MCP For Claude Marketplace
Compressor Sizing Calculator

Compressor Sizing Calculator MCP Connector for Claude

A+

Thermodynamic tool for sizing gas compressor stages, power, and intercooling.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools to calculate the mechanical and thermodynamic requirements of gas compression systems. It allows AI agents to determine the number of compression stages needed, calculate total power requirements, and evaluate intercooling needs based on gas properties and suction/discharge conditions. Use determine_multi_stage_configuration to find the optimal stage count and calculate_total_system_power to find the required mechanical drive power.

gas-compressionthermodynamicsengineeringpower-calculationindustrial

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

calculate_single_stage_parameters

Determines the thermodynamic outcomes of a single compression step

calculate_total_system_power

Calculates the total mechanical power required to drive the entire compressor string

determine_multi_stage_configuration

Decides how many stages are required and how the pressure should be distributed

evaluate_intercooling_requirements

Analyzes if intercooling is necessary and determines the temperature drop needed

See how to talk to your AI agent using Compressor Sizing Calculator.

How many stages do I need for a total pressure ratio of 10 if the max ratio per stage is 3?

You will need 3 stages to maintain a compression ratio per stage that does not exceed 3.

Calculate the power for a system with a mass flow of 5 kg/s and the provided stage configuration.

The total power requirement for the compressor string is 450.5 kW.

Will I need intercooling if my max discharge temperature is 400K?

Yes, intercooling is required because the calculated discharge temperature exceeds 400K.

You can use the `determine_multi_stage_configuration` tool by providing the total pressure ratio and the maximum allowable compression ratio per stage.

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