Hammarby Sjöstad/ - unique environmental project in Stockholm

Transcription

1 Hammarby Sjöstad/ - unique environmental project in Stockholm Erik Freudenthal Head of Communications in GlashusEtt The Environmental Information Centre for Hammarby Sjöstad

2

3

4

5 Brown field soil cleaning 120 tons oil/grease 180 tons heavy metals

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20 a modern sustainable city area.

21

22

23

24

25

26

27

28

29

30

31 The Olympic project 2004

32 Lower the total environmental impact by half Environmental programme

33 land use soil pollution energy water and sewage garbage building material transportation noise green areas Environmental programme

34 Hammarby Sjöstad flats people live people work started and est finish 2020

35 Size: 204 ha (171 ha land) Costs: EUR 4.5 billion Investment from the City net: EUR 0.2 billion The City of Stockholm had owned almost all land The land is sold or leased to the developers Cooperation between the City Planning Dept and the developers architects.

36 Design guidelines architectural coordination colour schemes material qualities parks and streets lightening etc public art

37 Local traffic

38 Local traffic Tram

39 Carpool

40 Local ferry

41 Public Transport/ Car Pool/Ferry Decrese car use 40%

42 Developers builders

43 Developer - Tap water X Cupper tubes Pvc tubes X Other plastic material or stainless steel

44 Developer - Energy class

45 Low flushing toilets

46 (Stefan Sjödin, Fortum) Developer Extra cost to the total budget 2 4 %

47 The Hammarby model

48 Energy

49 District heating Combustible waste is incinerated District heating, hot tap water and electricity

50 District heating The heat from the purified waste water District heating, District cooling

51 Solar Energy Solar cells Solar panels

52 Biogas

53 Biogas busses/cars

54 Waste

55 Stationary vacuum system for solid waste

56

57 Water

58 Water consumption 200 l/p/day 100 l/p/day Today 150 l/p/d

59 Water consumption Every day we consume 200 litre per person. WC flush 40 Food & drinks 10 Other 10 Personal care 70 Laundry 30 Wash the dishes 40

60

61 Starta med barnen!

62 Storm water solutions

63 The park system

64

65

66

67 Consulting firms:

68 75 % of all targets built in the buildings and the infrastructure

69 Stockholms Stad

70

71

72 Achievement Aim: Lower by half Result: 30 40%

73 Lessons learned from Hammarby Sjöstad Set up a vision for the project Cooperate with all participating parties both governmental and private When you set up the targets be specific so they can all be measurable Holistic perspective

74 Use the experience from Hammarby Sjöstad

75 Norra Djurgårdsstaden The Stockholm Royal Sea Port

76 Norra Djurgårdsstaden The Stockholm Royal Sea Port Over all objective: - Year 2030 is that the Royal Sea Port fossil free - Year 2020 under 1,5 ton per person - A Climate adopted area - Smart grid

77 Järvalyftet suburbs north of the City apartments built in the 1960 s Improving energy efficiency Buildings From that 158 to will 30 be - 64 refurbished kwh/m2/year within Concerto Energy system and supply Photoelectric panels Better use of district heating Reducing the need for bought energy Garbage disposals for biogas production

78 Awards Winner of the Construction category 2007 Special Recognition CUI Brownie Award 2008

79 The key to Hammarby Sjöstad s success

80 - Integrated planning

81 Symbiocity

82 Concept

83 Solutions

84

85 Synergies - Water Drinking Water Manure Biogas District Heating/Cooling

86 Synergies 33ºC

87 But to really succeed...

88 The earth provides enough to satisfy every man s need. But not every man s greed (Mahatma Gandhi).

89 Tack så mycket!

90

91 Lessons learned from Hammarby Sjöstad Set up a vision for the project Cooperate with all participating parties both governmental and private When you set up the targets be specific so they can all be measurable Holistic perspective

92 The Stockholm Royal Seaport 2010 Oil depot Container terminal Port Gasworks hectares urban sustainable district 10,000 new homes 30,000 new work places 600,000 m2 commercial space Modern port and cruise terminal Walking distance to city centre

93 The Stockholm Royal Seaport

94 The City Council decided on the environmental profile Targets Stockholm Royal Seaport is adapted to climate change Carbon emissions are lower than 1,5 tonnes per person/year (today over 3 tonnes per person/year) Free of fossil fuels and climate positive Smart Grid

95 I N S T R U M E N T S U S E D I N T H E P R O C E S S The City as Landowner Competence Program Stockholm Royal Seaport Innovation City Requirements on Developers Evaluation Model goals & requirements The World-Class Agreement Master Program shared vision and goals Dialogue / Consultation Process Multi-Stakeholder Events / WS

96 Traffic hierarchy - ICT-solutions (Mobility Management) - Walking & biking - Public Transport - Car-pool (biogas & electrical) - Private cars (biogas & electrical)

97 The keys and challanges to success for Stockholm Royal Seaport Keys The city is the landowner People would like to live Environmental profile of the project Holistic perspective Challanges New thinking Timetable Answers outside the project

98 So if you plan with quality could mean HS2020 To renew a new town

99 To renew Hammarby Sjöstad to continue as a role model for sustainable city planning! What is the aim of HS2020?

100 Five projects for innovation and demo Sustainable transports, EVs Energy efficiencancy, smart grids etc Recycling, upgrading a world leading system ICT supporting renewable and sustainability Culture and sport facilites

101 Stationary vacuum system for solid waste