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SUSTAINABLE URBAN DESIGN
Bremen Best Practices
 The City Municipality of Bremen a Hanseatic city in
Northwestern Germany
 A commercial and industrial city with a major port on
the River Weser, Bremen is part of
the Bremen/Oldenburg Metropolitan Region
 2.4 million people
 Bremen is the second most populous city in Northern
Germanty and tenth in Germany
 Bremen is some 60 km (37 mi) south from
the Weser mouth on the North Sea.
Task 4  Eu Best Practices - Bremen (a133921)
SUSTAINABILITYAND
INNOVATIONS IN BREMEN
 There are many examples of
sustainability being put into
practice in Bremen
 The city distinguishes itself
through its dedication on the
entrenchment of sustainability
into daily life
Solar and wind energy play a great role as do numerous
hybrid busses in the public transport system, the new
hydropower station and Bremen’s title of "Capital City
of Fair Trade". Sustainability is firmly established in the
people of Bremen’s daily lives.
Economical Sustainability
 Economical sustainability is largely due to the
universities and research institutes of Bremen
 The strategic and thereby long-term unification of
education and research with commerce is a pillar of
economic sustainability
 Whether it’s the Technology Park surrounding the
university, the House of Science or one of the many
networking events – in Bremen there are many
opportunities for the transfer of knowledge.
Innovation and sustainability for
2020
 Bremen’s mission statement for 2020
accords to the motto
Bremen! Liveable –Urban – Connected
 Innovative and sustainable economic
developments will play a crucial role on
the way to the future
By 2020, Bremen would like to
 Create the conditions in which expenditures
for research and development in commerce
and science can be increased.
 Establish itself as centre of competence in
climate protection, efficient energy
production and renewable energy.
• A very energy
and resource
efficient
alternative to
urban sprawl
European
Dense City
• Too many cars
• Lack of Public
space and place
for greening
• Parking a
sensitive political
issue
Problems
• Car sharing
Solution
1) CAR BOOKING & SHARING
 Car booking can be done through call or
online system
 Various mobile points are available where
the booked car can be collected from the
nearest station (43 stations in total)
USING 1 INSTEAD OF
OWNING 1
Reduce
Parking
Demand
Reduce
the cost of
Housing
700 private cars replaced by Car-sharing(3100
customers)
The Bremen Car-Sharer shows a reduction of
about 5 million kilometres driven less by car (per
year)
Increase the use of Public Transport and
environmentally friendly transport
Reduction of CO2 emissions of about 1.9 tons per
year
Improve environment qualities of cities
Till now 1500
cars are
replaced
By
2020,target is
20,000 car
sharers
REPLACING
6000 CARS
 Car-Sharing is a tool for sustainable and energy
efficient urban development
 It gives an alternative to car-ownership - and
supplements the environmentally friendly
modes of transport
 It is a kind of 'mobility insurance' for cases
when other modes are not sufficient
 The integration into intermodal chains and into
urban development is key factors of the further
development
2) ENHANCED ENVIRONMENTAL
FRIENDLY VEHICLES (EEV)
 Term used in the European emission standards for the
definition of a clean vehicle.
 The most severe exhaust emission standard for internal
combustion engines issued to date.
 Clean vehicles to improve air quality
 Bremen worked on increasing environmental performance
of heavy- and light duty fleet vehicles.
