MCP For Claude Marketplace
Groundwater Contamination Modeler

Groundwater Contamination Modeler MCP Connector for Claude

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Predicts hydrocarbon plume migration, contaminant concentrations, and remediation needs.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for modeling the environmental impact of hydrocarbon releases in groundwater systems. It allows AI agents to predict the spatial movement of contaminant plumes using get_plume_migration_path, calculate concentration profiles over time with calculate_concentration_profile, assess necessary cleanup efforts via assess_remediation_needs, and evaluate soil containment capabilities through simulate_soil_impact.

groundwaterhydrocarbonscontaminationremediationplume-migration

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

assess_remediation_needs

Identifies the necessary actions and estimated scale of cleanup required to meet safety standards

calculate_concentration_profile

Determines the concentration of the contaminant at specific points and time intervals

get_plume_migration_path

Predicts the spatial movement and direction of the contaminant plume from the release site

simulate_soil_impact

Evaluates how soil properties influence the containment of the release

See how to talk to your AI agent using Groundwater Contamination Modeler.

Predict the movement of a 500L hydrocarbon release in soil with 0.3 permeability and 0.5 groundwater velocity at 10m depth.

The contaminant plume is expected to move in the direction of the hydraulic gradient with an estimated travel distance of 150 meters and a plume radius of 45 meters.

What will the concentration be for a 1000L release after 30 days, given an adsorption coefficient of 0.2 and biodegradation rate of 0.05?

The current concentration after 30 days is 12.5 mg/L, with a peak concentration of 45.0 mg/L recorded earlier.

Determine the cleanup needed for a concentration of 50 mg/L when the target is 5 mg/L in a 1000m3 aquifer.

The required remediation type is pump-and-treat, with an estimated cleanup volume of 850m3 and a duration of 12 months.

The model uses `calculate_concentration_profile` to factor in biodegradation rates, which represents the natural breakdown of contaminants by microorganisms.

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