MCP For Claude Marketplace
PCP Pump Design Engineer

PCP Pump Design Engineer MCP Connector for Claude

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Design Progressive Cavity Pump systems by calculating rotor/stator configurations, mechanical loads, and material compatibility.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing Progressive Cavity Pump (PCP) systems. It allows AI agents to calculate optimal rotor and stator dimensions using calculate_pump_configuration, determine necessary torque and speed with estimate_mechanical_load, verify elastomer suitability via verify_material_compatibility, and select appropriate surface equipment with select_drive_head. It is designed to handle complex variables like fluid viscosity, well depth, and sand content to ensure reliable pump performance in demanding environments.

pcppump-designmechanical-engineeringfluid-dynamicsoil-field

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

estimate_mechanical_load

Calculates the torque and speed necessary to drive the selected pump configuration

calculate_pump_configuration

Determines the optimal rotor and stator dimensions to meet the target fluid rate

select_drive_head

Identifies the appropriate surface drive unit based on the calculated mechanical loads

verify_material_compatibility

Checks if the chosen elastomer can withstand the operating environment

See how to talk to your AI agent using PCP Pump Design Engineer.

I need to design a PCP for a well that is 1500 meters deep, with a fluid viscosity of 250 cP and 2% sand content. The target rate is 50 m3/h. What configuration do I need?

For a well depth of 1500m and a target rate of 50 m3/h, the optimal configuration requires a rotor diameter of 85mm and a specific stator geometry to maintain volumetric efficiency at 250 cP.

What is the total torque required for a pump with a 90mm rotor diameter at 1200m depth and 300 cP viscosity for a 40 m3/h rate?

The total torque required is 450 Nm, consisting of 320 Nm of hydraulic torque and 130 Nm of friction torque, with an operating speed of 180 RPM.

Will a standard nitrile elastomer work for a fluid containing crude oil at 85 degrees Celsius with 1% sand?

The nitrile elastomer is compatible with crude oil at 85 degrees Celsius, but ensure the hardness rating is sufficient for the 1% sand content to prevent extrusion.

You can use the `calculate_pump_configuration` tool. Provide the well depth, fluid viscosity, sand content, and your target production rate to receive the optimal rotor and stator dimensions.

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