MCP For Claude Marketplace
Fractional Flow Equation Toolset

Fractional Flow Equation Toolset MCP Connector for Claude

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Calculate fractional flow curves, breakthrough saturation, and gravity effects in reservoir displacement.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized reservoir engineering tools to model displacement processes. It allows users to generate fractional flow curves using calculate_fractional_flow_curve, determine breakthrough characteristics via perform_welge_analysis, and compute gravity corrections with calculate_gravity_correction. It also enables comparing displacement efficiency between different scenarios using compare_displacement_efficiency.

reservoirpetroleumfluid-flowphysicsdisplacement

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

calculate_fractional_flow_curve

Generates a series of water cut values across a range of water saturations

calculate_gravity_correction

Computes the specific gravity component for inclined reservoirs

compare_displacement_efficiency

Evaluates how different viscosity ratios or gravity effects impact the sweep efficiency

perform_welge_analysis

Determines the breakthrough characteristics using the tangent method

See how to talk to your AI agent using Fractional Flow Equation Toolset.

Calculate the fractional flow curve for a water-oil system with water viscosity 1.0, oil viscosity 2.0, and a gravity factor of 0.1.

The fractional flow curve has been generated with water saturations ranging from 0.2 to 0.8, showing a water cut that increases from 0.05 to 0.85.

What is the breakthrough saturation if the initial water saturation is 0.2 and the flow curve is provided?

The breakthrough saturation is 0.45, with a water cut at breakthrough of 0.32 and an average saturation of 0.55.

Calculate the gravity correction for water density 1000, oil density 800, height 10, angle 30, and permeability 0.1.

The calculated gravity factor is 0.0866.

You can use the `perform_welge_analysis` tool. Provide the fractional flow curve data and the initial water saturation to find the water cut at breakthrough.

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