonation has penetrated at a specific point in the structure's history

See how to talk to your AI agent using Concrete Carbonation Diagnostic Tool.

What is the current carbonation depth for a 30MPa concrete with 5% CO2 and 60% humidity after 10 years?

The current carbonation depth is 4.25 mm.

How many years of service life remain for a structure with 40mm cover, 35MPa strength, 4% CO2, and 50% humidity, if it is already 5 years old?

The remaining service life is 35 years, with a total life expectancy of 40 years.

Assess the exposure risk for an environment with 6% CO2 and 70% humidity.

The risk level is High, as high CO2 combined with moderate humidity accelerates carbonation significantly.

Higher concrete strength typically results in lower permeability, which slows the ingress of CO2 and extends the service life.

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