Refining Precious Metals To Pure Gold & Silver

Embark on an extraordinary journey into the world of precious metal refinement as we showcase the intricate process of smelting and refining gold and silver. In this captivating KZbin video, we delve into the age-old techniques of smelting and cupelling, complemented by modern wet chemistry and nitric acid methods, to extract pure gold and silver from a mixed metal bullion.
Watch in awe as the transformation begins with the smelting process, where the mixed metal bullion is heated to high temperatures, allowing us to separate the gold and silver from other base metals. Witness the artistry of cupelling, as we further purify the metals to eliminate any remaining impurities, leaving us with pristine gold and silver beads.
Delve into the realm of wet chemistry techniques, where precise chemical reactions are employed to ensure the utmost purity of the precious metals. Marvel at the process of using nitric acid to dissolve any remaining impurities, refining the metals to their highest grade.
Throughout the video, we share insights into the delicate balance of ancient and modern methodologies, crafting an exquisite symphony of science and artistry to reveal the gleaming essence of gold and silver. Our meticulous attention to detail and dedication to the craft allow us to obtain the highest-quality precious metals, ready to be transformed into valuable and sought-after pieces.
Whether you're a passionate precious metal enthusiast, a connoisseur of metallurgical processes, or simply captivated by the magic of alchemy, this video promises to captivate and educate. Join us on this mesmerizing journey as we extract, refine, and unveil the purest forms of gold and silver, a testament to the beauty and value of these timeless treasures.
Keywords: Gold and silver smelting, Precious metal refinement, Cupelling techniques, Nitric acid, Wet chemistry, Mixed metal bullion, Pure gold and silver, Alchemy, Metallurgical processes.
Hashtags: #GoldAndSilverSmelting #PreciousMetalRefinement #CupellingTechniques #NitricAcid #WetChemistry #MixedMetalBullion #PureGoldAndSilver #Alchemy #MetallurgicalProcesses
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[@ScottySwans]

If you haven't seen Sreetips on YT, he has a ton of refining experience videos - a great teacher. Nice job mate!

[@justinstolz4481]

Sreetips does another refining by dissolving the gold in Aqua Regia and precipitating it back out prior to melting. I'm not sure if this one is even two 9s fine without the AR bath

[@andrewthalerscrappy437]

Sreetips is very generous with sharing his information just like Jason. Both are part of my favourite channels.

[@GoodForYou4504]

Jason had mentioned Sreetips in a previous post.

[@johnwilliams8818]

Sreetips is such a good educator that I kept hearing him explaining what Jason was doing, except when Jason didnt "Do" something 🤣 Then I was like "HEY! You forgot to do something!" I was waiting for the Aqua Regia too, and a proper filtering of the shmutz from the suspended gold.

[@ManMountainMetals]

5000th sreetips comment, yeah, I 🤔 think he may have heard about him😂

[@Phoenix_Enterprises]

When melting the alloy inquart stir with a carbon or quartz stir rod to mix thoroughly. Gives a near perfect alloy every time. Check out the "flame polishing" technique Jason it's what the mints use. Nice mirror finish. Thanks for sharing

[@ZoonCrypticon]

@12:30 sreetips always stirs the molten mixture in the crucible, so that the silver and gold reach a finer degree as inquarted alloy.

[@beforethunder4987]

Man, I knew I should have payed attention in chemistry class lol. So cool to see how all the different elements react with each other and burn off what you don't need. Cool video, thank you Jason!

[@keithstudly6071]

I think that any High School chemistry class could benefit from seeing this. Nice to have a general overview of a process who's results you are familiar with.

[@shannel318]

You are a master at this!! Thank you for sharing with us, refining is an amazing process!! I wish you were the new “science” guy that would be required in every high school and college classes!! About time younger generations learned how and where all their gold and silver comes from, especially since it’s in almost every electronic device they utilize on a minute by minute basis!! Thanks Jason!! Keep sharing!⛏😃👍

[@tommyfreelander]

Lady asked “Why are you watching that?” Me: “I love learning and watching people learn :) “ Great video Jason! God bless

[@kellyw.1779]

Hey Jason! Wow, this is so cool to see how you get all the gold and silver separated. Love seeing the solid chunks and buttons!! Awesome...

