I think your channel should be required viewing for all high school students. You're so good at explaining and demonstrating things that primary school students would benefit from watching your videos, along with adult supervision. If I was homeschooling my children, you would definitely be on the list.
@@sreetips do you have a video to get the gold out of smart phones and computer part from start to finish I have about 100lbs of parts and then can you make 14k gold more pure
@@josephandjessicaweber613 Gold is expressed in karats weight. That is 10k is 10 parts gold and 14 parts other metals. 14k gold is 14 parts out of 24 parts with the other 10 parts a combination of other metals such as copper, silver, Nickel or Zinc. These are used in any combination to harden the Gold. 18k is just 18 parts gold and 6 parts other metals and 24k gold is pure Gold. There are several processes but for the do it yourselfer separating them should be easy using the process called Electrolysis. You can look that up by doing a google search. Oh and nothing is 100% in chemistry or science. That is why it only says 99.99% on pure bars of 24k Gold and any chemical that is pure only says 99.99% purity. The only thing that is 100% is death and taxes.
7:55 I really appreciate this description. Chemistry remains one of my weakest fundamental science understandings, despite being exposed to thousands of hours of educational material on or relating to chemistry, metallurgy. It has taken me years to make heads or tails of any of it, but by pure repeat familiarity basically a brute force approach some of the basic principles have started to make sense. It's to sreetips credit that he puts this kind of effort into making these videos. I have probably watched a hundred hours of his content and yet I am still learning something new.
The quality of these videos is phenomenal Sreetips. Thanks for including the chemical equations involved in the process, Shoutout and thankyou to David for helping you with them and for providing the silver nitrate, helps those that are interested gain an understanding of the processes. Excellent video mate bravo, and what a beautiful result.
Nice one Sreetips. You could make sugar soap from the sugar lye waste solution. But you’d likely need to add more sugar since you used a truckload of lye. I found the following on the gold refining forum so as to not use any more materials than I need to: For each troy ounce (31.1) of silver (41.3g of AgCl), it takes 20g of NaOH and 26g white sugar. These figures were proven in a lab. In practice, add 10% extra of each and mix with a stick blender till it turns black. Heating the mixture for faster reaction. Place beaker in a bucket and slowly add sugar. It gets hot and boils over easily. Once the reaction is done it forms Silver Oxide that can be reduced with borax. Use the Volhard titration method to calculate how much ingredients will be needed for 100% conversion. 1.42 ml of water (at least) is required for each gram of expected silver. You can also use only the NaOH to convert the silver chloride to silver oxide and then decompose the silver oxide to silver metal with heat. According to Wikipedia, the decomposition temperature is about 540 ̊F, 292 ̊C.
Just wanted to say I’ve enjoyed so many of your videos been going thru some thought times the last two years an have spent time watching your videos it’s like meditation I don’t think when I watch your videos so it’s like peace thank you
Ionic action on Sreetips! Yeehaw! That stuff looked like silver cement, but it was really silver powder. I love seeing all the different ways silver refining can be done. Alchemy!
Terrifically fascinating! Appreciate the explanation of what kind of chemical reactions were happening. Would be really cool if one could observe what’s going on at the atomic level.
Great demonstration. For the amount of silver nitrate in the jar I would not have guessed there would be 9 ounces plus, I suppose that handful of granules would be surprisingly heavy to hold in ones’ hand. Inappropriate comments have been reported. Thank you Sir!👍👍🤟
@@arnedalbakk6315 Hello Arne! I'm up late... thunder storm just popped up. We need the rain here in Dade city Florida. Hope your weather is treating you well.
The reason for using silver chloride and silver bromide in photography, is the fact they are practically not soluble in water. Silver iodide is also sensitive to light, but as it is very soluble in water, it can't be used in film or photographic paper, as it would be flushed away when touching the developer solution. In your gold refining process, the fact that silver chloride is insoluble in water, lets you filter it out from the chloroauric acid solution. Same salts, but very different things we use these for.
Silver iodide is even less soluble than silver chloride. One of the easy qualitative tests for silver salts is dissolving it, adding chloride to precipitate it, adding ammonium to dissolve it and adding iodide for a yellow precipition. The reason silver iodide isn't used is because it isn't white but bright yellow, interfering with other photochemical processes.
@@apveening True. I made a mistake. I was referring to solubility of silver fluoride, but I mixed things up, relying just on my memory. It is true that the yellow color might be a problem - especially in color film.
I work in a lab, and I’ve had to dissolve large quantities of some compounds in small volumes. The impurities left behind are pretty typical because even high purity chemicals have insoluble impurities that becomes more obvious in more concentrated solutions.
Unless someone gets their stuff for free or less than currant prices this is not efficient at all. Tho it would of been more efficient to take cheaper silver and turn it into much more expensive silver nitrate.
@@johnjames5712 yes I know it is not efficient on a monetary scale I meant efficiency as to how much silver is lost in the process compared to the calculated yields as a purely academic exercise
@@chrisharris1522 100% hypothetical yield with no loss in any of the conversions and if none vaporized in the melting process should be about 67.27% pure .999 silver by weight.. so it seems he had a conversation rate of ruffly about 87% efficiency. if my math is close.
