A&D ANNUAL 2021

Michelle Reen

Michellle Reen's research project ‘Bioluminescence’ uses a critical-making approach to designing for sustainability. The project combines an exploratory methodology that transposes algae cultivation processes, with laser-cut bamboo into a homeware light that can sequester CO2. The lights aim to offset carbon through low carbon intensity material choice and technological innovation. Bamboo can absorb double the amount of CO2 than trees and grow to its full size in 3-4 months in comparison to 40 years for trees. There are no pesticides or chemicals involved in its harvesting as its fibres are naturally antibacterial and the material is biodegradable, contributing to a circular economy. Algae is one of the most efficient, natural ways of sequestering CO2. Algae CO2 absorption is slowly becoming recognised as an efficient way to contribute to CO2 sequestration and addressing climate change. At the same time, recognising that CO2 sequestration is small scale, the research is an evolving practice with the potential to be expanded for a more significant effect.