Expanding on Microbial Research
Aswita K -
Hi everyone!
This week, I moved beyond training and started analyzing real data from previous experiments on microbial electrochemical cells (MECs). Looking through past research helped me understand how these systems work and where they can be improved. While MECs have the potential to provide a more sustainable way to treat wastewater and generate energy, they still face challenges in efficiency and scalability.
One of the main things I focused on was how different microbial communities affect electron transfer efficiency. Some bacteria are better at transferring electrons than others, so finding the right mix of microbes could make MECs work more effectively. I also started looking into different electrode materials. Since bacteria need to attach to electrodes to transfer electrons, improving electrode surfaces, like using special coatings or alternative materials, could increase conductivity and make the system more efficient.
Analyzing past data has given me a better idea of what works and what doesn’t, and I’m starting to think about ways to test some of these ideas in the lab. I’m excited to dive deeper into this research, especially as I begin working more directly with the microbial communities themselves. There’s still a lot to learn, but I’m looking forward to seeing how these technologies can be improved to help address water scarcity in a more sustainable way.
Stay tuned for next week!
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