 Economic incentives to switch to more environmentally
friendly fuels were implemented
Journeys of Bremen Citizens
 60 % sustainable modes
 Clean Diesel Buses
 Since 2006, all new buses have fulfilled
the EEV emission standard and now
almost the entire fleet meets the EEV
standard
(Enhanced Environmental Vehicles)
Emission Bus Fleet Bremen
Clean cars
 Compressed natural gas (CNG)
- In January 2011, there were approximately 350 CNG
vehicles that resulted in a 60% decrease in NOx
emissions
- Partnership with gas provider
 Electric
- Partnership with energy provider
Collective Transport (Public Transport)
 Easy interchange between different
Public Transport modes
- buses
- bicycle
- taxi
Cycling – Individual Transport Modes
 Current share of cycling, 26% (By 2020,
target is at least 30%)
 The bicycle is the ultimate zero-emission-
vehicle
 ‘cycle streets’ with priority for cyclists
 Infrastructure
 Cycle parking with good bicycle racks
(decentralised)
~ 2500 racks inner city
 On-street bike racks
 Interchange / Bike Parking
 Safe storage 3,000 bikes at Central
Station
 Bike-racks at all regional train stops
 Advantages
- reduction of space for cars
- better conditions for walking, cycling
and public transit
TRAIN & TRAM SYSTEM IN
BREMEN
Differences Between Train and
Tram Systems
TRAIN
• Heavyrail transport
system
• Run on specialised
track
• Separated from
traffic
TRAM
• Lightweight rail
system
• Run on lines that
are part of the road
• Share space with
road traffic
TRAIN SYSTEM
Hauptbahnhof
Main railway
station in
Bremen
Hauptbahnhof is
located to the
north of Bremen
city centre.
It takes about 10
minutes to walk
to the city
centre.
Advantages of Train System in
Bremen
Internet Travel
Planner
Public Transport
Quality
Standards
Real-Time
information
Displays +
announcements
in vehicles
Integrated
ticketing(37
operators – 1
ticket)
Punctual trains
Internet Travel Planner
Public Transport Quality Standards
Real-time Information
TRAM SYSTEM
Bremen Tramway Network
 The Bremen tramway network is
a network of tramways forming part of the public
transport system in Bremen
 The network is currently operated by Bremen
Tramways Corporation
 As of 2012, the network had 8 lines, extending
over 114.6 kilometres (71.2 mi) of route (up from
110.6 kilometres (68.7 mi) of route in 2011)
Advantages of Tram System in
Bremen
Low floor vehicles Ease of access
Efficient service Broad network
Low-floor Vehicles
 Convenient
 Handicapped-friendly
Ease of access
Efficient Service
Broad Network
 Route length: 114.6 km
Conclusion
 Sustainable transportation is a durable,
adaptable and integrated transportation system
that supports economy, preserves the
environment and enhances our communities
Thank You!

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Task 4 Eu Best Practices - Bremen (a133921)

  • 2.  The City Municipality of Bremen a Hanseatic city in Northwestern Germany  A commercial and industrial city with a major port on the River Weser, Bremen is part of the Bremen/Oldenburg Metropolitan Region  2.4 million people  Bremen is the second most populous city in Northern Germanty and tenth in Germany  Bremen is some 60 km (37 mi) south from the Weser mouth on the North Sea.
  • 4. SUSTAINABILITYAND INNOVATIONS IN BREMEN  There are many examples of sustainability being put into practice in Bremen  The city distinguishes itself through its dedication on the entrenchment of sustainability into daily life
  • 5. Solar and wind energy play a great role as do numerous hybrid busses in the public transport system, the new hydropower station and Bremen’s title of "Capital City of Fair Trade". Sustainability is firmly established in the people of Bremen’s daily lives.
  • 6. Economical Sustainability  Economical sustainability is largely due to the universities and research institutes of Bremen  The strategic and thereby long-term unification of education and research with commerce is a pillar of economic sustainability  Whether it’s the Technology Park surrounding the university, the House of Science or one of the many networking events – in Bremen there are many opportunities for the transfer of knowledge.
  • 7. Innovation and sustainability for 2020  Bremen’s mission statement for 2020 accords to the motto Bremen! Liveable –Urban – Connected  Innovative and sustainable economic developments will play a crucial role on the way to the future
  • 8. By 2020, Bremen would like to  Create the conditions in which expenditures for research and development in commerce and science can be increased.  Establish itself as centre of competence in climate protection, efficient energy production and renewable energy.