[@redbaronrefining5322]

Friendly tip Jason; When using nitric, keep your heat on low, add nitric, and once reaction slows down, then bring the temp up. There are 2 main things you’re doing that is wasting the nitric. 1: boiling the nitric will cause it to evaporate off/be consumed 2: not using a watch glass (cover) on top of the beaker causes the nitric to burn off easier. When you use a watch glass, not only can you monitor fume production to help you with determining if nitric is working still, you also get a nice distillation effect that causes the nitric acid to pool up into droplets and finally fall back into solution so you “recycle” the nitric and that same acid goes a lot longer. You can always boil the gold in some nitric if you want to clean it up a bit after the melt, although going straight to agua Regia after the inquarting process is best. Great work regardless, it’s a bit of a tricky process that takes time to get down to a science :)

[@SpiritualNerdGems]

Good call seeing as nitric acid boils off and reacts with atmosphere making it less efficient

[@fredolney9595]

Jason I think this is one of my favorite videos. You have perfected your refining techniques and this is the best.

[@hpdepasse5997]

your gold look nice finaly, but you may try with aqua regia : muriatic acid + a few ml of nitric to dissolve the gold only, filtered, then precipitating it.

[@keithmccormack7848]

This is your unique content. I want to see larger scale crushes, liberation and recovery! 10/10!

[@Michael-rg7mx]

I wore a half mask most of my career. Check with your supplier or read the directions. My cartridges for acid vapor were only good for 1 day. He told me if I'm using it intermittently I could stretch it to 8 hours of use if I took them off immediately. Taped over both sides and sealed them in a freezer bag with desiccant. Write on the bag how long it was used each time. They suck impurities right out of the air as long as they're exposed. You don't want to end up on oxygen at 50. Change those filters.

[@rindapelton5876]

Thank you Jason for taking the time, knowledge, and skill teaching us how to!! I Appreciate!😊

[@Zimgirgaz]

Always love watching a process in development.

[@salishseaquest7952]

Jason, this was fascinating. To see the entire process with the added repeats as you determined what was next was incredible and beautiful to see. Quite a dangerous process, handled by an expert. Thank you for sharing it all.

[@OwlTech333]

Excellent work Jason! I would love to see you performing the Parkes process and explaining it as you always do, I can definitely use some visual instruction.

[@vincejamison8078]

I'm starting to enjoy your videos as much as I enjoy Dan Hurds and sreetips. Keep up the good work.

[@CuttinEJ]

When you inquart you really need to manually mix the metals thoroughly to produce a homogeneous alloy. To finish the refining process you need to dissolve the gold in HCl and Nitric, then filter until the solution is crystal clear, then precipitate. Precipitation can be done by any of several methods, but SMB is the easiest. After precipitation the gold powder needs to be thoroughly washed and then you can melt it in a properly glazed dish.

[@simnay4612]

Great video, I think Imma try to understand all this better. You have made it easier to learn the smelting process thanks.

[@charlestosi5199]

Fascinating. Another informative video. Thanks.

[@B0BBYL33J0RD4N]

When you were asking about the mix, if you were having an issue with the non-disolving stuff, just add more silver In terms of silver efficiency, it is better to use the exact right ratio. In terms of best purity, use an abundance of silver, as a well mixed alloy can still have pockets of high gold density. If you use more silver, it might mean the acid has to eat through 4 molecules of silver instead of 3 per gold molecule, but the more dense pockets will actually clean up better. I think it means the difference in 99.9 and 99.999% but

[@mattbrew7429]

This is great. I found you because I was watching Sreetips videos - and now it's come full circle. Great job.

[@rockman531]

Hi Jason, Another great video! Thumbs up! Stay safe. Jim

[@IW2MXP]

That's a masterclass!

[@f.k.burnham8491]

Great video. Very educational. Thank you

[@statewench2828]

I just love watching you smelt

[@Alondro77]

Yeah, you always want to put a little excess silver when inquarting. It doesn't hurt the process and compensates if your initial material is higher in gold than estimated.

[@matthewgrice6902]

Thanks for the video.

[@gregsmith1116]

That was so cool getting that silver cone at the end! Also the gold cleaned up pretty well too!