Thank you, my teacher, for fixing the translation now, okay, I'm following you now on all your channels, God willing, you are a great man and an expert
10:30 Tap water desinfecting not only with chlorine, but they also use for it hydrogen peroxide and/or ultraviolet-C light. May be your local water supplier use non-chlorine sterilisation method. 15:00 You can filter waste acid solution throгgh slow-flow filter, and freely use it for first time gold refining. 22:15 Make a diluted sirup and slowly (incrementally) add it to silver oxide suspension while mixing it with glass rod P.S.: you may directly smelt silver chloride with baking soda or with caustic soda and get 999 silver. 4AgCl + 4NaHCO3 + t>850°C => 4Ag + 4NaCl + 2H2O↑ + 4CO2↑ + O2↑, (2Ag2O + t>280°C => 4Ag + O2↑) 4AgCl + 2Na2CO3 + t>850°C => 4Ag + 4NaCl + 2CO2↑ + O2↑. Also you may skip silver chloride step, but with sacrifice the high purity of the silver oxide. 2AgNO3 + 2NaOH => Ag2O↓ + 2NaNO3 + H2O, Ag2O + H2O2(any concentration) => 2Ag + H2O + O2↑
Tap water always contains some chloride ions, as even so-called "fresh water" contains a small amounts of NaCl and trace amount of other chlorides. But we don't see any instant "light clouding" of the solution here, and I'm bit surprised by it. I guess it may have something to do with high concentration of AgNO3 solution, but can't point any specific reaction.
@@MrKotBonifacy so I know nothing abt chemistry. We were receiving notices from the state that our water contained too much arsenic, flouride, and uranium. We decided to buy a softner and reverse osmosis. We asked specifically about it's ability to filter out those things and presented them with the notice we were receiving. They said our city water contained more chlorine than most pools, and we could smell it every time we washed clothes or bathed for sure. He said they possibly did that because it would react with the arsenic and we didn't need the special super expensive arsenic filters because of that. Our city ended up with an EDR system for the entire city. We decided to see how well it worked and switched our system to bypass and it was easily noticeable that there was less chlorine smell in the straight water after that. I personally wondered if they cut back on the chlorine due to this new treatment plant we paid for. Maybe his municipality has something similar where they don't havw to use enough chlorine for it react? Idk. I just know the EDR system we got is very unique and seemed extremely effective. Our softner used much much much less salt and our filters on the RO lasted much longer before we had to move away.
@@ford4life069 "Too much arsenic (or uranium)" says nothing about how much it is there, it merely reflects that some ARBITRARILY set "norms" or "limits" are exceeded. Can't really respond to most of what you wrote as there's very little specific data in there. The only thing I'd like to point out is that I was talking about CHLORIDES and CHLORIDE ions - which are "acid parts" in all chloride salts, and that includes the most common salt, i.e "table salt" aka sodium chloride. That "chlorine smell" you're talking about is the result of reaction of elemental CHLORINE (gas) with water, and that produces hypochlorous acid, HClO, or rather hypochlorous anion, ClO-, which has a rather strong and characteristic smell. (Plus probably some other trace amounts of organochlorine compounds which may or may not smell .) Auntie Wiki says: Hypochlorous acid (...) is a weak acid that forms when chlorine dissolves in water, and itself partially dissociates, forming hypochlorite, ClO−. HClO and ClO− are oxidizers, and the primary disinfection agents of chlorine solutions." Newer methods of water disinfection use UV light and ozone, and while it's generally a good idea to use some home purification system for drinking water (that includes water used for cooking), purifying "municipal" water for dishwashing, laundry and other stuff like this is just waste of money, IMO. Also, if you're concerned about uranium or arsenic you should first make some own research on "how much is too much" and "how much it's in 'our' water" - as fearmongering is a favourite tool of all salespeople. And yes, their stuff is ALWAYS GUARANTEED to solve ALL YOUR PROBLEMS - OK, maybe not always, and not all your problems, but CERTAINLY THEIR PROBLEMS with THEIR sales figures. "Caveat emptor", and remember it ain't no silver bullets and neither "cure it all" magic potions. Or Water Purification Systems that will ensure you'll live forever, and in good health too. Also, ion exchange column would be most effective, IMO, for removing any "excess" uranium or arsenic, but frankly I doubt there's so much of it there to be worried, Arsenic contamination is a real problem in SOME parts of Bangladesh, where ground water (i.e. one taken from wells) does indeed contain dangerous levels of arsenic, but that's rather exception. Reverse osmosis is merely a "general tool for removing all dissolved minerals", and the "home stuff" is just as efficient when compared to "industrial stuff" as a spade compared to an excavator. My advice is learn some basic chemistry regarding this issue, so you could actually make some well-informed decisions, and don't rely too much on "general hype and fears", and certainly take all sales pitch with a pinch... no, wait - with a spoonful of salt (yes, the same sodium chloride - substitute for potassium chloride if you suffer from too high blood pressure). And just to give you a simple examples of unsubstantiated "general public hype and fear" - the one about benzene in soft drinks from more that couple of years ago. So there's this benzoic acid and its salt, sodium benzoate, used commonly as food preservative. And it is used also in many "juice-kind" soft drinks, which contains vitamin C, which is a potent reducing agent - and couple of years ago a hype, or ballyhoo was made about the fact that "WAIT! But vitamin C may actually, under specific circumstances, reduce the benzoate anion into free benzene, which is a potent carcinogen!" Oh, yeah, beam me up Scotty... Guess what, regular gasoline does contain SOME benzene too, and if you happen to breathe in, inadvertently, some of those petrol vapours pushed out from nearly empty tank (which happens every time you fill up your car), you probably inhale more benzene that you could POTENTIALLY (and "potentially" is the keyword here) get from a whole year of drinking those soft drink "possibly containing" trace amount of benzene, but surely very unhealthy levels of fructose syrup. Hey, I'm nearly sixty, still alive and kicking (well, to a degree ;-), no cancer (that I know of), and back in my high school times (and that was when sex was safe and chemistry dangerous) I had way more exposure to all benzene, mercury, asbestos and other "it surely will kill ya!" stuff that any contemporary OSHA inspector could imagine (and if he tried he'd probably faint or got heart attack). So "don't worry (too much), be happy" - too much stress or too much "mac-fodder" (washed down with coke) will do you more harm than some trace amounts of uranium or arsenic.
