MCP For Claude Marketplace
Mine Dewatering System Design

Mine Dewatering System Design MCP Connector for Claude

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Engineering tools for designing mine dewatering infrastructure, including pump capacity and piping.

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

This MCP server provides specialized engineering tools to design mine dewatering systems. It allows for precise calculation of pump performance using calculate_pump_requirements, optimization of conduit dimensions via size_piping_network, and determination of settling pond dimensions with design_settling_pond. Additionally, it can assess environmental compliance using evaluate_water_quality_compliance to ensure water discharge meets regulatory standards.

miningdewateringhydraulicsengineeringwater-treatment

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

calculate_pump_requirements

Determines the necessary pump performance characteristics to handle mine inflow

design_settling_pond

Determines the physical dimensions and volume required for a pond to treat water based on solid content

evaluate_water_quality_compliance

Assesses if the current water characteristics meet discharge standards based on solids and quality parameters

size_piping_network

Calculates the optimal pipe dimensions and flow velocities for the dewatering lines

See how to talk to your AI agent using Mine Dewatering System Design.

Calculate the pump requirements for an inflow of 500 m3/h, a static head of 50m, a 200mm pipe, and a 1.2 safety factor.

The required flow rate is 600 m3/h with a total dynamic head of 58.5m, requiring an estimated power of 45kW using a centrifugal pump.

What are the dimensions for a settling pond with 1000 m3/h inflow, 150 mg/L solids, 4 hours settling time, and 3m depth?

The required pond volume is 4000 m3, with a surface area of 1333.33 m2, an estimated length of 50m, and a width of 26.67m.

Check if water with 45 mg/L solids and a pH of 7.2 meets discharge standards.

The water is compliant with current discharge standards, and no immediate action is required.

You can use the `calculate_pump_requirements` tool by providing the inflow rate, static head, pipe diameter, and a safety factor.

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