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Sustainabilitywith visions in urban design, architecture and
infrastructure for Social family oriented life
Integrated sustainable planning methodology in
Master plan designInfrastructure and energyEnvironmental
program
Organised by the city of Stockholm Photos by Lennart Johansson,
Stockholm City Planning Department
Warsaw May 5th, [email protected]
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The exhibition in Swedish Pavilion, Shanghai
2010www.tengbom.se
Hammarby Grd,
Tengbom
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Regeneration of industrial areasCommuter train tunnel ready
2017Road tunnels
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Hammarby Sjstad and the Inner City 1997
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Energy
Water and
sewage
Garbage
Efficient land use planning
Energy
Water and Sewage treatment
Garbage treatment
Building materials and
solutions
Traffic planning and transports
Noise reduction
Soil pollution
The Hammarby model
The Hammarby modelHammarby Sjstad has its own eco-cycle, the
Hammarby Model,
which outlines environmental solutions for waste, energy, water
&
sewage.
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Hammarby district heating and district
cooling plant operates with heat pumps
Hgdalen district heating and power
cogeneration plant
Environmental solutions Heat,
Cooling and Energy
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Hammarby district
heating plant
Biogas production
Biogas stove
Hammarby district heating and district cooling plant
operates with heat pumps
Henriksdal sewage treatmet plant
Biogas busses
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ENVAC Stationary vacuum transport system for solid waste
From waste to resource 5
- Less than 5 % of household waste in Sweden
today is deposited as landfill.
- 1 ton of waste contains 3 000 kWh of energy.
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79 % is not using cars for commutingPublic transportation opened
early during the construction phase
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Bicycle lanes
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Normal energy use kWh/m2/year
Ventilation ( air turnover/hour) 30
Building electricity (not household electricity) 20-40
Heat 30-50
Hot tap water 35-45
Boverkets building standard total: 110
ByggVestas project Kajutan 55
ByggVesta AB
White
WSP
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GlashusEtt Hammarby Sjstads
Environmental Visitor Center
Tengbom architects
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land use plan
urban structure, design and character
street and pedestrian pattern
parks and water areas
infrastructure
development and redevelopment
11 000 apartments
totally planned
7500 constructed
Hammarby Sjstad master plan
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Hammarby Sjstad 1997
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Hammarby Sjstad 2005
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Hammarby Grd
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Hammarby Grd
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Hammarby Grd, kv Kryssningen
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Hammarby Grd, kv Seglatsencourt yard and shared space
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Henriksdalshamnen
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Henriksdalshamnen, sketch April 2005
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Jan Inghe-Hagstrms TorgWL architects
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The esplanad system
Street and block structure
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Hammarby All
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BabordsgatanTrees and street side parking in all streets
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Pedestrian and bicycle bridge constructed in stainless steel
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Street side parking with convenient access for all to all
entrance doors
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The park system
Hammarby Sjstad park system
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Boardwalks
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Sjstadsparterren Public park with storm water cannel
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Hammarby Sjstad service structure.
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Residential building Nyrns
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Coordinated urban design with balanced density and scale
(more than 100 units per hectare)
Renewable district heating and cooling infrastructure
Waste systems for recycling and energy utilizations
Utilize heat, biogas and nutrients from sewage water.
Low energy buildings
Attractive public transportation
Plant trees !!!
Social sustainability and affordability
[email protected]