@@MrKotBonifacy TCEQ was sending notices that our city water was above EPA allowable amounts of those chemicals. The city said the water didn't change, the EPA changed their allowable amounts and forced the State of Texas to send out notices and they didn't think they should have to abide by the EPA because it was a small town, abt 1500 people. The people disagreed and the treatment option they chose was this EDR system to bring it into EPA compliance. I can't remember the exact numbers since this was almost a decade ago now. The mass hysteria was limited to this town, the individuals served by those specific wells, even after mixing cleaner wells with the dirtier wells to dilute it closer to what the EPA allowed. My OBGYN also said while we were trying to get pregnant to avoid that water until it was rectified which prompted our getting a system for long term health. Arsenic is apparently cumulative exposure also and we intended to be there much longer than we ended up being. The softner takes out a lot of minerals using the much cheaper salt and allows our basic RO filters to last much longer in the system. The salesman actually didn't take advantage of our concern about the arsenic notices to sell us an overpriced arsenic filter for the RO. He said the city's extremely high chlorine levels in the water changed the arsenic into a different form, some of the chemistry that I don't know, and that allowed it to be taken out by this base level system w/o the specialized expensive arsenic filter. He cld have gotten an extra abt $500 per filter change had he done so. We moved it with us because where we are now tastes like fish shit filled lake water and it is cheaper to buy the softner salt every month than bottled water. Like I said, I don't know the chemistry, I was just making a suggestion on why his water may not have the concentration of whatever it is needed that he expected it to have because I know after the EDR the water went from smelling like you almost stuck your nose in a bottle of bleach to smelling really like not much of anything when we set our system to bypass to see what the quality really was for the money we the citizens had paid for the system. I appreciate the information you included in your response. Thank you.
@@ford4life069 _"the water went from smelling like you almost stuck your nose in a bottle of bleach"_ - yeah, forgot to mention that the regular bleach is (typically) a sodium hypochlorine solution which does the bleaching job (plus some "stabilising" agents), and that's the "hypochlorine" smell. And that's what you get when you chlorinate water "very generously", so to speak. Anyway, seems like the case of that "small Texan town" was rather isolated one, at first I though a regular medium sized town/ city, with proper "industrial sized" water treatment plant taking its water from some river - which was clearly not the case. I guess some wells, especially deep ones may indeed produce very mineral-rich water, so yes, in this case that softener would be a good idea for ALL water used in your household (from what you said I guess it's some sort of sodium cationite based ion exchange column - en.wikipedia.org/wiki/Ion-exchange_resin#Uses). _"where we are now tastes like fish shit filled lake water"_ - sounds like some third world outback... Anyway, that would suggest some poorly treated surface water (i.e. drawn from a lake or a river), but since now you have your own system (which is a good idea under THESE circumstances) you're OK, I guess. Cheers!
Does the time and energy input to produce this silver come out cheaper than purchasing the actual silver? I'm interested in this stuff to create my own silver and make coins for barter, but can't tell if it's something I should pursue
@@303sprinklers I’ve thought this after watching some of Sreetips previous videos. A lot of time and materials used for little result. Perhaps it’s more to show the viewer the different processes that may be used. There is also the entertainment value to his subscribers.
I was trying to do a cost analysis and it just wasn't adding up to me to make money with a chemical reaction. Everything is real fascinating. I I wish they had stuff like this back when my kids were growing up as children, I never was taught that stuff so I couldn't teach to my own kids if I never do it myself really appreciate the videos.
Cool video Sreetips. It's amazing how much distilled water gose into refining of precious metals. I was doing a small karat scrap run and distilled water appears to be a hot commodity now a days. Normally they're gallons of distilled water lined up on the shelves. It was late and I fell just short on distilled water. So, I ened up taking my tap water and running it through an electric distiller I have.
I’ve only recently started watching - I have no idea why you’re on my feed but I’m glad. One thing I’ve noticed is you’re very careful to not waste any silver resources - always rinsing out with water to scrape every little bit from whatever container 🙂
I just found your channel and find it fascinating. I searched your videos before asking, but have you ever done a video on the equipment I would need to start refining silver and gold? An itemized list would be really nice and then I could set it up and learn while watching your videos. I apologize if I missed it. Thanks again
If there is time he explains everything but please watch out, there many ways to get hurt badly or kill your self. Best thing I can suggest is taking simple classes in chemistry. There is a lot some one needs to know before mixing highly toxic acids. Greetings from Germany.
Sreetips have you seen the recent APPLIED SCIENCE video of the RF tempeture stir bar he has made? Sure looked like a great item to add to your line up to assist you in your reactions.
I don't know if you will see this or not. been watching your channel for some time now. enjoy your videos, been doing some refining in silver and gold but mostly silver. Did a refine lately ran through silver cell twice. when poured bar the top of the bar has a lot of, silver crystals in it. why is that wish i could send a picture .thanks for your videos, learned a lot🤗
This is actually really fascinating. Do you (or if any fans who see this and know if he does) have a list of all the various equipment and if needed brands to do the process from start to finish?
This is my hobby. I’m not a professional refiner. I only work on material that my wife and I find at local sales. Someone once said, “if you turn your hobby into your work, then it becomes just that, work.”
I remember when i was in eleventh grade Chemistry class back in 1990 the Chemistry did this exact process to show us what you just fid here with Silver Nitrate. He recovered about 35 granms of silver. He kept that piece of silver in a desk drawer. He would pull it out and polish it with some type of polishing rag. It wasn't a week before some student stole it out of his desk. I still remember that.
I graduated back in the 70s. On the last day of school, I stuck around after all the teachers and students had left. It was completely deserted. I spent about half an hour roaming through the empty halls. Past the library, past the cafeteria, down by the pool and the locker rooms. Past all the classrooms. I realized that an important season of my life had passed, and I wanted to savor my last moments in my high school. It was sad and happy at the same time because I knew that I had my whole life ahead of me. Then I walked out the door and never returned to that building ever again. Isn’t it strange how you remember stuff like that?
