MCP For Claude Marketplace
CO2 Emission Tracker

CO2 Emission Tracker MCP Connector for Claude

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Quantify Scope 1, 2, and 3 emissions and carbon intensity for oil and gas operations.

5 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for quantifying carbon dioxide emissions in the oil and gas sector. It adheres to international reporting standards to calculate Scope 1, 2, and 3 emissions. Users can determine their total net carbon footprint by applying calculate_net_carbon_footprint to account for CO2 reinjection credits, and measure production efficiency using calculate_emission_intensity. The engine uses IPCC-aligned emission factors to convert fuel consumption, process venting, and flaring into precise mass units of CO2.

carbon-footprintemissionsoil-and-gasipccscope-1scope-2scope-3

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

calculate_emission_intensity

Calculate carbon emission intensity relative to production volume

calculate_scope_1_emissions

Calculate total direct Scope 1 emissions from fuel, vents, and flaring

calculate_net_carbon_footprint

Calculate total net carbon footprint after accounting for sequestration

calculate_scope_2_emissions

Calculate total indirect Scope 2 emissions from purchased energy

calculate_scope_3_emissions

Calculate total indirect Scope 3 emissions from value chain activities

See how to talk to your AI agent using CO2 Emission Tracker.

What are my total direct Scope 1 emissions if I used 500 units of fuel, had 50 units of process venting, and 20 units of flaring?

The total direct Scope 1 emissions are 450.5 kg of CO2.

Calculate my net carbon footprint with Scope 1 of 1000, Scope 2 of 500, Scope 3 of 300, and 200 units of CO2 reinjection.

Your gross emissions are 1800 and your net emissions are 1600.

What is the emission intensity for a net footprint of 5000 and a production volume of 10000 barrels?

The emission intensity is 0.5 units of CO2 per barrel.

Scope 1 emissions are calculated by summing the emissions from fuel consumption, process venting, and flaring, each multiplied by its specific IPCC-aligned emission factor via the `calculate_scope_1_emissions` tool.

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