MCP For Claude Marketplace
Terminal Spill Response Plan

Terminal Spill Response Plan MCP Connector for Claude

A+

Develop oil spill response plans by modeling discharge scenarios, environmental risk, and resource deployment.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides critical tools for maritime terminal safety and environmental protection. It allows AI agents to model oil spill scenarios by calculating the get_worst_case_discharge for specific terminal configurations. Users can predict oil movement using simulate_oil_trajectory based on wind and current data, identify ecological risks with assess_area_sensitivity, and evaluate resource sufficiency through calculate_response_gap. This enables rapid, data-driven decision-making during environmental emergencies.

oil-spillmaritime-safetyenvironmental-protectionemergency-responsetrajectory-modeling

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

get_worst_case_discharge

Determines the maximum potential oil volume for a specific terminal configuration

assess_area_sensitivity

Identifies and ranks the risks to specific environmental or economic zones

calculate_response_gap

Evaluates if currently available resources are sufficient to contain the predicted spill

simulate_oil_trajectory

Predicts the movement and spread of a spill based on environmental conditions

See how to talk to your AI agent using Terminal Spill Response Plan.

What is the worst-case discharge for terminal T-402 if there is a tank rupture?

The worst-case discharge for terminal T-402 during a tank rupture is 5,000 cubic meters with a discharge rate of 250 cubic meters per hour.

Predict the oil trajectory for a 500 cubic meter spill at lat 25.0, lng -80.0 with 10 knot wind and 2 knot current.

The oil is predicted to move North-East, covering a spread area of 1.2 square kilometers, with an arrival at the Coral Reef Sanctuary in 4.5 hours.

Are my resources sufficient for a spill covering 5000 square meters if I have 1000 meters of boom and 50 cubic meters per hour skimming capacity?

No, the resources are insufficient. There is a boom deficit of 250 meters and a critical shortfall in skimming capacity.

You can use the `get_worst_case_discharge` tool by providing the terminal ID and the type of failure being simulated.

Related Connectors

Tanker Spill Response Modeling

Tanker Spill Response Modeling MCP

4 tools Official

Models oil spill trajectory, weathering, and shoreline impact.

A+ View details →
Groundwater Contamination Modeler

Groundwater Contamination Modeler MCP

4 tools Official

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

A+ View details →
Slop Oil Recovery System

Slop Oil Recovery System MCP

4 tools Official

Technical design tool for sizing equipment and calculating economic yields for industrial slop oil treatment.

A+ View details →
Resource Assessment Uncertainty

Resource Assessment Uncertainty MCP

4 tools Official

Quantify geological uncertainty using probabilistic Monte Carlo simulations.

A+ View details →