Sreetips!! Huge fan here man. I don't know much about what you do, but I got a idea watching this. The whole time you were using the hand blender I was cringing at the beaker vibrating all over. That's gotta be tough on the beaker and your ears. Here's my idea.... Use a old computer mousepad, or a piece of toolbox "no slip" drawer liner between the beaker and the casserole dish. I bet it's worth the try!
My personal favourite way to make my AgCl is with KCl. I get that beautiful AgCL and I'm left with some very nice (and fun?) KNO3. Granted I use mine to make more HNO3 but I suppose one could do other things with it if they were so inclined. 😁
I've loved this reaction since highschool, but I've often wondered why gold won't cause a mirror effect like this when it precipitates? Is there a way of coating glass with gold like this?
I just converted silver nitrate into silver metal last week and have already made jewelry out of some of it, of course I got a bit of it on my skin and have the brown spots but not too badly.😁
Believe me, scrub the stains with hydrogen peroxide. I found out by accident that this works amazingly well. Won’t get it off 100% but sure looks better than wearing those stains for a week and a half.
I think the "trash" in your silver nitrate solution is just silver. As you said, light has interacted with the crystals and allowed some of the nitrogen to release.
Fantastic video - just a question, why can't you use something like sodium chloride (table salt) to precipitate out the silver chloride instead of hydrochloric acid?
@@sreetips Cool - thank you for the reply. I guess the activity of the hydrochloric acid is far better than normal salt solution. Probably avoids passivation of the surfaces as well to allow the precipitation to go to completion.
Hi, Sreetips, I am watching your video for couple of years already, but still I do not do this by myself. And, my question is - would your please create a video and explain what kind of equipment and chemicals I have to have and nice to have to start that kind of hobby? and thank you very much for your videos - they are very informative and intetesting
I was wondering if this process could be used for sterling silver, like you did in your video, “Silver refining with household chemicals”. If so, and I used nitric to dissolve sterling, I could use HCl or sea salt for precipitation correct? Also, how would I neutralize the waste for disposal? I know I use angle iron for the copper nitrate but is that all that is needed? Or am I way off base completely lol. Love your videos man. Been on a binge for a hot minute 😊
Could you make a video on recovering silver from halides, especially iodide? These are insoluble so I wonder how one should proceed - using excess halide (to dissolve silver halide by pushing solubility equilibrium) or using excess thiosulfate (to complex the silver)?
I think your channel should be required viewing for all high school students.
You're so good at explaining and demonstrating things that primary school students would benefit from watching your videos, along with adult supervision.
If I was homeschooling my children, you would definitely be on the list.
Thank you!
@@sreetips Keep it real
@@sreetips do you have a video to get the gold out of smart phones and computer part from start to finish I have about 100lbs of parts and then can you make 14k gold more pure
@@josephandjessicaweber613 Gold is expressed in karats weight. That is 10k is 10 parts gold and 14 parts other metals. 14k gold is 14 parts out of 24 parts with the other 10 parts a combination of other metals such as copper, silver, Nickel or Zinc. These are used in any combination to harden the Gold. 18k is just 18 parts gold and 6 parts other metals and 24k gold is pure Gold. There are several processes but for the do it yourselfer separating them should be easy using the process called Electrolysis. You can look that up by doing a google search. Oh and nothing is 100% in chemistry or science. That is why it only says 99.99% on pure bars of 24k Gold and any chemical that is pure only says 99.99% purity. The only thing that is 100% is death and taxes.
@@Zonfeair so how could you make let's say 14k gold more pure the reason I ask is I have about 30lbs of 14k gold
This is exactly what I needed tonight! Sreetips videos are the most satisfying thing after a long day at work
7:55 I really appreciate this description. Chemistry remains one of my weakest fundamental science understandings, despite being exposed to thousands of hours of educational material on or relating to chemistry, metallurgy. It has taken me years to make heads or tails of any of it, but by pure repeat familiarity basically a brute force approach some of the basic principles have started to make sense. It's to sreetips credit that he puts this kind of effort into making these videos. I have probably watched a hundred hours of his content and yet I am still learning something new.
Your reaction is balanced. No blast is coming... This is my third favorite reaction that you do on this channel.
Not gonna lie that made me giggle.
These sorts of conversion videos are fascinating and so fun to watch. Thanks for taking on the project and posting. It's a great video!
Excellent video it's nice to know the formulas for each reaction. Absolutely beautiful silver bar.
Really a fantastic video! I loved seeing the chemical reactions written out in formula! Does help in comprehension of the entire process.
I absolutely enjoyed this video! Amazing content as usual and loved seeing the whole process.
Interesting to see this shown in detail. Thanks for taking the time to share with us. The end result of the bar looked very nice with the lines.
Thank you for showing the chemistry!
The quality of these videos is phenomenal Sreetips.
Thanks for including the chemical equations involved in the process, Shoutout and thankyou to David for helping you with them and for providing the silver nitrate, helps those that are interested gain an understanding of the processes.
Excellent video mate bravo, and what a beautiful result.
Nice one Sreetips. You could make sugar soap from the sugar lye waste solution. But you’d likely need to add more sugar since you used a truckload of lye.
I found the following on the gold refining forum so as to not use any more materials than I need to: For each troy ounce (31.1) of silver (41.3g of AgCl), it takes 20g of NaOH and 26g white sugar. These figures were proven in a lab. In practice, add 10% extra of each and mix with a stick blender till it turns black. Heating the mixture for faster reaction. Place beaker in a bucket and slowly add sugar. It gets hot and boils over easily. Once the reaction is done it forms Silver Oxide that can be reduced with borax. Use the Volhard titration method to calculate how much ingredients will be needed for 100% conversion. 1.42 ml of water (at least) is required for each gram of expected silver. You can also use only the NaOH to convert the silver chloride to silver oxide and then decompose the silver oxide to silver metal with heat. According to Wikipedia, the decomposition temperature is about 540 ̊F, 292 ̊C.
