Serbian Scientists Pioneer Liquid Tree Photobioreactor
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Loading... - Ryker Dube
- 30 Jul 2024
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Serbian scientists are spearheading a groundbreaking initiative to purify urban air through an innovative technology they refer to as "liquid trees." These tanks, filled with microalgae, have the remarkable ability to bind carbon dioxide and produce oxygen via photosynthesis, offering a promising solution for urban areas where planting traditional trees is impractical.
The innovative device, named "LIQUID 3," contains 158 gallons of water infused with highly efficient microalgae. This setup is capable of capturing up to 50 times more carbon dioxide than conventional trees while simultaneously releasing fresh oxygen into the atmosphere. This makes it an exceptionally effective tool for creating greener, cleaner urban spaces.
The bioreactor leverages microalgae submerged in water to carry out photosynthesis, significantly reducing carbon dioxide levels in the air. The efficiency of this process far surpasses that of natural photosynthesis performed by trees, presenting a sustainable alternative to combat atmospheric pollution. The bioreactor’s design is optimized to maximize the production of active principles, utilizing structural diversification to enhance efficiency.
So, how does "LIQUID 3" operate? The microalgae, when subjected to controlled environmental stresses, synthesize secondary metabolites that aid in air purification. The more intense the environmental stresses, the more effective the microalgae become in improving air quality. This process provides substantial benefits to both the environment and public health.
The "LIQUID 3" technology represents a significant advancement in ecological innovation. Its ability to reduce carbon dioxide emissions and boost oxygen production can mitigate the effects of greenhouse gases and enhance air quality in densely populated urban areas. This pioneering project not only contributes to the fight against climate change but also demonstrates the potential of integrating advanced biotechnological solutions into urban planning for a sustainable future.
