Stack Testing Protocol Designer

Stack Testing Protocol Designer MCP Connector for Claude

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Automated design of air emission testing protocols using EPA methods.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for designing compliant air emission testing protocols. It calculates optimal vertical sampling locations using get_sampling_strategy, determines required traverse points via calculate_traverse_points, estimates necessary test time with determine_test_duration, and verifies regulatory adherence through validate_protocol_compliance. It ensures all protocols meet strict EPA standards for isokinetic sampling and flow profiles.

epaemissionsstack-testingisokineticregulatory

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

determine_test_duration

Calculates the minimum time required to conduct the test

get_sampling_strategy

Determines the optimal vertical sampling location within the stack

validate_protocol_compliance

Evaluates a proposed protocol against specific regulatory requirements

calculate_traverse_points

Calculates the number and specific locations of sampling points across the stack diameter

See how to talk to your AI agent using Stack Testing Protocol Designer.

Find the best sampling height for a stack with a 2m diameter and 5m of upstream disturbance.

The recommended sampling height is 1.5 meters from the reference point to ensure laminar flow.

How many traverse points are needed for PM10 in a 1.5m diameter stack with isokinetic sampling?

For a 1.5m diameter stack and PM10, 12 traverse points are required to maintain isokinetic compliance.

Calculate the test duration for a target mass of 0.5kg with a flow rate of 10 m3/s and a 0.01 m2 nozzle.

The minimum test duration required is 45 minutes to collect the target mass.

The `calculate_traverse_points` tool specifically accounts for isokinetic requirements to ensure the sampling nozzle velocity matches the stack gas velocity.

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