Department of Biotechnology, Anand Engineering College, NH-2, Keetham, Agra 282007, India.
J Environ Sci (China). 2016 Apr;42:105-111. doi: 10.1016/j.jes.2015.06.014. Epub 2015 Aug 31.
A novel single cathode chamber and multiple anode chamber microbial fuel cell design (MAC-MFC) was developed by incorporating multiple anode chambers into a single unit and its performance was checked. During 60 days of operation, performance of MAC-MFC was assessed and compared with standard single anode/cathode chamber microbial fuel cell (SC-MFC). The tests showed that MAC-MFC generated stable and higher power outputs compared with SC-MFC and each anode chamber contributed efficiently. Further, MAC-MFCs were incorporated with different wastewaters in different anode chambers and their behavior in MFC performance was observed. MAC-MFC efficiently treated multiple wastewaters simultaneously at low cost and small space, which claims its candidature for future possible scale-up applications.
一种新型的单阴极室和多阳极室微生物燃料电池设计（MAC-MFC）被开发出来，即将多个阳极室整合到一个单元中，并对其性能进行了检查。在 60 天的运行过程中，评估了 MAC-MFC 的性能，并与标准的单阳极/阴极室微生物燃料电池（SC-MFC）进行了比较。测试表明，与 SC-MFC 相比，MAC-MFC 产生了更稳定和更高的功率输出，并且每个阳极室都能有效地发挥作用。此外，MAC-MFC 被分别在不同的阳极室中与不同的废水结合使用，并观察它们在 MFC 性能中的表现。MAC-MFC 以低成本和小空间高效地同时处理多种废水，这使其有望在未来进行大规模应用。
