Capillary Pressure Model

Capillary Pressure Model MCP Connector for Claude

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Calculates capillary pressure curves, threshold pressure, and transition zone thickness.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for reservoir engineering and soil science. It allows AI agents to calculate capillary pressure curves using the Brooks-Corey model, determine the threshold pressure for fluid entry, and estimate the thickness of fluid transition zones. Users can also normalize data using the scale_via_leverett_j tool to compare different porous media. The server handles both drainage and imbibition processes to account for hysteresis.

reservoir-engineeringcapillary-pressureporous-mediafluid-dynamicsgeoscience

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

estimate_transition_zone_thickness

estimate_transition_zone_thickness

calculate_capillary_pressure_curve

Generates capillary pressure curves

get_threshold_pressure

get_threshold_pressure

scale_via_leverett_j

scale_via_leverett_j

See how to talk to your AI agent using Capillary Pressure Model.

What is the threshold pressure for a medium with this pore size distribution: [{"diameter": 0.005, "volumeFraction": 0.2}, {"diameter": 0.01, "volumeFraction": 0.8}] and an interfacial tension of 0.03?

The threshold pressure for the provided pore size distribution and interfacial tension is 150.5 kPa.

Calculate the transition zone thickness given a pressure curve with saturations [0.2, 0.5, 0.8] and pressures [10, 50, 100], permeability of 150 mD, porosity of 0.2, gravity of 9.8, and a density difference of 500 kg/m³.

The estimated transition zone thickness is 1.24 meters.

Generate a capillary pressure curve for a water-wet medium in drainage mode.

The generated drainage curve shows a gradual pressure increase starting from a threshold of 25.0 kPa.

You can use the `get_threshold_pressure` tool by providing the pore size distribution, interfacial tension, and wettability.

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