Nice
Thanks David. This demonstrated a valuable lesson about chemistry.
Everyone needs a Dave in their life 😊
@@davidrobertson5700 🎉
Another great video, when I see you have posted I get ready for 40 minutes of 999 pure relaxation.
Just wanted to say I’ve enjoyed so many of your videos been going thru some thought times the last two years an have spent time watching your videos it’s like meditation I don’t think when I watch your videos so it’s like peace thank you
Enjoy your videos cause they are slightly longer format and you explain really well what you are doing.
Ionic action on Sreetips! Yeehaw! That stuff looked like silver cement, but it was really silver powder. I love seeing all the different ways silver refining can be done. Alchemy!
Terrifically fascinating! Appreciate the explanation of what kind of chemical reactions were happening. Would be really cool if one could observe what’s going on at the atomic level.
Great demonstration. For the amount of silver nitrate in the jar I would not have guessed there would be 9 ounces plus, I suppose that handful of granules would be surprisingly heavy to hold in ones’ hand. Inappropriate comments have been reported. Thank you Sir!👍👍🤟
Always enjoy your videos StreetTips Thank you.
Gooood evening from central Florida! Hope everyone has a great night!
Goooood evening!
Gooood evening David.
Exelent clip as always 😊
@@arnedalbakk6315 Hello Arne! I'm up late... thunder storm just popped up. We need the rain here in Dade city Florida. Hope your weather is treating you well.
@@DavidDavis-OU814 hello David. Whe have ar least 1 meter snow, but the spring is right by the corner. Hope you doing fine my friend😊
Very enjoyable video. Thanks for sharing !!!!!
Why did it take me so long to discover your channel... You have no idea how much I loved what I just saw
Welcome!
That comparison idea would be a great video as well.
The reason for using silver chloride and silver bromide in photography, is the fact they are practically not soluble in water. Silver iodide is also sensitive to light, but as it is very soluble in water, it can't be used in film or photographic paper, as it would be flushed away when touching the developer solution. In your gold refining process, the fact that silver chloride is insoluble in water, lets you filter it out from the chloroauric acid solution. Same salts, but very different things we use these for.
@@IsawSREETIPStouchaLITTLEBOYina ah, ok. You're one of those. That explains your disgusting comments...
Silver iodide is even less soluble than silver chloride. One of the easy qualitative tests for silver salts is dissolving it, adding chloride to precipitate it, adding ammonium to dissolve it and adding iodide for a yellow precipition.
The reason silver iodide isn't used is because it isn't white but bright yellow, interfering with other photochemical processes.
@@apveening True. I made a mistake. I was referring to solubility of silver fluoride, but I mixed things up, relying just on my memory. It is true that the yellow color might be a problem - especially in color film.
I'm not sure what form of silver is used, but it is used in lenses for photo-grade eyewear.
@@b6983832 To err is human.
It's amazing, what you do. Not just this but all of your video's 🎉🎉🎉🎉
Excellent video I've never seen the Lie and Sugar method , Amazing 👍👍👏
Thank you I am learning so much from all your videos
As always still very cool to learn about this thank you be safe everyone
lucky David, I enjoy every minute of your videos.
Fascinating! I would have never thought this to be possible.
I work in a lab, and I’ve had to dissolve large quantities of some compounds in small volumes. The impurities left behind are pretty typical because even high purity chemicals have insoluble impurities that becomes more obvious in more concentrated solutions.
That makes sense.
That was definitely a first!!
Loved the process and the bar!!!
Very enjoyable, would love to see one done with calculations of expected reagents vs actual used reagents to calculate the efficiency of the process
Unless someone gets their stuff for free or less than currant prices this is not efficient at all. Tho it would of been more efficient to take cheaper silver and turn it into much more expensive silver nitrate.
@@johnjames5712 yes I know it is not efficient on a monetary scale I meant efficiency as to how much silver is lost in the process compared to the calculated yields as a purely academic exercise
@@chrisharris1522 100% hypothetical yield with no loss in any of the conversions and if none vaporized in the melting process should be about 67.27% pure .999 silver by weight.. so it seems he had a conversation rate of ruffly about 87% efficiency. if my math is close.
Thank you, my teacher, for fixing the translation now, okay, I'm following you now on all your channels, God willing, you are a great man and an expert
Very interesting and informative video thank you for sharing this six stars
10:30 Tap water desinfecting not only with chlorine, but they also use for it hydrogen peroxide and/or ultraviolet-C light. May be your local water supplier use non-chlorine sterilisation method.
15:00 You can filter waste acid solution throгgh slow-flow filter, and freely use it for first time gold refining.
22:15 Make a diluted sirup and slowly (incrementally) add it to silver oxide suspension while mixing it with glass rod
P.S.: you may directly smelt silver chloride with baking soda or with caustic soda and get 999 silver.
4AgCl + 4NaHCO3 + t>850°C => 4Ag + 4NaCl + 2H2O↑ + 4CO2↑ + O2↑, (2Ag2O + t>280°C => 4Ag + O2↑)
4AgCl + 2Na2CO3 + t>850°C => 4Ag + 4NaCl + 2CO2↑ + O2↑.
Also you may skip silver chloride step, but with sacrifice the high purity of the silver oxide.
2AgNO3 + 2NaOH => Ag2O↓ + 2NaNO3 + H2O, Ag2O + H2O2(any concentration) => 2Ag + H2O + O2↑
Tap water always contains some chloride ions, as even so-called "fresh water" contains a small amounts of NaCl and trace amount of other chlorides. But we don't see any instant "light clouding" of the solution here, and I'm bit surprised by it. I guess it may have something to do with high concentration of AgNO3 solution, but can't point any specific reaction.
