MCP For Claude Marketplace
Skin Factor Calculator

Skin Factor Calculator MCP Connector for Claude

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Quantify wellbore damage and geometric skin from pressure buildup data.

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

This MCP server provides specialized analytical tools for reservoir engineers to quantify wellbore damage and geometric inefficiencies. Using pressure buildup and flow data, engineers can use calculate_total_skin to determine the overall skin factor. The toolset also allows for detailed analysis through decompose_skin_components to separate damage from geometric effects, and analyze_perforation_effects to evaluate partial penetration impacts. Additionally, validate_well_test_consistency ensures that provided pressure and flow data align with reservoir properties.

reservoir-engineeringwell-testingskin-factorpressure-builduppetroleum

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

analyze_perforation_effects

Specifically calculates the skin contribution caused by partial penetration and perforation geometry

calculate_total_skin

Determines the overall skin factor from pressure buildup test data

decompose_skin_components

Separates the total skin into damage and geometric components

validate_well_test_consistency

Checks if the provided pressure and flow data are physically consistent with the reservoir properties

See how to talk to your AI agent using Skin Factor Calculator.

Calculate the total skin for a well with permeability 50 mD, thickness 20m, viscosity 1 cP, flow rate 500 bpd, and these pressure readings: [{'time': 1, 'pressure': 100}, {'time': 2, 'pressure': 110}, {'time': 3, 'pressure': 120}].

The total skin factor is 5.2.

Decompose a total skin of 10.0 with a penetration ratio of 0.8 and perforation efficiency of 0.9.

The damage skin is 7.2 and the geometric skin is 2.8.

Analyze perforation effects for a well with radius 0.1m, perforated length 5m, and reservoir thickness 10m.

The partial penetration skin is 1.5 and the perforation skin is 0.5.

The `calculate_total_skin` tool determines the overall skin factor by analyzing the relationship between the pressure buildup slope and the flow rate.

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