This Microbial Fuel Cell is Powered By Bacteria From Human Urine
Rahul Kalvapalle — April 23, 2016 — Tech
References: bath.ac.uk & gizmag
A group of researchers, scientists and engineers working out of the University of Bath and collaborating with colleagues from the Bristol Bioenergy Centre and Queen Mary University have developed a high-tech microbial fuel cell that is effectively a battery that is powered by human urine.
This microbial fuel cell essentially uses bacteria in the urine to provoke chemical reactions that result in the production of electricity, which can then be harnessed and used.
Ultimately, this pee-powered battery would have huge ramifications going forward as it makes use of a free, organic and readily available substance that doesn't require heavy processing or costs to work with, ultimately making it an efficient and eco-friendly way to tackle growing energy needs around the globe.
This microbial fuel cell essentially uses bacteria in the urine to provoke chemical reactions that result in the production of electricity, which can then be harnessed and used.
Ultimately, this pee-powered battery would have huge ramifications going forward as it makes use of a free, organic and readily available substance that doesn't require heavy processing or costs to work with, ultimately making it an efficient and eco-friendly way to tackle growing energy needs around the globe.
Trend Themes
1. Microbial Fuel Cells - Developing microbial fuel cells can lead to innovative applications in renewable energy generation and storage.
2. Urine-powered Batteries - Harnessing the power of urine as an energy source can revolutionize portable power solutions for various industries.
3. Sustainable Energy Solutions - Exploring alternative energy sources like urine-powered batteries can contribute to a more sustainable future.
Industry Implications
1. Renewable Energy - The renewable energy industry can benefit from developing and implementing microbial fuel cells.
2. Consumer Electronics - Urine-powered batteries can disrupt the consumer electronics industry by providing a greener and more sustainable power source for portable devices.
3. Environmental Technology - Incorporating sustainable energy solutions like urine-powered batteries can drive innovation in the environmental technology sector.
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