MCP For Claude Marketplace
Tanker Spill Response Modeling

Tanker Spill Response Modeling MCP Connector for Claude

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Models oil spill trajectory, weathering, and shoreline impact.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for modeling the movement and environmental fate of oil spills. It allows AI agents to predict the path of a spill using get_spill_trajectory, determine the physical state of the oil through calculate_weathering_state, estimate when oil will reach land with predict_shoreline_impact, and evaluate environmental threats using get_spill_risk_assessment.

oil-spilltrajectoryweatheringenvironmental-modelingmaritime-safety

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

calculate_weathering_state

Determines the physical state and remaining volume of the oil at a specific time

get_spill_risk_assessment

Provides a high-level summary of the environmental threat based on the current spill status

get_spill_trajectory

Predicts the movement path of the oil slick over a specific duration

predict_shoreline_impact

Estimates when and where the oil will strike a coastline

See how to talk to your AI agent using Tanker Spill Response Modeling.

Predict the movement of a 500 cubic meter oil spill starting at latitude -34.0 and longitude 18.0, with wind at 5 m/s at 90 degrees, current at 0.5 m/s at 180 degrees, for 24 hours.

The oil spill is predicted to move south-southeast, covering a total distance of 12.4 kilometers over 24 hours, with the center of mass reaching coordinates -34.12, 18.05.

What is the weathering state of 450 cubic meters of oil after 48 hours, given an oil density of 850, sea temperature of 15C, air temperature of 20C, and wave height of 2 meters?

After 48 hours, the remaining volume is 385 cubic meters, with an emulsification percentage of 12% and a viscosity increase factor of 1.15.

Assess the risk for a spill with 200 cubic meters remaining, located 5 kilometers from the coast, which is currently emulsified.

The risk level is High, with the primary concern being the emulsification state which complicates cleanup efforts near the coastline.

You can use the `get_spill_trajectory` tool by providing the initial spill volume, coordinates, wind and current conditions, and the duration of the simulation.

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