Mine Ventilation Cost Optimizer

Mine Ventilation Cost Optimizer MCP Connector for Claude

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Optimize underground mine ventilation by calculating required airflow and selecting the most cost-effective fans.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for underground mine ventilation management. It allows engineers to calculate the total intake airflow needed by accounting for leakage, evaluate if specific fan models meet pressure and volume requirements using evaluate_fan_performance, and determine the financial impact of equipment through calculate_operating_costs. The core capability is the optimize_fan_selection tool, which identifies the most economical fan choice from a library of options based on technical needs and electricity pricing.

ventilationmining-safetycost-optimizationairflowindustrial-engineering

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

calculate_operating_costs

Computes the financial impact of running a fan based on its power draw

evaluate_fan_performance

Determines if a specific fan can meet the calculated air and pressure requirements

get_required_airflow

Calculates the total air volume that must be supplied at the intake to meet face requirements after accounting for losses

optimize_fan_selection

Identifies the most cost-effective fan from a list of available options

See how to talk to your AI agent using Mine Ventilation Cost Optimizer.

How much total airflow do I need if the face requirement is 500 m3/s and leakage is 15%?

The total required airflow is 588.24 m3/s.

Which fan is best for 600 m3/s at 200 Pa if electricity is $0.12/kWh and it runs for 2000 hours?

The optimal fan is Model-X, with a total operating cost of $1,440.00.

Calculate the cost for a 50kW fan running for 100 hours at $0.15 per kWh.

The total operating cost is $750.00.

The `get_required_airflow` tool calculates the necessary intake volume by factoring in the expected leakage percentage to ensure the required air reaches the working face.

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