MCP For Claude Marketplace
Horizontal Well Productivity Engine

Horizontal Well Productivity Engine MCP Connector for Claude

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Calculate horizontal well productivity, optimal length, and penetration effects.

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

This MCP server provides specialized reservoir engineering computations for horizontal well design. It allows AI agents to evaluate well performance using Joshi or Economides models. Key capabilities include using calculate_horizontal_productivity to compare horizontal performance against vertical baselines, optimize_well_length to find the point of diminishing returns, analyze_penetration_effects to assess losses from eccentricity, and compare_well_types for high-level design assessments.

reservoirpetroleumproductivityhorizontal-wellengineering-tools

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

analyze_penetration_effects

Evaluates how much productivity is lost due to the well not being centered or covering the full thickness

calculate_horizontal_productivity

Calculates the productivity index of a horizontal well and compares it to a vertical well

compare_well_types

Provides a high-level summary comparison between a proposed horizontal well and a standard vertical well

optimize_well_length

Determines the most efficient horizontal length for a specific reservoir configuration

See how to talk to your AI agent using Horizontal Well Productivity Engine.

Calculate the productivity index for a horizontal well with 500m length, 20 mD vertical permeability, 100 mD horizontal permeability, 15m thickness, 10 anisotropy, 1000m depth, 7.5m position, and 50 psi drawdown.

The calculated productivity index is 12.45, with a vertical baseline PI of 2.10, resulting in an improvement factor of 5.93.

What is the optimal length for a reservoir with 30 mD vertical permeability, 150 mD horizontal permeability, 20m thickness, and 5 anisotropy if I want a target PI of 15?

The optimal length to achieve a target PI of 15 is 850 meters, with an estimated efficiency loss of 0.04.

Evaluate the impact of a well positioned 2 meters from the top in a 10 meter thick reservoir with 15 mD vertical permeability and 100m length.

The penetration efficiency is 0.82, resulting in a loss factor of 0.82 applied to the total productivity.

The engine utilizes Joshi and Economides models to determine the productivity index and compare it to vertical well baselines.

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