MCP For Claude Marketplace
Gas Measurement Station Designer

Gas Measurement Station Designer MCP Connector for Claude

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Design gas measurement stations with AGA-compliant meter selection, run lengths, and configurations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides engineering tools to design gas measurement stations following AGA standards (Report No. 3, 7, and 9). It allows users to select the optimal meter technology, calculate required upstream and downstream pipe lengths, design physical station layouts, and establish calibration protocols. Use select_meter_technology to find the best fit for your flow and accuracy needs, calculate_meter_run_length to ensure stable flow, design_station_configuration for physical layouts, and determine_calibration_protocol to maintain precision.

agagas-flowmeteringindustrial-designengineering-tools

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

design_station_configuration

Provides a complete station layout specification including pressure and temperature measurement points

calculate_meter_run_length

Determines the required length of straight piping needed for stable flow

determine_calibration_protocol

Specifies the necessary verification and calibration steps to maintain the target accuracy

select_meter_technology

Determines the most appropriate meter type based on the physical constraints and accuracy needs

See how to talk to your AI agent using Gas Measurement Station Designer.

What meter should I use for a flow rate of 500-1500 m3/h with high accuracy requirements?

Based on your requirements, an Ultrasonic meter is recommended for high accuracy in this flow range.

Calculate the meter run length for an Orifice meter with a 6-inch pipe and no flow conditioner.

For a 6-inch pipe using an Orifice meter without a flow conditioner, you require 20 diameters of upstream length and 5 diameters of downstream length.

Design a station configuration for an Ultrasonic meter operating at 50 bar and 40 degrees Celsius.

The station configuration for your Ultrasonic meter includes specific placement for pressure and temperature transmitters to ensure accurate gas density calculations at 50 bar and 40°C.

The tools support AGA Report No. 3 for orifice meters, AGA Report No. 7 for ultrasonic meters, and AGA Report No. 9 for turbine meters.

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