Itinerary calculation.
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WHAT DOES YOUR NEW BUS PLAN LOOK LIKE?

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29
DE BROUCKERE -HOF TEN BERG

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FORMER ITINERARY
LOOK AT YOUR ITINERARY
NEW ITINERARY
29
info
CURRENT ITINERARY
29

CURRENT ITINERARY
29
 

HOF TEN BERG
JESPERS
MARCEL THIRY
PEUPLIERS
CHARMILLE
ROODEBEEK
HYMANS
MOONENS
VERHEYLEWEGHEN
SPEECKAERT
HEYDENBERG
MAI
LEVIE
DIAMANT
OPALE
PLASKY
RADIUM
DAILLY
VINCOTTE
CLOVIS
WATERLOO WILSON
GUTENBERG
SAINT-JOSSE
MADOU
PRESSE
TREURENBERG
PARC
GARE CENTRALE
GARE CENTRALE
ARENBERG
DE BROUCKERE
DE BROUCKERE

NEW ITINERARY
29
info

HOF TEN BERG
JESPERS
MARCEL THIRY
+
Verbinding met
PEUPLIERS
+
Verbinding met
CHARMILLE
+
Verbinding met
ROODEBEEK
+
Verbinding met
HYMANS
+
Verbinding met
MOONENS
+
Verbinding met
VERHEYLEWEGHEN
+
Verbinding met
SPEECKAERT
HEYDENBERG
+
Verbinding met
MAI
LEVIE
DIAMANT
+
Verbinding met
OPALE
+
Verbinding met
PLASKY
RADIUM
DAILLY
+
Verbinding met
VINCOTTE
+
Verbinding met
CLOVIS
SAINT-JOSSE
+
Verbinding met
MADOU
PRESSE
TREURENBERG
PARC
+
Verbinding met
GARE CENTRALE
GARE CENTRALE
+
Verbinding met
ARENBERG
+
Verbinding met
DE BROUCKERE
+
Verbinding met
DE BROUCKERE
+
Verbinding met

The CO2 emissions for this trajectory are 1115g. By car this would be 1601g. (Calculation method).

In order to know the % average CO2 emissions of your journey by public transport, we use the following method: the length of your journey in km multiplied by the % average emission factor per passenger and per kilometre of the STIB vehicles. .
The average emission factors of the STIB vehicles are as follows:

  • Metro: 20g CO2 / (km*passager) 20g CO2
  • Tram: 30g CO2 / (km*passager)
  • Bus: 110g CO2 /(km*passager)
  • Train (SNCB): 26g CO2 /(km*passager)

The result is compared with emissions of a % wagon that follow the same path. The % length in kilometres of your journey is multiplied by the % average emission factor per passenger and per kilometre of a wagon. Average emission factor of a wagon is 158g CO2 / (km* passenger)

More information about this line
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