Kevin Burke AIA. Partner. Amsterdam

Transcription

1 Kevin Burke AIA Partner Kees Noorman 22 mei 2008 Expertmeeting Amsterdam

2 OPTIMAL SUSTAINABILITY } Design Challenge SHAREHOLDER VALUE Design intent Eco-efficient design Present TIME Future Eco-effective design

3 Biological Metabolism Technical Metabolism

4 Supply Chain Tool

5 Human Health Criteria Priority Criteria Carcinogenicity* Disruption of Endocrine System* Mutagenicity* Reproductive Toxicity* Teratogenicity* Additional Criteria Acute Toxicity Chronic Toxicity Irritation of Skin/Mucous Membranes Sensitization Other (e.g., skin penetration potential, flammability, etc.) * Known or suspected in humans and/or animals

6 Environmental Health Criteria Aquatic toxicity Fish toxicity Daphnia toxicity Algae toxicity Bioaccumulation (BCF, log Kow) Climatic Relevance/Ozone Depletion Potential Content of Halogenated Organic Compounds Persistence/Biodegradation Toxic Heavy Metal Content Other (e.g., Water Danger Score, Toxicity to Soil Organisms, etc.)

7 Production Process Exact Knowledge of Composition Resources (Renewable/Nonrenewable) Transport Distance Energy Input Social Criteria Genetic Engineering Danger of Intermediates/By-Products Animal Testing Wastes Climatic Relevance/Ozone Depletion MBDC. All rights reserved.

8 Materials assessment Input Total Score Health Hazards Material S AT IRR CT DES T C M DIS A CF Material 1 Material A C A A A A A A C A A B A A A A A A B A Dye A A B C A A A C C A Dye A A C C A A A C C A Dye A A C C A A A C C A Dye A A C C A A A C C A Dye A A C C A A A C A A Dye A A C C A A A C C A Dye A A C C A A A C C A Dye A A C C A A A C C A MBDC. All rights reserved.

9 Carpet Tile Production Ecosolution Q Facing Fiber Ecoworx Backing Newly Polymerized Nylon 6 Chemical Recycling Carpet Tile Sale & Use Mechanical Recycling EcoWorx Polyolefin Material Recovery & Separation Are you using reverse logistics?

10 Is it a biological or technical nutrient? Are materials recyclable/ compostable? Do you have reverse logistics? Does your energy come from renewable sources? Is your water drinkable? Are you practicing social fairness?

11 Is it a biological or technical nutrient? Are materials recyclable/ compostable? Do you have reverse logistics? Does your energy come from renewable sources? Is your water drinkable? Are you practicing social fairness?

12 Park The work benefits, the world benefits

13 The world is changing.. The employee of today has moved upwards in the Maslov Pyramid model

14 The world is changing.. Growing congestion stimulates the change in working hours

15 The world is changing.. There is a demand for an alternative working place, more than just a desk

16 The world is changing.. Our world is also changing on a different level, our climate is changing

17 The world is changing.. We need to increase bio diversity

18 The world is changing.. Reduction of carbon dioxide exhaustion is key

19 The world is changing.. we face a massive challenge to eliminate the concept of waste

20 The world is changing.. we have to create clear water

21 The world is changing.. We have to design smarter, re-use our materials. Make our designs sustainable. Rethink the way we make things. Think Cradle tocradle.

22 Park A Sustainable Working Community It s about loving the place you work. It s about living a healthy life It s about creating community It s about economic advantage It s about helping our planet It s about integrated planning and design w/ Nelson Byrd Woltz Landscape Architects

23 Park A Sustainable Working Community

24 Park A Sustainable Working Community

25 Park A Sustainable Working Community High Density Office Campus-style Office Sports Field Gym Canal Plaza Office Towe r Hotel Plaza High Density Office Preliminary Site Plan w/ Nelson Byrd Woltz Landscape Architects

26 Social Economic Needs Working Community Integrated Mixed-Use Health centered design Security Office, Hotel, Athletic Facilities, Supermarket, Retail, Pavilions Daylighting Strategies, Natural Ventilation, Uninterrupted Views, Air Quality, Noise Reduction, Health care on site, Sport facilities, Health food choices On site security staff, CCTV system, Secure, well lit parking facilities, Controlled entrance and exit at non business hours Community integration Service & parking Pedestrian linkages, Cycle connectivity, Linear open space (Geniedijk) Clear Parking Strategy, Service Accessibility, Emergency Vehicle Access, Reduced Traffic Congestion w/ Nelson Byrd Woltz Landscape Architects

27 Ecological Needs Climate Change Energy Demand Reduction Optimize Building Orientation Optimize Daylighting Passive Heating and Cooling Natural Ventilation Nighttime Cooling Energy Efficiency Exterior Shading Opportunities Energy Demand Reduction Strategies

28 Ecological Needs Climate Change Renewable Energy Photovoltaic Solar Thermal Ground Source Wind Biomass BIPV, Concentrator PV, Systems Integration, Green Roof and PV Solar, Thermal and PV, Thermal Co-gen and PV

29 Ecological Needs Climate Change Centralized Energy System Integrated Systems for Optimized Performance Cogeneration and Tri-generation Campus-wide Ground Source Loop Ground Water Aquifer Canal Potential Energy Centre w/ Nelson Byrd Woltz Landscape Architects

30 Ecological Needs Integrated Landscape Biodiversity Creation of habitat Green infrastructure Native landscapes on site Green roofs and screens Ecosystem connectivity Maintenance strategy Offices for Gap Inc. Offices for Gap Inc. Nike European Headquarters Nike European Headquarters w/ Nelson Byrd Woltz Landscape Architects

31 Ecological Needs Cradle to Cradle Framework ALL NUTRIENTS RETURN TO SOIL OR INDUSTRY USE RENEWABLE ENERGY PROVIDE CLEAN WATER PROMOTE SOCIAL FAIRNESS w/ Nelson Byrd Woltz Landscape Architects

32 Ecological Needs Integrated Water Systems Capture, Recycle and Reuse INTEGRATED STORMWATER MANAGEMENT CAPTURE, RECYCLE AND REUSE WATER EFFICIENCY Stormwater Management w/ Nelson Byrd Woltz Landscape Architects

33 Ecological Needs Integrated Water Systems Perspective Sketch w/ Nelson Byrd Woltz Landscape Architects