I have already started collecting sand. I don't know how long it will take. Anyway, thanks for watching and commenting 🙂🍻

You are right. I also checked. AK has the best price for 24K gold )

Thank you!

🙂🖐 Thank you for watching

Of course not! 😉👌

Thank you 😊

Thanks. I'll probably make a new video soon. I only do this in my free time 🙂

Thank you for spending some of your time on my channel 🙂🖐 Soon I will make a video about gold ore.

Glad you found something interesting in my little channel 🙂🖐

In this way, it is impossible to lose a single small piece of gold. You can even extract the microscopic gold that is in magnetite, in black sand. Gold that cannot be seen with the eyes 🙂 Thank you for watching 🖐

Thank you for visiting my little KZfaq channel 🙂🖐

Thank you. Glad you found something interesting in my little channel 🙂🖐

Ha ha 😉 Yes, I'm alive! 🤗 Just a lot of work. Cheers grizzly bear🍺🍺

​@@akgoldbear7669 ну и шуточки у тебя🤨🤨🤨 Будь осторожнее, медведь-это не собачка, можно что угодно ожидать, тем более когда с медвежатами

@@user-ll6fw7gp8b С днём победы сестрёнка 🙂

@@akgoldbear7669 С Днём победы 🎆🎇✨

Welcome to my little channel 🙂🖐

Thank you for visiting my small channel. Thanks for the comment 🙂🖐

Hello! I live in Stephen's County, northeast Georgia. How can I find out if I have gold in my area? I'm new to panning but i have gold fever. Lol

😉🖐Thanks

You are welcome 🙂🖐

Стараюсь 😃🖐

No, unfortunately gold is not everywhere 😉🖐

Over the past two years, I have not found a single small nugget, I think Spanish collected all the nuggets. Thank God they left fine gold 😀👌

I see pickers coming out of Ga quite often.when you find a place like this you don’t complain. You made what some people make in a whole month in 12 days just having fun. I haven’t seen anyone east of the Mississippi River get this much in a year let alone a touch over a week.

🖐🙂

Between your city and mine is an hour's drive. I'm sorry but I only work alone, alone because gold prospecting is my hobby. I do gold prospecting only when I have free time. If you have any specific questions please ask or email me. Thank you for your time on my little channel 🙂🖐

Hello Canada. Yes, the amount of gold surprised me too. I collected sand for eight days and for eight days I never saw a single small nugget, there was only dusty gold. I didn't even see 20-30 mesh gold. In Canada, in 8 days, I would definitely find a nugget 🙂 Thanks for viewing and commenting 😉🖐

Thanks 🖐

To filter a solution with hydrochloric or nitric acids, you can use a regular coffee filter, but if the solution contains concentrated sulfuric acid, then not. Sulfuric acid will eat the paper filter.

Hello. No, this is not Georgia, this is the state of Georgia. The nature of Georgia is much more beautiful than the nature of state Georgia 🙂

@@akgoldbear7669 beautiful place to live 🫶🏼 that is an amazing amount of gold for two weeks work 🍺🍺🙌🏼💪🏼🤙🏼

Привет сестрёнка! Пытался позвонить тебе на одноклассники но почему-то не смог )

@@akgoldbear7669 я удалила страницу в одноклассники, но почему-то она там появилась опять

Hello. Definitely hydrochloric acid. Black magnetic sand is not always the same. Very often there is nothing at all in magnetite, only iron. If you can't physically see any gold dust, then don't waste time and acid on that sand. Sometimes magnetite contains gold, platinum and palladium. If you know that there are precious metals in your sand, then you need to boil the sand very well several times in Hydrochloric acid, then wash the sand with water and then boil it in Nitric acid. You can check the nitric acid solution for palladium content. After boiling the sand in nitric acid, the sand does not need to be washed, just fill it with aqua regia and dissolve the gold. Everything is simple 😉

In my area, the gold dust is seen but not much like yours even after 2nd, 3rd panning process. Still i can consider its worthy to wash the sand that i collected with acid right?

In my area the gold is very fine dusty. Over the past 4 years, I have never found nuggets. The maximum gold size in my area is 30 mesh. Size 30. It is profitable for me to dissolve all the microscopic gold with acids. To see what works best for you, try both methods. That's how I figured out what's best for me )

Hello ! Love video ❤🐻 Are you using 15 % HCL or 31 % HCL Concentrate ? Thanks AK ​@akgoldbear7669

Yes, you are right. You need to boil until all the magnetite has dissolved. Iron dissolves in hydrochloric acid. The iron will dissolve, but the palladium, platinum and gold will stay in the sand. Of course, if you have these metals in your sand. If you don't see any microscopic gold in your sand, I don't recommend wasting your time and acid on it. Good luck.

