Algae-Symbiont
Living microalgae prototype for air purification
Microalgae absorb carbon dioxide and produce oxygen 10-40 times more efficiently than terrestrial plants. Algae-Symbiont integrates living microalgae into artifacts, creating dynamic, biodynamic prototype. This led to the development of a microalgae air purification table and module, using aluminum and acrylic for quick fabrication and modular construction, with an Arduino-controlled air pump to mimic natural algae flow. Algae-Symbiont fosters a symbiotic relationship where humans care for algae, which purify air and produce biomass for food or materials.
Company/Institution
Hunan University
Hunan University, located in Changsha, China, is one of the oldest and most prestigious universities in the country. Founded in 976 AD, it boasts a rich history and a strong focus on research and innovation. The university offers a wide range of programs across various disciplines, emphasizing engineering, business, and the arts. Hunan University is committed to sustainability and green development, making it a leader in promoting environmentally friendly practices in education and research.
Country
China
Designer(s)
叶文
WenYe is a designer focused on sustainable design and bio-human-computer interaction. His work aims to explore mutually beneficial relationships between humans and living creatures by integrating biological vitality into artifacts, promoting a sustainable future.