  • 9. • A very energy and resource efficient alternative to urban sprawl European Dense City • Too many cars • Lack of Public space and place for greening • Parking a sensitive political issue Problems • Car sharing Solution
  • 10. 1) CAR BOOKING & SHARING  Car booking can be done through call or online system  Various mobile points are available where the booked car can be collected from the nearest station (43 stations in total)
  • 11. USING 1 INSTEAD OF OWNING 1 Reduce Parking Demand Reduce the cost of Housing
  • 12. 700 private cars replaced by Car-sharing(3100 customers) The Bremen Car-Sharer shows a reduction of about 5 million kilometres driven less by car (per year) Increase the use of Public Transport and environmentally friendly transport Reduction of CO2 emissions of about 1.9 tons per year Improve environment qualities of cities
  • 13. Till now 1500 cars are replaced By 2020,target is 20,000 car sharers REPLACING 6000 CARS
  • 14.  Car-Sharing is a tool for sustainable and energy efficient urban development  It gives an alternative to car-ownership - and supplements the environmentally friendly modes of transport  It is a kind of 'mobility insurance' for cases when other modes are not sufficient  The integration into intermodal chains and into urban development is key factors of the further development
  • 15. 2) ENHANCED ENVIRONMENTAL FRIENDLY VEHICLES (EEV)  Term used in the European emission standards for the definition of a clean vehicle.  The most severe exhaust emission standard for internal combustion engines issued to date.  Clean vehicles to improve air quality  Bremen worked on increasing environmental performance of heavy- and light duty fleet vehicles.  Economic incentives to switch to more environmentally friendly fuels were implemented
  • 16. Journeys of Bremen Citizens  60 % sustainable modes
  • 17.  Clean Diesel Buses  Since 2006, all new buses have fulfilled the EEV emission standard and now almost the entire fleet meets the EEV standard (Enhanced Environmental Vehicles)
  • 19. Clean cars  Compressed natural gas (CNG) - In January 2011, there were approximately 350 CNG vehicles that resulted in a 60% decrease in NOx emissions - Partnership with gas provider  Electric - Partnership with energy provider
  • 20. Collective Transport (Public Transport)  Easy interchange between different Public Transport modes - buses - bicycle - taxi
  • 21. Cycling – Individual Transport Modes  Current share of cycling, 26% (By 2020, target is at least 30%)  The bicycle is the ultimate zero-emission- vehicle  ‘cycle streets’ with priority for cyclists
  • 22.  Infrastructure  Cycle parking with good bicycle racks (decentralised) ~ 2500 racks inner city  On-street bike racks
  • 23.  Interchange / Bike Parking  Safe storage 3,000 bikes at Central Station  Bike-racks at all regional train stops
  • 24.  Advantages - reduction of space for cars - better conditions for walking, cycling and public transit
  • 25. TRAIN & TRAM SYSTEM IN BREMEN
  • 26. Differences Between Train and Tram Systems TRAIN • Heavyrail transport system • Run on specialised track • Separated from traffic TRAM • Lightweight rail system • Run on lines that are part of the road • Share space with road traffic
  • 28. Hauptbahnhof Main railway station in Bremen Hauptbahnhof is located to the north of Bremen city centre. It takes about 10 minutes to walk to the city centre.
  • 29. Advantages of Train System in Bremen Internet Travel Planner Public Transport Quality Standards Real-Time information Displays + announcements in vehicles Integrated ticketing(37 operators – 1 ticket) Punctual trains
  • 34. Bremen Tramway Network  The Bremen tramway network is a network of tramways forming part of the public transport system in Bremen  The network is currently operated by Bremen Tramways Corporation  As of 2012, the network had 8 lines, extending over 114.6 kilometres (71.2 mi) of route (up from 110.6 kilometres (68.7 mi) of route in 2011)
  • 35. Advantages of Tram System in Bremen Low floor vehicles Ease of access Efficient service Broad network
  • 39. Broad Network  Route length: 114.6 km
  • 40. Conclusion  Sustainable transportation is a durable, adaptable and integrated transportation system that supports economy, preserves the environment and enhances our communities