Last updated: 18.10.2023

<aside> 💡 High-Level Description:

CO2 Emissie Factoren NL adopts a robust approach toward quantifying emissions in the sector of mobile combustion, covering a spectrum of vehicles and machinery that operate within transportation, construction, agriculture, and more. This methodology is grounded in the principle of attributing specific emission factors to various fuels used in mobile sources, such as gasoline, diesel, biofuels, and increasingly, alternative fuels. The diversity in vehicle types, operational conditions, and fuel quality all play into the nuanced calculation of CO2 emissions.

Precision is key in this methodology, as it addresses the variations in combustion efficiency and technology among different vehicle categories and ages. For instance, the emissions from a modern, fuel-efficient compact car would differ significantly from a heavy-duty truck or a construction excavator. By acknowledging these differences, CO2 Emissie Factoren NL enables a more realistic and segmented view of the sector's emissions landscape. This detail-oriented method is indispensable for policymakers and companies alike, driving informed decisions on transitioning toward low-carbon alternatives, optimizing transport routes, or investing in cleaner technology.

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Equation

co2_in_g = amount * co2_in_g_per_unit

API request

{
  "expand": [
    "items"
  ],
  "items": [
    {
      "type": "mobile_combustion",
      "methodology": "CO2-EMISSIEFACTOREN-NL",
      "external_reference": "string",
      "fuel_type": "petrol_substitute_e85",
      "energy_scope": "ttw",
      "volume_in_liters": 643
    }
  ]
}

Bibliography