Perforating Gun Selection Engine

Perforating Gun Selection Engine MCP Connector for Claude

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Select optimal perforating gun systems based on casing, formation, and conveyance constraints.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides an intelligent decision engine for oil and gas completion operations. It allows AI agents to calculate penetration depth, evaluate system capacity for wireline or TCP deployment, and recommend the best gun configuration. By using select_optimal_system, agents can match casing diameters and formation hardness to specific shaped charge performance metrics.

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

calculate_system_capacity

Determines if a specific gun system can be safely deployed based on the conveyance method

evaluate_penetration_capability

Predicts the effective penetration depth based on formation resistance and charge performance

get_gun_performance

Retrieves specific performance metrics for a selected charge type

select_optimal_system

Recommends the best gun configuration by matching casing constraints and formation requirements

See how to talk to your AI agent using Perforating Gun Selection Engine.

Recommend a gun system for a 7-inch casing with a minimum penetration requirement of 15 inches using wireline.

The recommended gun system is the CP-15-W, which provides an estimated penetration of 16.2 inches and fits within the 7-inch casing.

Is a 500lb gun assembly safe to deploy via wireline if the limit is 450lbs?

No, the deployment is not feasible as the gun weight exceeds the wireline limit.

What is the penetration depth for charge type 'X-200' in a formation with a hardness of 1.2?

The effective penetration depth for the X-200 charge in this formation is 14.4 inches.

The engine uses `calculate_system_capacity` to verify if a gun weight is safe for either wireline or TCP (Tubing Conveyed Perforating) based on specified weight limits.

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