What is 2.31 kg CO2 per liter?
That is the average CO2 emitted per liter of gasoline burned. Diesel is about 2.68 kg/L.
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Enter the distance and your fuel consumption to see an estimate of the carbon dioxide produced by the trip.
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Enter distance and fuel consumption to see your CO2 estimate.
The calculator estimates CO2 by first determining how much fuel is used for the trip: Fuel Used = (Distance / 100) × Consumption Rate. Then it multiplies by the emission factor: CO2 = Fuel Used × Emission Factor. The default emission factor of 2.31 kg/L is the standard for gasoline. Diesel produces about 2.68 kg/L. Electric vehicles produce zero tailpipe emissions, though electricity generation has its own carbon footprint.
A 500 km road trip in a car that uses 8 L/100 km: Fuel used = (500/100) × 8 = 40 liters. CO2 = 40 × 2.31 = 92.4 kg of CO2. For comparison, a round-trip flight of the same distance would produce about 100-120 kg of CO2 per passenger, depending on the aircraft.
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That is the average CO2 emitted per liter of gasoline burned. Diesel is about 2.68 kg/L.
No. This only covers tailpipe emissions from fuel combustion.
Drive less, carpool, use public transit, or switch to an electric or hybrid vehicle.
The average car produces about 4.6 metric tons of CO2 per year (about 12,000 miles at average efficiency). Carpooling or driving a fuel-efficient car can cut this significantly.
At the tailpipe, yes. But electricity generation may involve fossil fuels. Overall, EVs produce 50-70% less CO2 over their lifetime compared to gasoline cars in most regions.
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