Relative Permeability Engine

Relative Permeability Engine MCP Connector for Claude

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Generates multi-phase relative permeability curves using Corey and empirical models.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for reservoir engineering. It allows AI agents to calculate multi-phase flow behavior using the get_corey_curves tool for fundamental two-phase modeling, or get_three_phase_permeability for simultaneous oil, water, and gas flow. It also supports get_hysteresis_adjustment to account for saturation history and get_empirical_correlation for established rock-specific relationships.

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

get_empirical_correlation

Provides permeability values based on established empirical relationships

get_corey_curves

Generates fundamental two-phase relative permeability curves based on the Corey model

get_hysteresis_adjustment

Modifies existing permeability curves to account for the direction of saturation change

get_three_phase_permeability

Calculates the simultaneous flow capabilities for oil, water, and gas

See how to talk to your AI agent using Relative Permeability Engine.

Generate Corey curves for a water-wet sandstone with 0.2 irreducible water saturation and 0.3 residual oil saturation.

The generated curves show water permeability increasing from 0.0 at 0.2 saturation to its maximum, while oil permeability decreases from its maximum at 0.2 saturation towards 0.0 at 0.7 saturation.

What are the permeability values for water, oil, and gas when water saturation is 0.4, oil is 0.5, and gas is 0.1 in a carbonate rock?

For the specified saturations in carbonate rock, the effective permeabilities are krw: 0.15, kro: 0.25, and krg: 0.08.

Apply a hysteresis adjustment for imbibition to a base curve with a trapping coefficient of 0.1.

The adjusted curve shows a reduction in non-wetting phase permeability due to the applied trapping coefficient.

You can use the `get_corey_curves` tool by specifying 'sandstone' as the rockType and 'water-wet' as the wettability.

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