Designing
To bring our concepts into reality, we began with rough hand sketches to explore form and functionality. We then translated those ideas into a detailed 3D model using CAD software. CAD allowed us to accurately visualize the mini liquid tree design, refine dimensions, and ensure all components fit and function as intended. By creating a digital prototype first, we reduced trial and error, minimized material waste, and optimized the design before entering production.
Manufacturing
To build a functional prototype of the mini liquid tree, we utilized laser cutting and 3D printing technologies. Acrylic sheets were precisely cut on a laser cutter to form the outer structure. After fabrication, each component was carefully assembled and sealed with waterproof silicone to ensure the system remained leak free. We incorporated a filter and venting slits into the lid so the microalgae could respire and photosynthesize while minimizing water evaporation. The combination of digital fabrication techniques allowed us to create a visually engaging and fully working prototype that highlights the environmental potential of microalgae.
Experimenting
Our culturing process began by establishing an environment where microalgae could grow efficiently. This included maintaining proper lighting, temperature, and pH conditions to support healthy cell development. We introduced a small starter population of microalgae, which gradually multiplied within the system. As the culture expanded, the biomass became visibly denser, transforming the liquid into a vibrant green and demonstrating successful growth over time.
First Prototype
The Tree10 mini liquid tree device serves both aesthetic and functional purposes. It showcases the incredible potential of microalgae to mitigate carbon dioxide levels, improve air quality, and contribute to a sustainable future. Moreover, the process of culturing microalgae for this purpose highlights the versatility and adaptability of these organisms in various biotechnological applications. For this application, the microalgae biomass inside the device acts as a living filter, absorbing carbon dioxide and releasing oxygen through photosynthesis.
Overall, culturing microalgae to create a mini liquid tree combines scientific ingenuity, environmental consciousness, and artistic expression, demonstrating the interconnectedness between nature and technology.
Second Prototype
The second prototype of our Tree10 device incorporates improvements based on user feedback and testing. These updates enhance sustainability, efficiency, visual appeal, structural stability, modularity, and ease of maintenance.
