sustainability in architecture and building services

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Sustainability in Architecture and Building Services De Blaay- Van den Bogaard Raadgevende Ingenieurs inspired by Cradle to Cradle (C2C)

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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. - PowerPoint PPT Presentation

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Page 1: Sustainability in Architecture and Building Services

Sustainabilityin

Architecture and Building Services

De Blaay- Van den Bogaard Raadgevende Ingenieurs

inspired by Cradle to Cradle (C2C)

Page 2: Sustainability in Architecture and Building Services

How it started

Industrial Revolution

Page 3: Sustainability in Architecture and Building Services

Present situation

Global warming

Page 4: Sustainability in Architecture and Building Services

Is it true?

Page 5: Sustainability in Architecture and Building Services
Page 6: Sustainability in Architecture and Building Services

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)

Page 7: Sustainability in Architecture and Building Services

What is the impact on our daily life?

toxictoxic

Page 8: Sustainability in Architecture and Building Services

The new design!

Page 9: Sustainability in Architecture and Building Services

Essential elements

- no toxic emissions- recyclable- energy reduction in production and use

Page 10: Sustainability in Architecture and Building Services

Ingredients for the productionof 1 computer and 1 screen:

240 kg fossil fuel22 kg chemicals1500 litres of water

The impact of a computer on the environmentis above all defined by its production and notby its energy consumption during use.

Example of energy use

Sources: www.indymedia.be, www.enviroliteracy.org

Page 11: Sustainability in Architecture and Building Services

Architecture

Page 12: Sustainability in Architecture and Building Services

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

Page 13: Sustainability in Architecture and Building Services

Architecture

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

Page 14: Sustainability in Architecture and Building Services

Use of recyclable materials

Page 15: Sustainability in Architecture and Building Services

Use of recyclable materials

Page 16: Sustainability in Architecture and Building Services

Use of recyclable materials

Page 17: Sustainability in Architecture and Building Services

The earth ship in Zwolle (aarde huis)

Page 18: Sustainability in Architecture and Building Services

4000 glass bottles and 1000 wheel tires

Page 19: Sustainability in Architecture and Building Services

Use of recyclable materials

Walls covered with plants that grow, irrigated with collected rainwater.

Stylos Pavilion, TU Delft Faculty of Architecture

Page 20: Sustainability in Architecture and Building Services

Sunscreens by plants.

Automatic irrigation has to be used!

Town-hall in Meppel

Page 21: Sustainability in Architecture and Building Services

Flower Tower Paris by Eduard Francois

Page 22: Sustainability in Architecture and Building Services

Marché Les Halles Avignon by Patric Blanc

Page 23: Sustainability in Architecture and Building Services

Sportplaza Mercator by Copijn Wonder wall system

Page 24: Sustainability in Architecture and Building Services

tropendak

overstekken zaagtanddak

zonwering

Page 25: Sustainability in Architecture and Building Services

Een espressobar van oude wasmachine onderdelen Faculteit Bouwkunde

CRADLE TO CRADLE

Page 26: Sustainability in Architecture and Building Services

Building Services

Page 27: Sustainability in Architecture and Building Services

DUURZAAM BOUWEN

Warmwatervoorziening zonneboilers in

Hogeschool Economische Studies Amsterdam Energie bodemopslag

Page 28: Sustainability in Architecture and Building Services

BetonkernactiveringEen andere visie op integratie

1 + 1 = MEER !

Page 29: Sustainability in Architecture and Building Services

BetonkernactiveringEen andere visie op integratie

Actief ventilatiekanaal

Page 30: Sustainability in Architecture and Building Services

BetonkernactiveringEen andere visie op integratie

Actief ventilatiekanaal

Page 31: Sustainability in Architecture and Building Services

Energy from the roof

Page 32: Sustainability in Architecture and Building Services

Atrium cooled with rainwater

Page 33: Sustainability in Architecture and Building Services

New elements on different scales

Page 34: Sustainability in Architecture and Building Services

Algae

Page 35: Sustainability in Architecture and Building Services

Algae

Page 36: Sustainability in Architecture and Building Services

Process to bio oil

Page 37: Sustainability in Architecture and Building Services

Production on a large scale

Page 38: Sustainability in Architecture and Building Services

Briquetting Plant At Rajkot, India

Transportation of the husk to the intake of the plant

Page 39: Sustainability in Architecture and Building Services

Briquetting Plant At Rajkot, India

The hopper is distributing the husk into the machine

Page 40: Sustainability in Architecture and Building Services

Briquetting Plant At Rajkot, India

Briquettes, the end product

Page 41: Sustainability in Architecture and Building Services

Visie op ambitieniveau

Capillaire matjes

Hoog comfort

Page 42: Sustainability in Architecture and Building Services

Parking place Asphalt collector

Page 43: Sustainability in Architecture and Building Services

Energy generation by dancing

Piezo electric effectBy pressurising crystals

Page 44: Sustainability in Architecture and Building Services

BarbarismBarbarism

Should be forbidden!

Page 45: Sustainability in Architecture and Building Services

Integrated design: Brings Architects and Engineers together!

Healthy buildings: People use 50 m3 fresh air per hour!

Sustainability: High thermal comfort and low energy use!

Page 46: Sustainability in Architecture and Building Services

Thanks to

De Blaay- Van den Bogaard Raadgevende IngenieursLeo de Ruijsscher www.leoderuijsscher.com

and for your attention!

Al GoreMichael Braungart & William McDonough