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S5E19 - What if your Microbial Fuel Cells could Reach Out on Twitter?

Author
Antoine Walter
Published
Wed 27 Jul 2022
Episode Link
https://podcast.ausha.co/dont-waste-water/s5e19-what-if-your-microbial-fuel-cells-could-reach-out-on-twitter

with 🎙️ Carol Maxwell - CEO & Director of MICROrganic Technologies and a Founding Member of ENYA Funds 1, 2, &3 


with 🎙️ Brent Solina - CTO of MICROrganic Technologies 


💧 MICROrganic Technologies builds a Microbial Fuel Cell platform that aims to change the way the world deals with wastewater




What we covered:




📅 How Microbial Fuel Cells open a new paradigm in plant operation - the era of bacteria that can communicate and interact with your Google Calendar 


🧑‍🔬 How limited we are today, with our chemical tests and lab analysis 


🤔 How we don't know much about the root cause of most of the upsets a wastewater treatment system encounters 


⚒️ How Microbial Fuel Cells work and how their core characteristics trigger the operation opportunity we just described 


⚡ How wastewater treatment blowers represent 3-5% of the US's energy use and how microbial fuel cells could enable turning them down 


📉 How microbial fuel cells could represent an overall decrease of 85-90% in energy use 


📈 How beyond today's benefits of microbial fuel cells, there's even more to come tomorrow with for instance microbial desalination cells 


🌱 How MICROrganic Technologies' VIVA modular series could be the fundamental brick for those future applications 


0️⃣ How it all boils down to a fundamental feature of Microbial Fuel Cells: they set the path for a decarbonized wastewater treatment 


🚀 How MICROrganic interacts with companies and acceleration programs the like of Xylem's Innovation Labs 


💪 How anybody can take off a start-up, assuming you’re creative enough and push hard enough. 


🤝 How you can learn sales and marketing the hard way, and how that’s beneficial to aspiring entrepreneurs. 


🏭 How the bottleneck to turn MFCs into a large-scale solution lies on the cathode’s hardware - and how MICROrganic strives to solve it. 


🔋 How building an MFC is very close to making a battery - just with additional constraints, using wastewater as a fuel 


🔼🔽 How large and small plants have different challenges and how that reflects in their KPIs. 


🪜 How MICROrganic’s product works yet isn’t fully ready for commercialization - and what the next steps are. 


💩 Wastewater being liquid composting, wastewater containing 7x the energy needed to treat it, VIVA being the size of a refrigerator, MFCs powering predictive maintenance and potentially decentralized systems, VIVA being a kind of biosensor... and much more!


🔥 … and of course, we concluded with the 𝙧𝙖𝙥𝙞𝙙 𝙛𝙞𝙧𝙚 𝙦𝙪𝙚𝙨𝙩𝙞𝙤𝙣𝙨 🔥   


      


➡️ Send your warm regards to Carol on LinkedIn 


➡️ Make sure to also reach out to Brent over there   


➡️ Check out the full story (and an infographic) on how Microbial Fuel Cells  can turn plant operation on its head!


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