@@MrKotBonifacy so I know nothing abt chemistry. We were receiving notices from the state that our water contained too much arsenic, flouride, and uranium. We decided to buy a softner and reverse osmosis. We asked specifically about it's ability to filter out those things and presented them with the notice we were receiving. They said our city water contained more chlorine than most pools, and we could smell it every time we washed clothes or bathed for sure. He said they possibly did that because it would react with the arsenic and we didn't need the special super expensive arsenic filters because of that. Our city ended up with an EDR system for the entire city. We decided to see how well it worked and switched our system to bypass and it was easily noticeable that there was less chlorine smell in the straight water after that. I personally wondered if they cut back on the chlorine due to this new treatment plant we paid for. Maybe his municipality has something similar where they don't havw to use enough chlorine for it react? Idk. I just know the EDR system we got is very unique and seemed extremely effective. Our softner used much much much less salt and our filters on the RO lasted much longer before we had to move away.
@@ford4life069 "Too much arsenic (or uranium)" says nothing about how much it is there, it merely reflects that some ARBITRARILY set "norms" or "limits" are exceeded. Can't really respond to most of what you wrote as there's very little specific data in there. The only thing I'd like to point out is that I was talking about CHLORIDES and CHLORIDE ions - which are "acid parts" in all chloride salts, and that includes the most common salt, i.e "table salt" aka sodium chloride.
That "chlorine smell" you're talking about is the result of reaction of elemental CHLORINE (gas) with water, and that produces hypochlorous acid, HClO, or rather hypochlorous anion, ClO-, which has a rather strong and characteristic smell. (Plus probably some other trace amounts of organochlorine compounds which may or may not smell .)
Auntie Wiki says:
Hypochlorous acid (...) is a weak acid that forms when chlorine dissolves in water, and itself partially dissociates, forming hypochlorite, ClO−. HClO and ClO− are oxidizers, and the primary disinfection agents of chlorine solutions."
Newer methods of water disinfection use UV light and ozone, and while it's generally a good idea to use some home purification system for drinking water (that includes water used for cooking), purifying "municipal" water for dishwashing, laundry and other stuff like this is just waste of money, IMO. Also, if you're concerned about uranium or arsenic you should first make some own research on "how much is too much" and "how much it's in 'our' water" - as fearmongering is a favourite tool of all salespeople. And yes, their stuff is ALWAYS GUARANTEED to solve ALL YOUR PROBLEMS - OK, maybe not always, and not all your problems, but CERTAINLY THEIR PROBLEMS with THEIR sales figures. "Caveat emptor", and remember it ain't no silver bullets and neither "cure it all" magic potions. Or Water Purification Systems that will ensure you'll live forever, and in good health too.
Also, ion exchange column would be most effective, IMO, for removing any "excess" uranium or arsenic, but frankly I doubt there's so much of it there to be worried, Arsenic contamination is a real problem in SOME parts of Bangladesh, where ground water (i.e. one taken from wells) does indeed contain dangerous levels of arsenic, but that's rather exception.
Reverse osmosis is merely a "general tool for removing all dissolved minerals", and the "home stuff" is just as efficient when compared to "industrial stuff" as a spade compared to an excavator.
My advice is learn some basic chemistry regarding this issue, so you could actually make some well-informed decisions, and don't rely too much on "general hype and fears", and certainly take all sales pitch with a pinch... no, wait - with a spoonful of salt (yes, the same sodium chloride - substitute for potassium chloride if you suffer from too high blood pressure).
And just to give you a simple examples of unsubstantiated "general public hype and fear" - the one about benzene in soft drinks from more that couple of years ago. So there's this benzoic acid and its salt, sodium benzoate, used commonly as food preservative. And it is used also in many "juice-kind" soft drinks, which contains vitamin C, which is a potent reducing agent - and couple of years ago a hype, or ballyhoo was made about the fact that "WAIT! But vitamin C may actually, under specific circumstances, reduce the benzoate anion into free benzene, which is a potent carcinogen!" Oh, yeah, beam me up Scotty... Guess what, regular gasoline does contain SOME benzene too, and if you happen to breathe in, inadvertently, some of those petrol vapours pushed out from nearly empty tank (which happens every time you fill up your car), you probably inhale more benzene that you could POTENTIALLY (and "potentially" is the keyword here) get from a whole year of drinking those soft drink "possibly containing" trace amount of benzene, but surely very unhealthy levels of fructose syrup.
Hey, I'm nearly sixty, still alive and kicking (well, to a degree ;-), no cancer (that I know of), and back in my high school times (and that was when sex was safe and chemistry dangerous) I had way more exposure to all benzene, mercury, asbestos and other "it surely will kill ya!" stuff that any contemporary OSHA inspector could imagine (and if he tried he'd probably faint or got heart attack).
So "don't worry (too much), be happy" - too much stress or too much "mac-fodder" (washed down with coke) will do you more harm than some trace amounts of uranium or arsenic.
@@MrKotBonifacy TCEQ was sending notices that our city water was above EPA allowable amounts of those chemicals. The city said the water didn't change, the EPA changed their allowable amounts and forced the State of Texas to send out notices and they didn't think they should have to abide by the EPA because it was a small town, abt 1500 people. The people disagreed and the treatment option they chose was this EDR system to bring it into EPA compliance. I can't remember the exact numbers since this was almost a decade ago now. The mass hysteria was limited to this town, the individuals served by those specific wells, even after mixing cleaner wells with the dirtier wells to dilute it closer to what the EPA allowed. My OBGYN also said while we were trying to get pregnant to avoid that water until it was rectified which prompted our getting a system for long term health. Arsenic is apparently cumulative exposure also and we intended to be there much longer than we ended up being. The softner takes out a lot of minerals using the much cheaper salt and allows our basic RO filters to last much longer in the system.
