Passenger water traffic in the Baltic Sea based on the number of trips

In this section you can estimate the carbon dioxide emissions from water traffic based on the number of round trips. The calculation of CO2 emissions is determined by the distance travelled. Calculate the total number of round trips and enter the sums in the fields below.

Make sure that you don't fill in source information concerning the same trips as in the "Water traffic based on passenger kilometres" calculation table.

Passenger water traffic in Baltic Sea based on the number of trips
DistanceExample routesNumber of round tripsCO2 emissions
90 kmHelsinki - Tallinna
car ferry 
fast passenger ships 
-
 [ help ]
0  tCO
150 kmMaarianhamina - Tukholma 0  tCO
175 kmTurku - Maarianhamina 0  tCO
200 kmHelsingör - Rødby 0  tCO
250 kmTurku - Maarianhamina - Kapellskär 0  tCO
325 kmTurku - Maarianhamina - Tukholma 0  tCO
375 kmHelsinki - Maarianhamina 0  tCO
525 kmHelsinki - Maarianhamina - Tukholma 0  tCO
575 kmTukholma - Helsingborg 0  tCO
675 kmTukholma - Trelleborg 0  tCO
1125 kmHelsinki - Tallinna - Rostock 0  tCO
Total: 0 tCO2

Water traffic based on passenger kilometres

In this section you can estimate the carbon dioxide emissions from water traffic by passenger kilometres. The calculation of CO2 emissions is based on the distance travelled. Calculate the total of all passenger kilometres travelled and enter the sum in the field below.

Make sure that you don't fill in source information concerning the same trips as in the "Passenger water traffic in Baltic Sea based on the number of trips" calculation table.

Water traffic based on passenger kilometres
Passenger kilometres total pkm and choose the primary type of vessel used to calculate carbon dioxide emissions: 
car ferry 
fast passenger ships 
-
 [ help ]
Total: 0 tCO2
Page Total: 0 tCO2
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