Is there anyone else with me in anxiously awaiting Rob's invitation from the RI to give a presentation from Faraday's desk? Seems, from this fellow across the pond to be the perfect style for the venue. This video reminds my of (too many titles to fit here) Andrew Szydlo's presentations.
Ohh yea! I wait for two omniballs in a pipe how give app.3 kWh at a day and look like a totem pole and give one liter water in the houer in bottom! /Mikael
I live about 10 minutes away from a beach, but there's no sign of any seaweed, because the council clear it all away. I suspect it just ends up in the composters with our garden waste.
I made amazing "wood gas" with sea weed did really well burned great now just have to use the charcoal created as a fuel to make more and run it in some sort of engine was thinking of making it in to a powder and burning it through a blower like you did with the rust experiment (this is how they run coal power stations so nothing new there)
So... relatively easy and safe seaweed based batteries made from the waste heat from cogeneration... is that what we're seeing here? Because it should iterate, scale, and sequester into a recalcitrant form... energy density versus cycle shape and what's the recycling costs? Could we add storage capacity as an industrial waste byproduct?
@@justinw1765 i figured that would be the case but after watching Robert for so long i kinda want to get some and dry it out then make powder anyway, But not for this application. I wanna do whatever sciencey stuff i need to to check the content of iodine, if there is any measureable. just a messy kitchen experiment, which i blame having teachers like rmb for having thinking and tinkering traits instilled in me all my life. thx for the comment though, or i wouldnt have had the [Challenge!] sound play in my head lol!
I've got a question, does the graphitic carbon generated this way work in the process demonstrated to separate graphite into graphene with whey protein/blood/egg on a previous video?
I was wondering about using seaweed with your battery yesterday. In an earlier battery you had replaced bromine with Iodine. I thought there might be a way to use seaweed😅
is the seaweed in ink form viable for a zamboni (aluminum-paper-carbonInk) pile? Have you or others ever taken them past a few hundred volts in series?
Im not sure if you charged your sample battery? Would that be a rechargeable battery? Robert i love your videos. I dont understand some of it but it facinates me none the less. Battery tecknology is huge right now and developing the best battery for each use seem to be very difficult indeed. Of course making it sustainable and recyclable and less toxic are all important. I hope im not too long winded for you. I dont like waisting others time.
Hey Rob, do you think the dried seaweed could be converted directly to graphene with a laser? Or would it have to be powdered, turned into an ink, and painted onto a substrate before the laser process?
Once again the material aspect of probably The Entire Universe certainly indicates that the Elements below are beholden to that which grows upon the surface, and somehow wafting in the Spirals that reach high above us, are many actions that are far too Mysterious, are Sets of Coordinations, to numerous to know…
Hi Rob not wishing to be a kill joy but you may want to check the legality of collecting seaweed. I have heard your not allowed to collect off rocks only what is washed up on the beach.
Digging stuff up annoys the greens... (Defeats a few environmental purposes as well, remember mining is basically burning diesel (or using the cheapest available energy source) to get something more valuable (trading up)... That is where the break-even comes from, if the mined stuff is not valuable enough it's not worth it.
Wonder if you've heard of the Moray device... whil I think it's fake... the premise of using radioactivity combined with semiconductors to step up and step down. A smaller input to a larger one is viable and could use recycled nuclear fuel rods or something like that... I'm wondering if this combined with a superdielectric capacitor and possible deep learning to better control the stolid state reaction could yield any usable power?
I really dig the British inventor-gentleman style.
I second the motion Sir
Thank you for your videos I think they're very valuable and they give precious insight
Apart from the climate change nonsense, i agree.
Return of the king.
2:20 onward love the pack of fags and lighter on the table. You’re a legend Bob, in this day and age not many have the chutzpah. Great vid as always.
Lots of sargassum washed up on Mexico shores this summer... Great usage idea
5:07 Wow, try saying "Catalytically Graphitizing" 😊Creative and Awesome as always, thank you
Is there anyone else with me in anxiously awaiting Rob's invitation from the RI to give a presentation from Faraday's desk?
Seems, from this fellow across the pond to be the perfect style for the venue. This video reminds my of (too many titles to fit here) Andrew Szydlo's presentations.
