This project focuses on developing an algae bioreactor to bioremediate toxic water streams in London’s Regent’s Canal, aiming to utilize microalgae’s natural ability to absorb pollutants and engage the community in environmental science.
Role • Field Research, Scientific Research, Design of Experiments, Prototyping, Photography
Team • Eleonora Rombolà, Cassandra Quinn, Carolina Kyvik Ruiz, Kit Ondaatje Rolls, Marie Melcore
Partner(s) • MA Biodesign Central Saint Martins
Microalgae for wastewater remediation
Experimentation with the microalgae strain Parachlorella kessleri were conducted, analyzing its growth patterns across different wastewater compositions. Different variables were tested to investigate the algae’s adaptability and remediation efficacy. These experiments laid the groundwork for the design iterations and provided some insights into the feasibility of the bioremediation process.
Citizen science & reuse of local waste materials
Using repurposed gin bottles sourced from a local distillery, modular bioreactors were designed to be easily installed on canal barges, using minimal amount of material. The project offers a sustainable approach to tackle urban water pollution, engaging communities in scientific efforts while using recycled materials. Its modular design and community involvement make it scalable and adaptable to various urban settings, setting an example for community-driven environmental initiatives with ecological and societal benefits.
