MCP For Claude Marketplace
Waterflood Performance Prediction

Waterflood Performance Prediction MCP Connector for Claude

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Forecast oil recovery, water cut, and sweep efficiency for waterflood operations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized simulation tools for forecasting secondary recovery performance in oil reservoirs. It allows AI agents to calculate cumulative oil recovery and water cut evolution using predict_recovery_evolution. Users can evaluate reservoir coverage with analyze_sweep_efficiency, determine necessary water volumes via calculate_injection_requirements, and monitor fluid distribution using get_saturation_profile. It is designed to assist in pattern design and injection strategy optimization.

oil-recoverywaterfloodreservoir-simulationpetroleumfluid-dynamics

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

analyze_sweep_efficiency

Evaluates how well the injected water covers the reservoir area and vertical thickness

calculate_injection_requirements

Determines the amount of water needed to maintain reservoir pressure or meet specific production targets

get_saturation_profile

Provides the distribution of oil and water saturation at a specific point in the flood cycle

predict_recovery_evolution

Forecasts the cumulative oil recovery and water cut over a specified time period

See how to talk to your AI agent using Waterflood Performance Prediction.

Predict the recovery evolution for a five-spot pattern with an injection rate of 500 barrels per day.

The cumulative oil recovery is projected to reach 15% of the original oil in place by year 5, with a water cut of 12% at that time.

What is the total water volume needed to recover 1 million barrels of oil with an efficiency of 0.8?

To recover 1,000,000 barrels of oil with an injection efficiency of 0.8, a total water volume of 1,250,000 barrels is required.

Evaluate the sweep efficiency for a reservoir with a vertical permeability ratio of 0.5.

The total sweep efficiency is calculated at 0.65, consisting of an areal sweep of 0.85 and a vertical sweep of 0.76.

You can use the `predict_recovery_evolution` tool by providing reservoir properties, pattern design, injection rate, relative permeability, and the desired time steps.

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