[@jasonferry4318]

Wow. I did not realize what a complicated process it is to seperate precious metals from eachother and from non prescious metals. Holy cow

[@billhedger3517]

Love seeing that shaker table run

[@abetroyer9446]

Good seeing you on the tube again

[@ericbruns888]

Great video as always jay👍

[@jasonferry4318]

So cool there is so much to learn about metalurgy.

[@reliantbatteries7196]

Love your channel!

[@ScorpionMetals]

Great video

[@johnfarrow5873]

You should always stir your Alloys with a graphite rod

[@TravelingThrifter]

That was cool Jason!!

[@donaldfitzgerald8950]

Alright Jason! Aways love your magic! 💪👍🤠

[@Happy23913]

Thank you my brother!

[@Orbacron]

Wow, nice grade ore. These are the largest buttons I've seen you process

[@josephcormier5974]

Thanks Jason for sharing this outstanding video with us six stars brother

[@andrewwoollard8772]

Cool Vid man.

[@karlmatillano8705]

So satisfying 😊

[@Tango2007Lacutus]

i love these vids! More Please 😁

[@jimbo3833]

I wish I could team up with someone like you to build the machine I've had in concept for fine gold and sand.

[@zxccxz9495]

Very beautiful. Beautiful video. Thank you. I am from Syria, your channel is amazing👍

[@geir.mathello]

NICE Gold Have a nice weekend

[@RyanMartin-wg7gm]

Right on Jason bad Brother thanks alot 😊

[@user-ty6kh4to5b]

Thank you sir

[@danielflinn3571]

Thanks from Australia

[@RangieNZ]

Awesome

[@devilsdog4334]

If you smash the Cu pipe it works out better than as the pipe just going into the stock pot. Ag and anything else will end up stuck in the pipe becomes a mess to get it back out like that, the thicker you can make the Cu in the form of plate without any openings the better it will cement things out of solution any Au that was taken away by the NO3 in nano particles as a colloidal stuck in suspension will also cement to the Cu and gets caught up in the mess of Ag cementing out and has to be worked again in order to recover it. You did a great job showing how to get started with the process of hydrometallurgy and the mathematical breakdown was easy to understand what you where talking about in the alloys composition. Thank you for the video very useful information and the showing of each deposit type is different and will require you to make some changes as needed for the recovery.

[@Israelwins]

Very cool 👍🏻

[@marumiyuhime]

when i took chem my chem pro said use more than you need if stoke said 150grams use 200. the target is 6k or less so 3k or 4k will work better than 6k which is the limit. more matrix is better than less. good luck jason. great vids i love what you do.

[@user-pp6co7hs8s]

Hallo very nice work

[@debcamp2359]

❤ the vid!

[@turkiosm8650]

Great 👍

[@AndrewRyan-fd1ve]

Jason your works amazing keep it up just love it. I have some interesting ore and projects over in Australia wish I could contact you and share some of my operations. Id love to send some ore over to have tested. Your shaker tables are unreal well done.

[@deville.c]

Thanks brother... handful of people I come on KZbin to watch.. don't think I ever heard you swear.. but nicely done again...

[@Embassy_of_Jupiter]

Cody's lab did a video refining Pt, Pd, Rh from roadside dust (ejected from catalytic converters). But it was a pretty small amount. Would be cool if you guys could try larger batch.

[@toussetaxi8127]

عمل رائع شكرا لك

[@diamondplanetgod]

It was great، always gold.

[@goesnatural]

good listening.....

[@jeffo881]

you are one seriously fascinating human being, I would like to hear more about your education and background, I cruised the net and information in this area seems to be limited.

[@bigguy8315]

The silver came out nice.

[@dj4841]

more of this please

[@willarchambault3776]

Do you think some smelting ingredients or the collector metal can act like this explanation of inquartation with other elements? Great video as always. 🔥

[@jeffreyroeth2784]

keep boiling in Nitric acid until no fumes, may take 3 to 5 nitric boils

[@johnh8615]

Silver is a clear when dissolved in acid. So you must do a stannis test to check for silver in solution. Then if negative you go to the next stage.

