MCP For Claude Marketplace
Nitrogen Generation System Designer

Nitrogen Generation System Designer MCP Connector for Claude

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Design nitrogen generation systems for oilfield applications with precise equipment sizing.

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

This MCP server provides specialized engineering tools for designing nitrogen generation systems used in oilfield operations. It allows users to calculate critical equipment specifications including air compressor sizing, separation unit dimensions (PSA bed volume or membrane area), and total power consumption. By analyzing the trade-offs between purity and recovery, the system helps select between PSA and membrane technologies. Use get_system_design to generate a complete design profile or evaluate_technology_tradeoffs to compare separation methods for specific requirements.

nitrogenoilfieldengineeringpsamembranedesign

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

calculate_compressor_load

Specifically calculates the required air compressor specifications to support the generation system

evaluate_technology_tradeoffs

Compares PSA and Membrane technologies for a specific set of requirements to assist in decision making

get_system_design

Provides a complete design profile including compressor size, separation unit dimensions, and power needs

validate_operational_limits

Checks if a proposed design configuration is physically or economically viable within standard oilfield constraints

See how to talk to your AI agent using Nitrogen Generation System Designer.

Design a nitrogen system requiring 50 Nm3/h at 99% purity using PSA.

The design profile for 50 Nm3/h at 99% purity using PSA includes a compressor capacity of 120 Nm3/h, a PSA bed volume of 4.5 m3, and an estimated power requirement of 45 kW.

Compare PSA and membrane for 100 Nm3/h at 95% purity.

For 100 Nm3/h at 95% purity, membrane technology is recommended due to its higher recovery rate and lower footprint compared to PSA at this specific purity level.

Is a 99.9% purity requirement feasible for a membrane system?

No, a 99.9% purity requirement is typically not feasible for membrane systems; the `validate_operational_limits` check indicates that PSA is required for such high purity levels.

You can use the `get_system_design` tool by providing the nitrogen requirement, target purity, operating pressure, duty cycle, and preferred technology type.

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