Abstract
Work in exhibition: Bag made of algae. In collaboration with CHEMARTS Lab and Fredrik Gröndahl, Royal Institute of Technology, Sweden.
For years, designers and material scientists at Aalto University have collaborated on fascinating bio-based material experiments – from spider silk to nanocellulose lamps and flower leather.
But both industry and consumers are increasingly demanding more sustainable alternatives for production and retail. The world isn’t becoming fully digital – we still need clothes, homes, and built environments, now and in the future – all within the limits of what our planet can sustain.
The next big questions are: How can the scaling and industrialisation of bio-based materials be accelerated? How would their use in homes change how we live? And how can the life cycle and reuse of these materials be designed to truly meet the demands of a circular economy? Could there be also mid-scale production processes?
‘The exhibition has two goals: to push material development forward by critically considering how these materials work in different applications, and to encourage visitors to make both small and large-scale sustainability shifts in their everyday lives, says Professor Pirjo Kääriäinen.
The information on artistic outputs in the Aalto Research Portal follows the reporting guidelines of Finland’s Ministry of Education and Culture. Therefore, each contribution requiring independent artistic activity is reported separately. For full details of the work and its contributors, please refer to information provided by the publisher.
For years, designers and material scientists at Aalto University have collaborated on fascinating bio-based material experiments – from spider silk to nanocellulose lamps and flower leather.
But both industry and consumers are increasingly demanding more sustainable alternatives for production and retail. The world isn’t becoming fully digital – we still need clothes, homes, and built environments, now and in the future – all within the limits of what our planet can sustain.
The next big questions are: How can the scaling and industrialisation of bio-based materials be accelerated? How would their use in homes change how we live? And how can the life cycle and reuse of these materials be designed to truly meet the demands of a circular economy? Could there be also mid-scale production processes?
‘The exhibition has two goals: to push material development forward by critically considering how these materials work in different applications, and to encourage visitors to make both small and large-scale sustainability shifts in their everyday lives, says Professor Pirjo Kääriäinen.
The information on artistic outputs in the Aalto Research Portal follows the reporting guidelines of Finland’s Ministry of Education and Culture. Therefore, each contribution requiring independent artistic activity is reported separately. For full details of the work and its contributors, please refer to information provided by the publisher.
| Original language | English |
|---|---|
| Place of Publication | Espoo |
| Publisher | Aalto University & Helsinki Design Week |
| Publication status | Published - 4 Sept 2025 |
| MoE publication type | F2 Partial implementation of a work of art or performance |
| Event | Designs for a Cooler Planet: Sign of Change - Aalto University, Espoo, Finland Duration: 5 Sept 2025 → 28 Oct 2025 https://www.aalto.fi/en/designs-for-a-cooler-planet#3-get-a-taste-of-what-will-be-featured-in-2025 |
UN SDGs
This output contributes to the following UN Sustainable Development Goals (SDGs)
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SDG 8 Decent Work and Economic Growth
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SDG 12 Responsible Consumption and Production
Field of art
- Design
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