MCP For Claude Marketplace
Perforation Design Optimization

Perforation Design Optimization MCP Connector for Claude

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Optimizes perforation geometry and density for oil and gas well completions.

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

This MCP server provides specialized engineering tools to optimize perforation designs in oil and gas well completions. It calculates ideal perforation density, phasing, and penetration depth based on formation strength and sand control requirements. Users can use optimize_design_workflow to find the best balance between reservoir productivity and wellbore stability, or use validate_sand_stability to ensure a design won't cause formation collapse. It also includes estimate_productivity_impact to predict performance relative to an ideal state.

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

calculate_perforation_geometry

Determines the optimal physical characteristics of the perforation pattern

estimate_productivity_impact

Predicts how the chosen design will perform relative to an ideal state

optimize_design_workflow

An orchestration tool that iterates through design parameters to find the best balance between productivity and stability

validate_sand_stability

Checks if the proposed perforation design will cause the formation to collapse or produce sand

See how to talk to your AI agent using Perforation Design Optimization.

Find the best perforation design for a formation with strength 0.8, strict sand control, a target productivity of 500, and a damaged zone radius of 0.2.

The optimal design features a perforation density of 4 shots per unit, 60 degree phasing, and a penetration depth of 0.5 units, ensuring stability with a safety margin of 0.15.

Calculate the perforation geometry for a rock with strength 0.5 and moderate sand control for a target productivity of 300.

The recommended geometry is 6 shots per unit, 90 degree phasing, and a penetration depth of 0.4 units.

Check if a design with density 12 and strength 0.3 is stable for strict sand control.

No, the design is unstable. The high perforation density in a low-strength formation exceeds the safety threshold.

You can use the `validate_sand_stability` tool to check if your proposed density and formation strength meet safety requirements.

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