Transport Emission Disaggregation Tool (TEDiT)
Countries
Hungary
Lithuania
Poland
Romania
Methodology
Best practises
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Hungary
Lithuania
Poland
Romania
Methodology
Best practises
About us
2030
2050
Emission scenarios in 2030
Emission scenarios in 2050
2030
2050
Emission scenarios in 2030
Emission scenarios in 2050
2030
2050
Emission scenarios in 2030
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Scenario X
2019 values
Passenger cars
5,573 pkm/capita
1.04 pkm
157 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emission intensity
) Methodology
(Best practise
Buses
950 pkm/capita
22 pkm
1,463 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emission intensity
) Methodology
(Best practise
Motorcycle
120 pkm/capita
1.18 pkm
92 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Rail
581 pkm/capita
131 pkm
499 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Metro & Tram
113 pkm/capita
Activity per capita
) Methodology
(Best practise
Aviation-Domestic
24,546 gCO2
68 pkm
18 pkm/capita
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Aviation-Int'l
1,041 pkm/capita
134 pkm
21,447 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Cycling
100 pkm/capita
Activity per capita
) Methodology
(Best practise
Walking
220 pkm/capita
Activity per capita
) Methodology
(Best practise
Emission scenarios in 2050
Reset
Scenario X
2019 values
Passenger cars
5,573 pkm/capita
1.04 pkm
157 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emission intensity
) Methodology
(Best practise
Buses
950 pkm/capita
22 pkm
1,463 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emission intensity
) Methodology
(Best practise
Motorcycle
120 pkm/capita
1.18 pkm
92 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Rail
581 pkm/capita
131 pkm
499 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Metro & Tram
113 pkm/capita
Activity per capita
) Methodology
(Best practise
Aviation-Domestic
24,546 gCO2
68 pkm
18 pkm/capita
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Aviation-Int'l
1,041 pkm/capita
134 pkm
21,447 gCO2
Activity per capita
) Methodology
(Best practise
Load factor
) Methodology
(Best practise
Emissions intensity
) Methodology
(Best practise
Cycling
100 pkm/capita
Activity per capita
) Methodology
(Best practise
Walking
220 pkm/capita
Activity per capita
) Methodology
(Best practise
2030
2050
Emission scenarios in 2030
Emission scenarios in 2050
Methodology
Passenger Cars
Activity per capita
Load factor
Emissions intensity
Buses
Activity per capita
Load factor
Emissions intensity
Motorcycle
Activity per capita
Load factor
Emissions intensity
Rail
Activity per capita
Load factor
Emissions intensity
Metro & Tram
Activity per capita
Aviation-Domestic
Activity per capita
Load factor
Emissions intensity
Aviation-Int'l
Activity per capita
Load factor
Emissions intensity
Cycling
Activity per capita
Walking
Activity per capita
Passenger Car - Activity per capita
Passenger Car - Load factor
Passenger Car - Emissions intensity
Buses - Activity per capita
Buses - Load factor
Buses - Emissions intensity
About us
