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Sustainability in Architecture and Building Services

Sustainability in Architecture and Building Services. inspired by Cradle to Cradle (C2C). De Blaay- Van den Bogaard Raadgevende Ingenieurs. How it started. Industrial Revolution. Present situation. Global warming. Is it true?. Results of the Industrial Revolution.

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Sustainability in Architecture and Building Services

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  1. SustainabilityinArchitecture and Building Services inspired by Cradle to Cradle (C2C) De Blaay- Van den Bogaard Raadgevende Ingenieurs

  2. How it started Industrial Revolution

  3. Present situation Global warming

  4. Is it true?

  5. Results of the Industrial Revolution - each year supplying billions of kilos of toxic materials in the air, in the water and in the soil.- production of dangerous materials which have to be safeguarded for our new generations.- production of enormous quantities of waste.- exhaustion of all our natural resources.- creation of an unsafe environment.(CULTURE)

  6. What is the impact on our daily life? toxic toxic

  7. The new design!

  8. Essential elements - no toxic emissions- recyclable- energy reduction in production and use

  9. Example of energy use Ingredients for the productionof 1 computer and 1 screen:240 kg fossil fuel22 kg chemicals1500 litres of waterThe impact of a computer on the environmentis above all defined by its production and notby its energy consumption during use. Sources: www.indymedia.be, www.enviroliteracy.org

  10. Architecture

  11. Architecture Buildings should be:- self supporting- making energy for the building- preferable energy for others too- taking care of their own waste- treatment of the effluents- supplying cleaner air to nature

  12. Architecture RAU architect of the WWF building World Wide Fund for Natureformer World Wildlife Fund

  13. Use of recyclable materials

  14. Use of recyclable materials

  15. Use of recyclable materials

  16. The earth ship in Zwolle (aarde huis)

  17. 4000 glass bottles and 1000 wheel tires

  18. Use of recyclable materials Walls covered with plants that grow, irrigated with collected rainwater.Stylos Pavilion, TU Delft Faculty of Architecture

  19. Sunscreens by plants. Automatic irrigation has to be used! Town-hall in Meppel

  20. Flower Tower Paris by Eduard Francois

  21. Marché Les Halles Avignon by Patric Blanc

  22. Sportplaza Mercator by Copijn Wonder wall system

  23. zonwering overstekken zaagtanddak tropendak

  24. Een espressobar van oude wasmachine onderdelenFaculteit Bouwkunde CRADLE TO CRADLE

  25. Building Services

  26. DUURZAAM BOUWEN Warmwatervoorziening zonneboilers in Hogeschool Economische Studies Amsterdam Energie bodemopslag

  27. BetonkernactiveringEen andere visie op integratie 1 + 1 = MEER !

  28. BetonkernactiveringEen andere visie op integratie Actief ventilatiekanaal

  29. BetonkernactiveringEen andere visie op integratie Actief ventilatiekanaal

  30. Energy from the roof

  31. Atrium cooled with rainwater

  32. New elements on different scales

  33. Algae

  34. Algae

  35. Process to bio oil

  36. Production on a large scale

  37. Briquetting Plant At Rajkot, India Transportation of the husk to the intake of the plant

  38. Briquetting Plant At Rajkot, India The hopper is distributing the husk into the machine

  39. Briquetting Plant At Rajkot, India Briquettes, the end product

  40. Visie op ambitieniveau Capillairematjes Hoog comfort

  41. Parking place Asphalt collector

  42. Piezo electric effectBy pressurising crystals Energy generation by dancing

  43. Barbarism Barbarism Should be forbidden!

  44. Healthy buildings: People use 50 m3 fresh air per hour! Integrated design: Brings Architects and Engineers together! Sustainability: High thermal comfort and low energy use!

  45. Thanks to Michael Braungart & William McDonough Al Gore and for your attention! De Blaay- Van den Bogaard Raadgevende IngenieursLeo de Ruijsscher www.leoderuijsscher.com

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