MCP For Claude Marketplace
ESP Sizing & Configuration

ESP Sizing & Configuration MCP Connector for Claude

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Calculates optimal electric submersible pump (ESP) configurations, including pump stages, motor size, and electrical systems.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for sizing electric submersible pump (ESP) systems. It uses Nodal Analysis to find the equilibrium between reservoir delivery and system requirements via get_operating_point. Once the operating point is established, calculate_pump_configuration determines the necessary pump stages and models, accounting for viscosity derating and gas handling. The select_electrical_system tool selects the appropriate motor, cable, and VFD requirements based on depth and load. Finally, validate_system_feasibility ensures the entire configuration meets wellbore geometry and safety constraints.

espnodal-analysispump-sizingoil-fieldsubmersible-pumps

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

get_operating_point

Determines the equilibrium state where the reservoir delivery meets the system lifting requirements

calculate_pump_configuration

Determines the physical hardware requirements for the pump unit

select_electrical_system

Determines the motor, cable, and surface control requirements

validate_system_feasibility

Checks the entire configuration against safety and operational constraints

See how to talk to your AI agent using ESP Sizing & Configuration.

Find the operating point for a well with an inflow performance of 'IPR_001' and a system head curve of 'SHC_99'.

The equilibrium production rate is 1,250 barrels per day with a total dynamic head of 4,500 feet.

Calculate the pump configuration for a target flow rate of 2000 bpd, 5000 ft head, 50 cP viscosity, and 5% gas.

The required configuration is 142 stages of the High-Efficiency Model X, with an efficiency derating factor of 0.88.

Select the electrical system for a 250 HP motor at 8,000 ft depth with a fluid density of 0.85 spgr.

The recommended setup is a 450V motor with #4 AWG heavy-duty cable, and a VFD is required for startup torque management.

The `calculate_pump_configuration` tool applies a viscosity derating factor to the pump performance curves to ensure the selected hardware can handle the increased resistance.

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