Last updated: 26.03.2024

<aside> 💡 High-Level Description:

Georgia Tech, known for its cutting-edge research and dedication to sustainable solutions, has developed a specialized methodology addressing the carbon footprint of bus transport. Recognizing the essential role of buses in mitigating urban congestion and serving as an eco-friendly alternative to personal vehicles, Georgia Tech's approach delves into the intricate variables affecting bus emissions.

Their methodology considers factors such as fuel consumption patterns, passenger load factors, and load factor. It provides transport authorities and policy-makers a comprehensive insight, enabling them to design bus routes and schedules that optimize efficiency and minimize environmental impact. By incorporating advancements in technology and sustainable transport concepts, Georgia Tech's methodology aims to pave the way for buses that are not just eco-friendly but also time-efficient and cost-effective.

</aside>

Equation

co2_in_g = number_of_passengers * distance_in_km * co2_in_g_per_passenger_km

Factors considered by methodology:

• Distance
• Number of travelers
• Passenger loading
• Fuel type

API request

{
  "expand": [
    "items"
  ],
  "items": [
    {
      "type": "bus",
      "methodology": "GEORGIA-TECH",
      "external_reference": "string",
      "origin": "Berlin, Germany",
      "destination": "Paris, France",
      "number_of_travelers": 2,
      "fuel_type": "cng",
      "passenger_loading": "peak",
      "bus_type": "bus"
    }
  ]
}

• Default values

Bibliography