Yes defo Hes a National Treasure { Robert Murray Smith..... not Faraday lol}
Ohh yea! I wait for two omniballs in a pipe how give app.3 kWh at a day and look like a totem pole and give one liter water in the houer in bottom! /Mikael
For sure!
For a second I thought you were going to do it in an autoclave with catalyst to make something
I live about 10 minutes away from a beach, but there's no sign of any seaweed, because the council clear it all away. I suspect it just ends up in the composters with our garden waste.
Time for a tidal pool with turbines used as a farm for seaweed and edible critters...
👍👍👍
I made amazing "wood gas" with sea weed did really well burned great now just have to use the charcoal created as a fuel to make more and run it in some sort of engine was thinking of making it in to a powder and burning it through a blower like you did with the rust experiment (this is how they run coal power stations so nothing new there)
there is great potential to use seaweed for anaerobic digestion.
What was that stuff (7:35) mixed in a couple of drops
So... relatively easy and safe seaweed based batteries made from the waste heat from cogeneration... is that what we're seeing here? Because it should iterate, scale, and sequester into a recalcitrant form... energy density versus cycle shape and what's the recycling costs? Could we add storage capacity as an industrial waste byproduct?
i live on a lake ill have to explore our freshwater weed types
They won't have the high iodine content of the sea versions.
@@justinw1765 i figured that would be the case but after watching Robert for so long i kinda want to get some and dry it out then make powder anyway, But not for this application. I wanna do whatever sciencey stuff i need to to check the content of iodine, if there is any measureable. just a messy kitchen experiment, which i blame having teachers like rmb for having thinking and tinkering traits instilled in me all my life.
thx for the comment though, or i wouldnt have had the [Challenge!] sound play in my head lol!
I've got a question, does the graphitic carbon generated this way work in the process demonstrated to separate graphite into graphene with whey protein/blood/egg on a previous video?
I was wondering about using seaweed with your battery yesterday. In an earlier battery you had replaced bromine with Iodine. I thought there might be a way to use seaweed😅
Cos I told one of my friends this and he said I'm a genius but I'm a bit skeptical
@@bigmouthstrikesagain4056 never really knows until you try, right 👍
Wouldn't the pressurized hydrothermal method work even better with less energy necessary?
is the seaweed in ink form viable for a zamboni (aluminum-paper-carbonInk) pile? Have you or others ever taken them past a few hundred volts in series?
Im not sure if you charged your sample battery? Would that be a rechargeable battery? Robert i love your videos. I dont understand some of it but it facinates me none the less. Battery tecknology is huge right now and developing the best battery for each use seem to be very difficult indeed. Of course making it sustainable and recyclable and less toxic are all important. I hope im not too long winded for you. I dont like waisting others time.
👍
Hey Rob, do you think the dried seaweed could be converted directly to graphene with a laser? Or would it have to be powdered, turned into an ink, and painted onto a substrate before the laser process?
Do you do apprenticeships Robert?
Once again the material aspect of probably The Entire Universe certainly indicates that the Elements below are beholden to that which grows upon the surface, and somehow wafting in the Spirals that reach high above us, are many actions that are far too Mysterious, are Sets of Coordinations, to numerous to know…
Hi Rob not wishing to be a kill joy but you may want to check the legality of collecting seaweed. I have heard your not allowed to collect off rocks only what is washed up on the beach.
🤔👌🧠
Peat would seem to be a more abundant material with an existing infrastructure.
Digging stuff up annoys the greens... (Defeats a few environmental purposes as well, remember mining is basically burning diesel (or using the cheapest available energy source) to get something more valuable (trading up)... That is where the break-even comes from, if the mined stuff is not valuable enough it's not worth it.
Peat may seem plentiful now, but it is certainly not a sustainable resource. Unlike sargussum.
Wonder if you've heard of the Moray device... whil I think it's fake... the premise of using radioactivity combined with semiconductors to step up and step down. A smaller input to a larger one is viable and could use recycled nuclear fuel rods or something like that... I'm wondering if this combined with a superdielectric capacitor and possible deep learning to better control the stolid state reaction could yield any usable power?
All you need is long scarf you would look like dr. Who lol but if had your knowledge I would save the world