Zero Emission Parks Projects in Germany Cities of tomorrow AHK Romania Bucharest 28th of May,2013 Veronika Wolf M.Re. Managing Director
Competence Centre Sustainable development of industrial, commercial and urban districts
Master plan Sustainable development of commercial areas Contents Revitalization Redevelopment Brownfield site development Re-planning
Criteria for a sustainable development of commercial areas Criteria Sustainable econ. provision for the future Protection of natural living conditions Securing an environment fit for human life Securing an intact urban climate Promotion of climate protection
Elements of a sustainable development of commercial areas Site selection 1 2 3 Priority Use + concentration of existing commercial areas Revitalization Use of inner-city open spaces Revitalization of brownfields, Extension, conversion, abandoned properties Redevelopment Environmentally sound development and integration of new properties Replanning
Master plan Sustainable development of commercial areas. Use of existing infrastructure Site selection. Centrality (Accessibility). Minimize impact on nature + landscape (commercial area pooling, multi-storey buildings etc.). Environmental sustainability (through EIP+SEA). Potential sustainable infrastructure (traffic, mobility, living, regenerative energy supply, solar potential). Taking into account climate-related and topographical factors. Cooperation and synergy potential of the surrounding area. Minimizing conflicts over use
Example 1 Zero Emission Park Revitalization Example 1 Zero Emission Park Revitalization of existing industrial and commercial sites
Example 1 Zero Emission Park Revitalization Model project
Example 1 Zero Emission Park Revitalization Example 1 Bottrop, NRW
Example 1 Zero Emission Park Revitalization Analysis fields Urban development + landscape planning Location + land use Building condition Energy supply Resource consumption Water management Waste management Traffic, Transport + Mobility Quality of the location Regional value creation Social quality
Potential analysis Example 1 Zero Emission Park Revitalization
Potential analysis Example 1 Zero Emission Park Revitalization
Consumption + costs Example 1 Zero Emission Park Revitalization IG Power* Heating* t/co 2 /a MWh/a MWh/a Bottrop 38.882 108.750 13.775.000 60.377 Bremen 75.504 149.690 20.307.000 98.122 Kaiserslau tern 20.314 11.960 3.128.718 17.593
Example 1 Zero Emission Park Revitalization Solar energy Measures Waste heat Fuel cell Air heat Waste water/ Water Biomass Cold Wind energy Geothermal energy
Example 1 Zero Emission Park Revitalization Measures
Example 1 Zero Emission Park Revitalization Measures
Example 1 Zero Emission Park Revitalization Measures
Example 1 Zero Emission Park Revitalization Measures
Example 1 Zero Emission Park Revitalization Measures
Example 1 Zero Emission Park Revitalization Measures
Example 1 Zero Emission Park Revitalization Electric power Thermal energy Result Traffic Waste water
Example 1 Zero Emission Park Revitalization Result Power + Heat energy 13.775.000 /a 54.920 t CO2/a Reduction potential: 40 % in 4 years
Results Zero Emission Park Revitalization Reduction Company cost Land consumption Infrastructure costs Consumption of energy and resources+co2
Results Zero Emission Park Revitalization Benefits Cooperation and sustainable economic management Image improvement boosts sustainable education and knowledge networks site conditions Regional creation of value
Example 1 Zero Emission Park Revitalization Funding German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety Environmental sub-concept for industrial sites
Urban planning concept Elements of a sustainable Development of commercial areas Infrastructure. Cost- and space-saving urban planning concept. Minimizing energy and resource consumption in the planning, building and administration of the site. Developing a decentralized, renewable power supply. Creation of ecologic and cost-saving development concepts. Sustainable traffic planning + Mobility. Sustainable supply and disposal
Kreativ.Quartier. Quartier.Lohberg Redevelopment Example 2 Development of the former coal mining area Lohberg through an integrated sustainability strategy Environmental economic - social
Kreativ.Quartier. Quartier.Lohberg Example 2
Kreativ.Quartier. Quartier.Lohberg Sustainable measures Example 2 Linking Work Living Lifestyle 100 % renewable energy supply Innovative, decentralized energy concept Energy-plus-Houses Use of existing buildings/monuments Alternative forms of housing, e.g. courtyards Quality of building biology Green centre as corso Connection to the existing garden city Use of rainwater Low sealing temperature Integrated leisure and sports Badesee (bathing lake) Urban greening
Kreativ.Quartier. Quartier.Lohberg Example 2
Kreativ.Quartier. Quartier.Lohberg Example 2 Living cluster Central cluster Industrial cluster
Kreativ.Quartier. Quartier.Lohberg Example 2 Development of a sustainability assessment model of planned urban development and infrastructural measures.
Kreativ.Quartier. Quartier.Lohberg Evaluation 17 Urban development 14 Housing Measures 12 Industry 11 Landscape and environment protection 7 Supply and disposal 6 Traffic 23 Energy
Kreativ.Quartier. Quartier.Lohberg Neighborhood certification Predominan tly ecological Socially strong Socialecologic Predominantly strong Socialeconomic Predominan tly economic Energy Housing Urban development Industry Landscape and environ.protection Traffic Supply and disposal Ecologically strong Ecologic economic Economically strong
Example 3 Replanning Example 3 3.1 Ecological industrial park Kürten 3.2 Power station Güterbahnhof Ehrenfeld
Example 3 Replanning Example 3 Ecological concept. Plus-energy-site. Green-Building-Quality. Use of recycled building materials. Lifecycle consideration for all measures and products. Greening of facades + rooftops. Reduction of soil sealing. Ecological water management. LED location lighting. Bürgerpark (city park) Urban Agriculture-
Example 3.1 Replanning Kürten Example 3
Example 3 Replanning Example 3 Ecological concept. Flexible usage models. Sustainable operator model. Decentralized, renewable power and heating supply. Active energy management. Cost-efficient, ecological building concepts. Linking businesses/material flows. Sustainable marketing model. Labeling
Example 3.2 Replanning Köln-Ehrenfeld Example 3
Example 3.2 Replanning Köln-Ehrenfeld Example 3
Example 3 Replanning Example 3 Social concept. Noise protection. Flexible living and working spaces. Visiting conditions. Flexible child care at the site. Regional health care services. Central services pool
Summary Sustainable debelopment process. 3 Planning alternatives. Integrated master plan: environmental economic- social. Sustainable development process for planning, building and operating. Participation of all groups. Taking lifecycle considerations into account. Planning cooperation and synergies. Development of a management model for the industry park
Vision Model project Zero Emission Park, BMVBS/2008-2010, FB Stadtplanung/Figge
Thank you. www.zeroemissiongmbh.de