The salesman actually didn't take advantage of our concern about the arsenic notices to sell us an overpriced arsenic filter for the RO. He said the city's extremely high chlorine levels in the water changed the arsenic into a different form, some of the chemistry that I don't know, and that allowed it to be taken out by this base level system w/o the specialized expensive arsenic filter. He cld have gotten an extra abt $500 per filter change had he done so. We moved it with us because where we are now tastes like fish shit filled lake water and it is cheaper to buy the softner salt every month than bottled water.
Like I said, I don't know the chemistry, I was just making a suggestion on why his water may not have the concentration of whatever it is needed that he expected it to have because I know after the EDR the water went from smelling like you almost stuck your nose in a bottle of bleach to smelling really like not much of anything when we set our system to bypass to see what the quality really was for the money we the citizens had paid for the system.
I appreciate the information you included in your response. Thank you.
@@ford4life069 _"the water went from smelling like you almost stuck your nose in a bottle of bleach"_ - yeah, forgot to mention that the regular bleach is (typically) a sodium hypochlorine solution which does the bleaching job (plus some "stabilising" agents), and that's the "hypochlorine" smell. And that's what you get when you chlorinate water "very generously", so to speak.
Anyway, seems like the case of that "small Texan town" was rather isolated one, at first I though a regular medium sized town/ city, with proper "industrial sized" water treatment plant taking its water from some river - which was clearly not the case.
I guess some wells, especially deep ones may indeed produce very mineral-rich water, so yes, in this case that softener would be a good idea for ALL water used in your household (from what you said I guess it's some sort of sodium cationite based ion exchange column - en.wikipedia.org/wiki/Ion-exchange_resin#Uses).
_"where we are now tastes like fish shit filled lake water"_ - sounds like some third world outback... Anyway, that would suggest some poorly treated surface water (i.e. drawn from a lake or a river), but since now you have your own system (which is a good idea under THESE circumstances) you're OK, I guess. Cheers!
That's really cool, congrats David and thanks Sreetips
Sir you are truly an Alchemist. I love your work... 👏👏👏👏
Amazing how 9 ounces of pure silver was produced from that little jar of silver nitrate. Another great video!
Does the time and energy input to produce this silver come out cheaper than purchasing the actual silver?
I'm interested in this stuff to create my own silver and make coins for barter, but can't tell if it's something I should pursue
@@303sprinklers I’ve thought this after watching some of Sreetips previous videos. A lot of time and materials used for little result. Perhaps it’s more to show the viewer the different processes that may be used. There is also the entertainment value to his subscribers.
@John McCormick i just looked up 250 grams is $1200 he used 500 to get 9 oz. I'm not as excited to try this as i was lol
@@johnmccormick650 yeah, which is smart. I never knew about silver oxide
@@garybucher6824 good grief
I really liked this video it's something I've not seen yet thanks Sreetips for the video.
Freaking amazing video! Thank you.
Hello Mrs and Mr sreetips. What a stunning clip.
I realy enjoy it. Thank you sir😊. Arne
I was trying to do a cost analysis and it just wasn't adding up to me to make money with a chemical reaction. Everything is real fascinating. I I wish they had stuff like this back when my kids were growing up as children, I never was taught that stuff so I couldn't teach to my own kids if I never do it myself really appreciate the videos.
Very cool bar man. Interesting reactions .
Love these videos, I still need to grab a few grams on that gold powder if it's still around
I sold the last two grams the other day. I’ll do another batch and get some listed. I’m exhausted.
Cool video Sreetips. It's amazing how much distilled water gose into refining of precious metals. I was doing a small karat scrap run and distilled water appears to be a hot commodity now a days. Normally they're gallons of distilled water lined up on the shelves. It was late and I fell just short on distilled water. So, I ened up taking my tap water and running it through an electric distiller I have.
Nice!
Now that was fascinating. Wow. 🤯
the ingot marking process is pretty satisfying to watch
That time lapse of the silver drying was oddly satisfying
That was cool as hell
I’ve only recently started watching - I have no idea why you’re on my feed but I’m glad.
One thing I’ve noticed is you’re very careful to not waste any silver resources - always rinsing out with water to scrape every little bit from whatever container 🙂
Welcome to my channel!
I just found your channel and find it fascinating. I searched your videos before asking, but have you ever done a video on the equipment I would need to start refining silver and gold? An itemized list would be really nice and then I could set it up and learn while watching your videos. I apologize if I missed it. Thanks again
If there is time he explains everything but please watch out, there many ways to get hurt badly or kill your self. Best thing I can suggest is taking simple classes in chemistry. There is a lot some one needs to know before mixing highly toxic acids. Greetings from Germany.
It’s best to watch the latest videos and take notes.
Agree
Sreetips have you seen the recent APPLIED SCIENCE video of the RF tempeture stir bar he has made? Sure looked like a great item to add to your line up to assist you in your reactions.
Excelente,ótimo trabalho.
I don't know if you will see this or not. been watching your channel for some time now. enjoy your videos, been doing some refining in silver and gold but mostly silver. Did a refine lately ran through silver cell twice. when poured bar the top of the bar has a lot of, silver crystals in it. why is that wish i could send a picture .thanks for your videos, learned a lot🤗
That’s normal for high purity silver.
@@sreetips thanks for an answer. keep up the good videos
Really fascinating.
Now i knowwhat to do exactly to my silver cloride i get out of the palladuim and gold thanks screetips nice job so cleanly done
So cool all of this stuff. Bin on a sreetips binge last few days final product allways looks so beautiful
@Sreetips
Did you weigh the Silver Nitrate to come up with a yield?
Very informative video!
TBBW🐺
"Please don't blast me if this isn't properly balanced" but it was properly balanced! ❤
I’m not sure because I’m not a classically trained chemist.
