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Marin Sawa, “Cooked” algae X Photosynthesis Reactive WaterArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.1
Algaerium ‘Species’ Samples X Photosynthesis Reactive WaterArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.2
Marin Sawa's kitchen labArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.3
Algaerium ‘Species’ SamplesArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.4
Name: Volvox MACRO 1Architect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.5
Algaerium PodArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.6
Algaerium PodsPhotography by Guan Lee7
Algaerium ‘Nocturnal’Architect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.8
Bioluminescent algaeArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.9
Algaerium Branch, Algaerium ‘Species’ Samples X Photosynthesis Reactive WaterArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.10
Algaerium FountainheadsArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.11
The Algaerium by Marin SawaArchitect and textile designer <strong></strong>'s beautiful work explores ways that we can incorporate the production of biofuels within our built environments. With her Algaerium, she has created a series of living surfaces and textiles that cultivate and produce green energy in the form of algae.12
