Oil Spill Volume Estimation

Oil Spill Volume Estimation MCP Connector for Claude

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Calculates oil spill volumes, flow decay, and environmental impact.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for emergency responders and environmental engineers to quantify oil spills. It uses orifice flow equations and drainage models to calculate the total volume released, the rate at which flow decays as pressure drops, and the resulting environmental impact. Use get_total_release_volume to find the total quantity escaped, get_flow_rate_decay_profile to analyze pressure-driven flow changes, estimate_environmental_impact to determine net volume after containment, and calculate_impacted_area to estimate the physical footprint on land or water.

oil-spillenvironmental-impactfluid-dynamicsemergency-managementphysics

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

calculate_impacted_area

Estimates the physical surface area covered by the spilled oil

get_total_release_volume

Calculates the total quantity of oil that escaped the source before isolation

estimate_environmental_impact

Estimates the net volume of oil that actually reaches the environment after containment efforts

get_flow_rate_decay_profile

Provides a snapshot of how the flow rate decreases over the course of the spill

See how to talk to your AI agent using Oil Spill Volume Estimation.

Calculate the total volume for a spill with a 30 minute duration, 500 PSI pressure, 2 inch hole, and 10 minute detection time.

The total volume released is 1250 barrels, with 416.67 barrels released during the uncontrolled detection period.

What is the environmental impact of 5000 barrels if containment efficiency is 0.75?

The captured volume is 3750 barrels and the net environmental volume is 1250 barrels.

Estimate the area covered by 1000 barrels of oil on water.

The estimated surface area covered is 50000 square_meters.

You can use the `get_total_release_volume` tool by providing the release duration, initial pressure, hole size, and detection time.

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