[@johannesdesloper8434]

I watch a lot of Sreetips. He usually does 75% x 95% of Silver to keep the inquarted shot in pieces in the Nitric boils and not end up with a Gold powder that is hard to spearate from the liquid. He stirs the inquarted Gold with a carbon rod to get a homogenous alloy. He usually does 5 Nitric boils or so. If you add a drip of Hydrochloric to a small amount of Nitric boil you can check for Silver. Silvernitrate will form white SilverChloride that is insoluable. Very sensitive test. Good luck and be carefull!

[@207costalkrawler]

You need to stir your gold and silver mixture with a graphite rod

[@user-ri5fy4qy3b]

Love the set up the conveyor belt. Less home depot buckets

[@seropserop]

You need to mix the silver alloy with the cold to get it consistent , also you don’t have to use silver, you could also use copper if you don’t care to recover the metal after the nitric boils

[@gyvren]

5:00 This is the only cooking show I like to watch on KZbin.. 😉👍

[@stalionnnnn1]

J A video you can make: Take the buttons from glucose test strips and see how many you have to collect to have enough after refining 1 ounce! Would be a nice vid.

[@ewaste-jd-preciousmetals3723]

Wow high purity gold

[@johnnysilverado3234]

Hi Jason, could you do a video with the shaker table or your mobile hard rock process unit showing recovery of silver in it, so I can see the color of it coming from hard rock. Okay second question….will silver appear tarnished black after roasting hard rock sulphide concentrates???

[@slimwantedman6694]

Good afternoon from Southeast South Dakota

[@billycurran9688]

If you were to make a vortex in the water bucket with a paddle and drill before corn flakeing would it make a difference in the corn flakes?

[@scotthultin7769]

1.3K+👍's up thank you for sharing

[@Jack_Stacks]

I'd love to buy a chunk of silver cornflake. Those are beautiful.

[@stevenrobinson5864]

@8:50 I did like that device for pouring the curicible, seemed ta have a much better grip on the crucible as opposed to the grips you normally use that just grabs one edge. Always gives me anxiety watching people grab super heated metal in crucibles by the edge like @ 21:30 haha

[@m3Tesla]

Jason think you might benefit from watching Streetips!

[@BastlerDave]

Danke

[@riccochet704]

Sreetips does this really well

[@dawnac6453]

Hi again Jason, so what if you want to recover the silver out of the acid? Id be interested in recovering both gold and silver out of my mine but I don't really want to go with the nitric acid route.

[@bobbygibson4661]

Yeah Jason I was wondering I've got some or that's very high and silver hornsilver actually and it has gold in it to what's the best way to to refine this

[@johnhunt1725]

1. Use a graphite rod to stir the melted alloy 2. Use fresh water to cornflake

[@terrybusch5088]

I can't wiat to see you back in your new mine soon. Hope you hit the motherload of a paystreak.

[@barthanes1]

Yes, the gold and silver should be stirred with a graphite rod to thoroughly mix the alloy.

[@berto6063]

You have to stir the molten gold and silver together to get a uniform mixture.

[@Addh0le]

Sreetips would stir the alloy to mix it while molten with a graphite rod.

[@kelterskelter1969]

the melt needs a couple of good stirs to ensure a consistent alloy.

[@adamlowe1072]

Can you not heat the corn flakes to make them soft then hammer them to increase surface area further ?

[@jonmann3216]

Yeah, you haven't mixed the liquid gold and silver sufficiently as watching Sreetips, he stirs with a graphite rod and said it needs thorough mixing to make the two homogeneous.

[@KD0CAC]

Did not see if you stirred , maybe the inconsistent color ? Thanks again

[@cesmith777]

Do you find these options to be lucrative (seems like a big expensive/time consuming process for about $500 worth of silver). Have you settled on any one process that seems to work better for separating out metals? I am interested in potentially opening an E-waste center which would really take any metal producing or recyclable good but be primarily be focused on E-waste due to the precious metals caontained in them.

[@duaneaustin3183]

Hello Jason, love your videos. I've been wondering if anyone has tried melting their gold/silver alloy with lead, then add zinc to gather the silver in the scum that forms on top of molten lead. It seams to me it could purify gold from silver.

[@OwlTech333]

Me too! Would love to see the Parkes process in details