Horizontal Well IPR Analyzer

Horizontal Well IPR Analyzer MCP Connector for Claude

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Generates Inflow Performance Relationship (IPR) curves and performance metrics for horizontal wells.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for modeling the inflow performance of horizontal wells. It calculates the Inflow Performance Relationship (IPR) curve, determines the Absolute Open Flow (AOF), and identifies the optimal drawdown to maximize production efficiency. The tools account for reservoir anisotropy, two-phase flow impacts, and solution gas drive to provide accurate performance metrics for horizontal wellbore configurations.

iprhorizontal-wellreservoirproductionpetroleum

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

analyze_two_phase_impact

Evaluates how the presence of gas affects the inflow performance

calculate_aof

Determines the theoretical maximum flow rate (AOF) for the well

calculate_ipr_curve

Generates a set of flow rate data points across a range of bottomhole pressures to model the IPR curve

calculate_optimal_drawdown

Identifies the ideal pressure drop to maximize production efficiency

See how to talk to your AI agent using Horizontal Well IPR Analyzer.

Generate an IPR curve for a well with 3000 psi reservoir pressure, 2500 psi bottomhole pressure, 1000 ft length, 50 mD permeability, 0.5 anisotropy, and fluid properties including viscosity and GOR.

The calculated IPR curve shows a flow rate of 1250 STB/d at a bottomhole pressure of 2500 psi.

What is the absolute open flow for a well with 4000 psi reservoir pressure, 1500 ft length, 100 mD permeability, and 0.4 anisotropy?

The Absolute Open Flow (AOF) for this well is 4500 STB/d.

Find the optimal drawdown for a reservoir at 3500 psi with 800 ft horizontal length and 40 mD permeability.

The optimal drawdown is 850 psi, which yields an expected flow rate of 1800 STB/d.

You can use the `calculate_ipr_curve` tool by providing the reservoir pressure, target bottomhole pressure, horizontal length, permeability, anisotropy ratio, and fluid properties.

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