Emission Calculations for Flaring

Emission Calculations for Flaring MCP Connector for Claude

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Calculate environmental emissions from flaring operations using EPA AP-42 standards.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools to calculate pollutant emissions from gas flaring operations. It integrates EPA AP-42 emission factors to determine the mass of CO2, CH4, N2O, NOx, SO2, and VOCs. Users can determine total gas flow including pilot gas, calculate specific pollutant masses based on combustion efficiency, and aggregate all data into a final emission report. Use get_emission_factors to retrieve multipliers, calculate_total_gas_flow for volume summation, calculate_pollutant_mass for individual pollutant mass, and generate_emission_report for the final summary.

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

calculate_pollutant_mass

Calculate the mass of specific pollutants emitted during the operation

calculate_total_gas_flow

Determine the total amount of gas processed by the flare, including pilot gas

generate_emission_report

Aggregate all individual pollutant calculations into a single comprehensive report

get_emission_factors

Retrieve specific EPA AP-42 emission factors based on gas properties

See how to talk to your AI agent using Emission Calculations for Flaring.

What is the total gas flow if the main waste gas is 500 units and the pilot gas is 5 units?

The total gas flow rate is 505 units.

Calculate the mass of CO2 for a flow of 1000 units, an emission factor of 0.05, 98% efficiency, and 24 operating hours.

The mass of CO2 emitted is 1176 units.

Generate an emission report with 100 units of CO2, 10 units of CH4, 5 units of N2O, 2 units of NOx, 1 unit of SO2, and 3 units of VOCs.

The total greenhouse gas mass is 115 units, consisting of 100 units of CO2, 10 units of CH4, and 5 units of N2O.

The server uses the standardized EPA AP-42 emission factors to ensure accurate calculations for various gas compositions and flare types.

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