@@sreetips maybe not classically trained, but your experience shows! Can pay for tuition, but can't buy experience! Love your work, sir :)
Just stunning 💪🤠
Thank you David
What causes that blue sparkle you showed at the end? Just beautiful! I think I'd spend more time staring at it than anything. 💜
Only ultra high purity silver does that. Not sure exactly what cause it.
Hi doctor
Always great video 👌🏻
This is actually really fascinating. Do you (or if any fans who see this and know if he does) have a list of all the various equipment and if needed brands to do the process from start to finish?
It’s all in the videos. Please watch and take notes
Grate video my friend thanks
That was cool. Cheers sreetips
Really nice 9oz silver bar thanks for sharing sreetips
This is fascinating, and I’d love to find a way to make this a hobby of mine and even a career.
This is my hobby. I’m not a professional refiner. I only work on material that my wife and I find at local sales. Someone once said, “if you turn your hobby into your work, then it becomes just that, work.”
Brilliant!
I remember when i was in eleventh grade Chemistry class back in 1990 the Chemistry did this exact process to show us what you just fid here with Silver Nitrate. He recovered about 35 granms of silver. He kept that piece of silver in a desk drawer. He would pull it out and polish it with some type of polishing rag. It wasn't a week before some student stole it out of his desk. I still remember that.
I graduated back in the 70s. On the last day of school, I stuck around after all the teachers and students had left. It was completely deserted. I spent about half an hour roaming through the empty halls. Past the library, past the cafeteria, down by the pool and the locker rooms. Past all the classrooms. I realized that an important season of my life had passed, and I wanted to savor my last moments in my high school. It was sad and happy at the same time because I knew that I had my whole life ahead of me. Then I walked out the door and never returned to that building ever again. Isn’t it strange how you remember stuff like that?
That's a beautiful silver bar that you made there.
Thank you!
Sreetips!! Huge fan here man. I don't know much about what you do, but I got a idea watching this. The whole time you were using the hand blender I was cringing at the beaker vibrating all over. That's gotta be tough on the beaker and your ears. Here's my idea.... Use a old computer mousepad, or a piece of toolbox "no slip" drawer liner between the beaker and the casserole dish. I bet it's worth the try!
That’s a good idea, thank you
Now I'm all excited again❤
Fascinating
My personal favourite way to make my AgCl is with KCl. I get that beautiful AgCL and I'm left with some very nice (and fun?) KNO3. Granted I use mine to make more HNO3 but I suppose one could do other things with it if they were so inclined. 😁
As an old mining geochemist, I approve this statement. 😂😂😂
...e.g. making nitrite from nitrate - very interesting chemistry and useful compound for various indicators (e.g. cobaltinitrite)
Given 50lb bags of kcl for water softeners this is way cheaper than hcl.
@@lrmackmcbride7498 Exactly. I pay $22 for a 25kg bag of KCl or $20 for a gallon jug of HCl.
nicely done
Beautiful bar
do u have to add salt to the cottage cheese or is it good to eat right out of teh beaker?
I've loved this reaction since highschool, but I've often wondered why gold won't cause a mirror effect like this when it precipitates?
Is there a way of coating glass with gold like this?
I don’t know.
Excellent.
Great video, thank you! One thing to note: ACS is the abbreviation for the American Chemical SOCIETY, not american chemical standards
Thank you!
Sorry in advance for the dumb question but what does the CEKS stand for? Banger bar sree! 🔥💯
It’s initials requested by the chemist who donated the silver nitrate.
I just converted silver nitrate into silver metal last week and have already made jewelry out of some of it, of course I got a bit of it on my skin and have the brown spots but not too badly.😁
Believe me, scrub the stains with hydrogen peroxide. I found out by accident that this works amazingly well. Won’t get it off 100% but sure looks better than wearing those stains for a week and a half.
Such a beautiful silver bar and really fascinating to see all the different reactions. 👍
I think the "trash" in your silver nitrate solution is just silver. As you said, light has interacted with the crystals and allowed some of the nitrogen to release.
Nice looking silver bar. If you don’t mind me asking where do you get your Graphite ingot moulds?
A site called julie_makeyourowngoldbars on eBay.
@@sreetips thank you for the information appreciate it 👍😊
looks delicious...
Excellent
Fantastic video - just a question, why can't you use something like sodium chloride (table salt) to precipitate out the silver chloride instead of hydrochloric acid?
You can
Salt water will give nearly the same reaction.
@@sreetips Cool - thank you for the reply. I guess the activity of the hydrochloric acid is far better than normal salt solution. Probably avoids passivation of the surfaces as well to allow the precipitation to go to completion.
Adding hydrochloric acid is much easier for me. There are extra steps for salt.
That was amazing, how fast it froze
Hi, Sreetips, I am watching your video for couple of years already, but still I do not do this by myself. And, my question is - would your please create a video and explain what kind of equipment and chemicals I have to have and nice to have to start that kind of hobby? and thank you very much for your videos - they are very informative and intetesting
I demonstrate exactly what’s needed in every video. I leave nothing out. All you have to do is watch and take notes. Thank you for your interest.
Amazing process
I was wondering if this process could be used for sterling silver, like you did in your video, “Silver refining with household chemicals”. If so, and I used nitric to dissolve sterling, I could use HCl or sea salt for precipitation correct? Also, how would I neutralize the waste for disposal? I know I use angle iron for the copper nitrate but is that all that is needed? Or am I way off base completely lol. Love your videos man. Been on a binge for a hot minute 😊
Waste treatment.
sreetips does it again,good job,rob
58👍's up sreetips thank you for sharing
Brilliant video…that silver nitrate powder looked very old.
Probably was
Could you make a video on recovering silver from halides, especially iodide? These are insoluble so I wonder how one should proceed - using excess halide (to dissolve silver halide by pushing solubility equilibrium) or using excess thiosulfate (to complex the silver)?
I don’t know how to do it.
so much more interesting than Chemistry class in high school