MCP For Claude Marketplace
Buckley-Leverett Displacement Simulator

Buckley-Leverett Displacement Simulator MCP Connector for Claude

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Models waterflood displacement using Buckley-Leverett theory to predict saturation profiles and breakthrough.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides advanced simulation capabilities for reservoir engineering. It implements the Buckley-Leverett theory to model how water displaces oil in porous media. Users can use analyze_saturation_profile to visualize the spatial distribution of water saturation, calculate_breakthrough to predict when water will reach the production well, and estimate_sweep_efficiency to evaluate displacement effectiveness. The engine accounts for shock fronts and fractional flow dynamics based on provided relative permeability data.

reservoirwaterfloodporous-mediafluid-dynamicspetroleum-engineering

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

analyze_saturation_profile

Predicts the spatial distribution of water saturation across the reservoir at a given time

calculate_breakthrough

Determines when the water front will reach the production end of the reservoir

estimate_sweep_efficiency

Evaluates the effectiveness of the displacement process at a specific time

get_fractional_flow_curve

Generates the fractional flow values for a range of water saturations

See how to talk to your AI agent using Buckley-Leverett Displacement Simulator.

Predict the water saturation profile for a 100m reservoir with an injection rate of 5, viscosities of 1 and 5, and specific permeability data at time 10.

The water saturation profile shows a shock front at 45.2m with a saturation of 0.65, followed by a trailing edge saturation of 0.25.

When will water breakthrough occur in a 500m reservoir with these fluid properties?

Breakthrough is predicted to occur at 1250.5 units of time with a breakthrough saturation of 0.42.

What is the sweep efficiency after 50 units of time?

The volumetric sweep efficiency is 0.35 and the oil recovery factor is 0.28.

You can use the `calculate_breakthrough` tool. By providing the reservoir length, injection rate, and fluid viscosities, the tool determines the exact breakthrough time and saturation.

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