”Return to the soil” circular sensors
SANKEN, Osaka University
Company New Heroes / Biobased Creations
The Growing Pavilion is an ode to the beauty and power of biobased materials. It stands as a necessary and viable solution for reducing the rising impacts of climate change and the use of fossil resources. With this structure we show the possibilities, and above all the wonderful beauty, of biobased construction. The pavilion is unique in the way in which a large number of biobased materials, such as wood, hemp, mycelium, cattail and cotton, come together to form an extraordinary creation. By combining research and art, we brought our vision to life.
The Growing Pavilion is an ode to biobased materials. It stands as a necessary and viable solution for reducing the rising impacts of climate change and the use of fossil resources.. By combining research and art, we brought our vision to life.
The pavilion is made up of five grown core raw materials: wood, residual flows from the agricultural sector, mycelium, cattail and cotton. With every material, we show the natural raw material as much as possible. We use them in a way to emphasize their own, distinctive identity. In this way, the pavilion acquires a unique, organic texture, color and experience. Besides showing the beauty and strength in the construction of the pavilion itself, we fill the interior of the pavilion with grown design objects to show how beautiful biobased furniture, lamps, cabinets and other objects are.
The Growing Pavilion was built on many years of research. We have documented and showcased our research process in different ways, aiming for full transparency. F.E. in the “Materials Atlas”, we share the collection of all materials found and used. But also in short animation and documentary videos. Through this, we wanted to show how far we could go, with the ambition to reach fully biobased creations. But also what the near future would bring. However, it takes more than good materials to make large-scale applications possible. Think of sufficient raw materials, appropriate regulations, innovative designers and open minded consumers. With The Growing Pavilion we also put this conversation on the agenda and facilitate this conversation, because this is essential to achieve the desired change in thinking and doing.
Materials are shown in such a way that they emphasize their beauty and strength as much as possible. People became curious about the special design and unknown use of materials. They asked questions and were drawn in, where we could tell them more about the materials, but also about the usefulness and necessity of biobased construction. By telling our story in many different ways, we have touched a wide audience in the head and in the heart. We introduced them to and made them think about biobased construction and design.
The producers and designers of the materials we use have become more widely known and have a broader network. They have seen interest in their material rise.
We still receive questions on a regular basis of students, designers and media about the creation process of the pavilion. The Growing Pavilion is subject in a large number of scientific, design, interior magazines.
Reception
Architizer – A+Award finalist in the Architecture+ New Materials category
STARTS Prize – Honorary Mention 2021
Dezeen Awards – Highly Commended: Small Building of The Year 2020
ARC20 – Innovatie Award
75.000 visitors at Dutch Design Week 2019
500.000 visitors at Floriade Expo 2022
Including policy makers, students, builders, banks, housing corporations, architects and daily visitors.
Course Leader at MA Material Futures, Central Saint Martins London
The Growing Pavilion effectively demonstrates the potential and advantages of biomaterials while promoting a conversation about the need for the building industry—and beyond—to adopt more sustainable and regenerative practices.
This project takes a comprehensive approach to engage critically with various materials, production systems, communities, and audiences by showcasing a full-scale, 1:1 case study. Designing and collaborating with biomaterials should not be viewed as a limitation if the growth process is carefully considered. The Growing Pavilion serves as an excellent example of this.
All Waste into Renewable Energy [ZERO WASTE PROJECT BIOTECHWORKS-H2]
BIOTECHWORKS-H2, Inc.
CircÛbi
ETH Zurich, Chair of Circular Engineering for Architecture and ETH Zurich, Chair of Architectural Behaviorology
LightEd
LightEd
Creating a sustainable future by developing earth friendly Kuroge Wagyu “decarbonized beef” and Mathane-Fermentation Biogas power generation from organic waste.
YAEYAMA RETTO CARBON FREE FARM LLC
Thaely
Thaely Pvt Ltd
Natural paper from fallen leaves
Releaf Paper France SAS
White tires for road bikes are available for early bird sale, 700 28C, carbon black free.
LIPPER K.K.
Woola
Woola OÜ
The material from the sea「amuca®」
amu inc.
TOILETOWA
JIEN LLP・Tono Mirai architects
Cement Project
Keio University Graduate School of Media Design SAMCARA Project
Vleur
Keio University Graduate School of Media Design SAMCARA Project
Perspire
Nate Fiber limited
Structure made of one tree -Digital assistance to put natural shape wood in practical use
individual
Stone Waste is Bliss Ceramic Tiles
Ignorance is Bliss
The Akasango reef, an homage to the Japanese Red Coral
rrreefs
ReLink —Platform for Building Materials Reuse DX—
Meiji University
CORALCOLLABO
CORALCOLLABO
Creating a Circular Community Through Food
Ramune Pic LLC
Yutaka Ibasho Mobile Circulation Lounge
nitehiworks
BLUE FRONT SHIBAURA SUSTAINABLE ACTION
NOMURA REAL ESTATE DEVELOPMENT Co.,Ltd.
Seaweedery project
Seaweedery
CIRCULAR ERP
sykell GmbH
Fermentation of forest residue over from forests to beautify both people and nature, a Circular Economy activity that pleases everyone.
Table Company, Inc. Fermented Bath Nifu
Sustainable Doka Practise
Individual