Thank you.i have just started studying Microbial Fuel Technologies. However i will develop my studies in the future in this area my base will be thanks to you and your introduction!
Thank you for encouraging me to study MFC tech. Your video gave me the idea, so I preserved and pursued this study. My study used Azolla as a substrate for MFC, then coconut shell and rice hull as carbon block electrodes. I used the single-chamber method. However, I achieved around 300 to 500+mV and 10 to 200+mA per chamber. I did not manage to test its capabilities to light a small bulb. It was a fun experiment.
If they can get to the point that they fully understand it, and can duplicate it, it will work anywhere. Why do we not see so much waste from other living things' life cycle? Because nature has a way of recycling everything. We SHOULD be exploring ways to follow suit.
Well, the conversion needs to be stated correctly. First of all, it is 2000 kcal/day not 2000 cal/day. If that is the case then, 1 cal is equal to 4.184 joule. 2000 kcal is equal to 8368 kjoules. So, 100 Watt light bulb will use 100 joule/second (1 Watt = 1 Joule/sec). Therefore, you can light this bulb for a day (83689 sec) with 2000 kcal/day.
Yeah, I was going for 2000 kcal not 2000 cal. You can light the bulb for a day at this rate. But here 2:14, the picture includes both 2,000 cal and kcal. It should only be 2,000 kcal not cal.
This is actually not a mistake on the slide. Apparently there is a difference between small calories (cal) and large calories (Cal). 1Cal = 1000cal or 1kcal. en.wikipedia.org/wiki/Calorie It's like they tried to make this as confusing as possible.
UmmaNCO, away from the kcal or cal, this clear calculation was the thing i NEEDED. Thank You.I was wondering (even got anxious :D) in the first 2 sec that ok, 1bulb, but how long? Because 1 bulb is not that much, but trough the day, it is something.
I'm wondering if the magnesium and aluminum in the soil here in Louisiana that the ants use for the ant mantle can be used for anode material? Packed in a mesh bag. Should I use a multimeter on some and see if it conducts?
All these damn youtube videos about "microbial-fuel-cells" are just SALTWATER BATTERIES! I'm not teaching anyone something I can patent 🤑 energy can be big money...
Thank you.i have just started studying Microbial Fuel Technologies. However i will develop my studies in the future in this area my base will be thanks to you and your introduction!
Thank you for encouraging me to study MFC tech. Your video gave me the idea, so I preserved and pursued this study. My study used Azolla as a substrate for MFC, then coconut shell and rice hull as carbon block electrodes. I used the single-chamber method. However, I achieved around 300 to 500+mV and 10 to 200+mA per chamber. I did not manage to test its capabilities to light a small bulb. It was a fun experiment.
Thank you so so much, this will help me a lot with my tesis research. I´m studying mechatronic ingeniering at university EIA - Colombia.
This guy is great!
Great topic.Thanks for sharing.
Great to see this work .
Amazing presentation, thank you very much
If they can get to the point that they fully understand it, and can duplicate it, it will work anywhere. Why do we not see so much waste from other living things' life cycle? Because nature has a way of recycling everything. We SHOULD be exploring ways to follow suit.
bruce logan...damnn what a name
Enlightening.......It was really nice to listen u
Well, the conversion needs to be stated correctly. First of all, it is 2000 kcal/day not 2000 cal/day. If that is the case then, 1 cal is equal to 4.184 joule. 2000 kcal is equal to 8368 kjoules. So, 100 Watt light bulb will use 100 joule/second (1 Watt = 1 Joule/sec). Therefore, you can light this bulb for a day (83689 sec) with 2000 kcal/day.
It's actually 2000 kcal, not 2000 cal. So his calculation was correct.
Yeah, I was going for 2000 kcal not 2000 cal. You can light the bulb for a day at this rate. But here 2:14, the picture includes both 2,000 cal and kcal. It should only be 2,000 kcal not cal.
This is actually not a mistake on the slide. Apparently there is a difference between small calories (cal) and large calories (Cal). 1Cal = 1000cal or 1kcal. en.wikipedia.org/wiki/Calorie
It's like they tried to make this as confusing as possible.
@@theDistiller 1 Cal = 1000 kcal, it is how they name it in biochemistry or biology
UmmaNCO, away from the kcal or cal, this clear calculation was the thing i NEEDED. Thank You.I was wondering (even got anxious :D) in the first 2 sec that ok, 1bulb, but how long? Because 1 bulb is not that much, but trough the day, it is something.
How long does it last for whatever organic materials to power up any electronics or robots?
I'm wondering if the magnesium and aluminum in the soil here in Louisiana that the ants use for the ant mantle can be used for anode material? Packed in a mesh bag. Should I use a multimeter on some and see if it conducts?
Great Job...
i would like to use this technique to waste management in Vietnam
Thank you, sir, well explain MFC and MEC, but I have some a problem benthic microbial fuel cell Please little explain.
Thanks
Hi, any chance we can assessed to build a pilot plant in Ecuador?
@WilliamHelstad Up to it, definitively!
28:45 mfc architecture (what they used to make thier microbial fuel cell)
I'm interested in how I can use my compost toilet that separates urine to make energy from my urine.
are there forum to discuss about microbial fuel cell?
I mean online forum
perhaps you can find it in here www.researchgate.net/topic/Microbial-Fuel-Cell
Ugh, I'm writing a quote and I forgot to write down the time... This is going to take me a while.
Half would be a dim bulb.
Stankalisticly environmental
Stankalicious
so is not a cell it will make big ass bio power plant
All these damn youtube videos about "microbial-fuel-cells" are just SALTWATER BATTERIES! I'm not teaching anyone something I can patent 🤑 energy can be big money...