Pourquoi le bambou est la matière du futur ?

Savez-vous que construire avec le bambou permets de réduire notre impact carbone sur la planète ? 

Aujourd'hui, la population croît à un taux de 1% tous les ans, ce qui signifie que 80 millions de personnes vont avoir besoin d'une nouvelle maison tous les ans. 

Le bambou a été utilisé dans la construction depuis de nombreuses générations, nous l'avons récemment remplacer par le béton. 

Vous voyez cette 

(Photo de la ville)


Human population is expanding at dizing rate. 

Besoin en habitation 

As far as environment is concerned 

We produce as much concret 

Sand is an Abundant 

Le béton est energivore et participe au déséquilibre des ressources naturelles

Le constat est que la population mondial croit à vitesse exponentielle, et donc les besoins en de création d'habitation également. 

L'industrie de la construction émets 39% (World Green Building Council) des émissions carbones dont 5% de la création du béton. 

Bambou est une alternative pour limiter la création d'un 

mitigate climate change 


2 manières d'utiliser le bambou

Around as Round Polepore round - Natural form

Or processed form as a industrial product, usually used as a

Pool of skills carpenter that can make bamboo product idea make 

If you don't tread bamboo will not work

Borax Salt reatement, last lifetime

design creative form and create attention to elevate the mind of people around Bambo

Strong, beauty and sustainability. 

So many applications possible


Great advantage in construction​Available in poor area 
need to be kept away from moisture and insect with borate-based treatments

EU - Major producer 

not for round pole 
Substitute for bamboo 

Engineered bamboo laminated 

Plank 

Type of bamboo structures we creates may not be appropriate in many contexte (round pole)

China account for 65% of bamboo production and export 


Manufactured bamboo products are great to spread the bamboo bug 

But generate a lot of waste, we need to find a way to reuse most of the waste in order to make it economicaly viable.

find a valuable use for the waste.

 

• Bamboo Processes and Products you can find on the market:

• Strand Woven Bamboo

• Particle Board - construction, floors, etc.

• Laminated Bamboo Board - for furniture, homeware, computer accessories, etc.

• Coiled Bamboo

• Woven Bamboo

• Fabric, Textiles and Clothing

• Electric Cars

• Bicycles (cf. Boobicycles by James Wolf)

The list goes on and on!

Cutting whole pole and sticking them together

Problem = take a lot of energy to start from a round pole to a square
, produce a lot of waste, 20%, extremely expensive, and huge upfront investment

Circular investment to save the 80% in China
Economic viable

https://www.ambientbp.com/blog/must-have-bamboo-items-sustainable-home 


From the moment we plant: 5 to 10 years 

Clump  


Si nous commençons à construire avec du bambo
Construire à partir de bambou

A Truly Sustainable Material
Bamboo: A Round Pole
Bamboo Products and Manufacturing
Module Learning Outcomes:

Understand how and why bamboo is sustainable
Understand the basic principles and the constraints of round pole construction
Learn about the different types of bamboo products around the world

Maison de Delora Hardy:
https://jsbg.me/2016/03/30/la-merveilleuse-maison-en-bambou-delora-hardy-a-bali/

Ibuku = mother earth 

Borax Salt 

Treating bamboo 

Pas deux bamboo de la même forme 

L'artisanat à Bali couplé avec l'expérience Artchitexte

Créer en 3D Bambou modele 


L'université Badabambou souhaite démocratiser la connaissance du Bambou. 

Les cours sont inspirés de Bamboo U. 

Références 

Personnalité: 

Jorg Stamm

Orin Hardy

John and Cynthia Hard founder of Green School Campus: Hub for bamboo architectural innovation and the buildings which populate the campus highlight the skills of Bali's carpenters and the design ideas first developed by the Green School design team, and carried forward by the design firm IBUKU.



Création: 


the Gymnasium at Green School is a series of bamboo arches interconnected by a series of anticlastic grid-shells which derive their strength from curving in two directions. The different components rely on one another to stand whilst remaining as simple and graceful as possible. Still in construction, 14,5m

Bambu Indah: https://www.bambuindah.com/ 

Green Village Bali: https://greenvillagebali.com/


The Green School Bridge, strong enough to bear the weight of a small car, spans 23 metres with a Minangkabau inspired roof 

Green school Campus, 2008,  The structure is made up of 3 hyperbolic towers which hold up a roof made of 3 interweaving nautili spirals. This structural system and concept is still a dominant one that we use here in Bali today.  

Project using split bamboo , curved shape building 

Princess Tower and the Dapur Naga (the kitchen)

reference 

Van der Lugt, Pablo. Booming Bamboo. Naarden: Materia, 2017 

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