@@akgoldbear7669 thanks AK for the reply and suggestions. Noted

Sorry for not answering for a long time. I rarely watch anything on KZfaq, no time for that. I don't mind 🙂

Where?! 🤔 Somewhere on planet earth 😉

Lightly boil the gold in sulfuric or nitric acid. Doesn't matter. Then save the acid and you can use it again and again next time.

It was hard, but I did it! Thank you for spending some time on my channel 🙂

I understand

Постараюсь сестрёнка 😊

I deleted almost all videos. It was a lousy mood after a hard day at work. Sorry, I haven't checked my channel for almost two months. I spend a lot of time at work 😵‍💫 ... 🙂

@@akgoldbear7669 . Cathode Ray Tubes (CRT) are valuable, but also classified as hazardous waste to be kept out of landfills. The glass contains on average 22% lead (chemically bound in oxide form with the glass). My latest batch yielded, among other values, 1960 kg of pure lead from 8 tons of CRT glass + 1½ tons of mixed crystal vases and wine glasses. The CRT gun and internal metal parts of the glass tube are valuable too, primarily due to the high content of nickel. The non magnetic (or slightly magnetic) metal parts consists of: Fe (iron), Ni (nickel), Mn (manganese), Co (cobalt), Cr (chromium). Warning: dissolved chromium is very poisonous/carcinogenic! The magnetic metal parts consists of: Fe (iron), Mn (manganese), Co (cobalt), Ni (nickel). Very, very high content of nickel (which is twice the value of copper). There are three sections of glass in a CRT tube: The funnel (up to 28% lead), the frit line (70 to 80% lead), and the front panel (99% of the lead content. The glass fraction is then sold as glass powder. On the inside of the front panel glass is a powder layer containing valuable Rare Earth Elements (REE). Using a manual diamond glass cutter to cut into the frit line makes it easy to carefully separate the glass tube in two parts. The powder layer on the inside of the front panel glass is washed off with distilled water, which is collected and later processed to extract the valuable REE elements. The CRT glass is on par or better than the finest crystal glass. The neck (where the electron gun is placed), the conical funnel, and the frit line (where the front panel glass is joined), all contain lead oxide and very little barium oxide and strontium oxide; chemically bound with the glass itself. The front panel glass (which is always processed separately) contains little or no lead oxide, but 10 to12 % barium oxide and 8 to10% strontium oxide. Both elements are extracted chemically. It is not entirely correct when people claim that the grey/whitish powder layer on the inside of the front panel is a phosphorus layer! The right term is: A fluorescent coating. The former is an old term derived from when CRT production began. There is no phosphor (except in the very first CRTs). There might be a microscopic film of aluminium (especially in black/white CRTs) added as a nonreflecting layer on top of the fluorescent coating, and even on the inside of the glass funnel on some newer models. HCl or NaOH will quickly remove such a layer on the funnel glass only; never use anything but distilled water for the front panel glass. The composition of the powder layer varies widely depending on the manufacturer, and where and when it was made. A graphite basic coating have sometimes been applied to the inside of the front panel glass, underneath the powder layer, causing collection of the powder slightly cumbersome. The powder mainly consists of sulfides/chlorides/oxides of: Zn (zinc), Mg (magnesium), Mn (manganese), Cr (chromium), Sb (antimony), Cu (copper), Ag (silver), Y (yttrium), Eu (europium), La (lanthanum), Ce (cerium), Tb (terbium), occasionally even other REEs, among these Ni (niobium). However, the mentioned elements are not always all present together in each individual CRT, but the majority are. Caution: In elder CRTs even Cd (cadmium), Be (beryllium), and As (arsen/arsenic) compounds can be encountered in the powder layer. Most of the above mentioned substances are toxic, some very toxic! Only wet removal of the powder layer with a brush is a must; preferably done in a closed compartment. Be aware of the sulfides, processing such powder by common acid leaching will produce H2S, which will kill you if inhaled. As pretreatment the CRT tube is first washed in plain rain water to remove the ever present decades old extremely fine dust, and rubber parts/glue is scraped off. Then, in a discarded shower cabin, which came in for scrapping from a gym center, with the use of a high pressure cleaner and distilled water, the graphite coating as well as the iron oxide layer on the outside of the glass is removed. The waste water is collected and the water itself is distilled off. The residue is calcined and purified into iron oxide to be used for various chemical processes, and for H2S removal from bio gas made in my anaerobic digesters. The then loaded iron oxide is easily stripped for elementary sulfur, useful for making SO2 gas for precipitation, or homemade H2SO4 at no cost. Don't do like some stupid socalled "scrappers" do: Never smash the glass tube! CRT tubes contains so many poisonous materials, besides the hazardous lead containing glass itself. It's important to keep CRTs out of landfills, because toxic compounds will leach out for hundreds of years in the future. Never throw the glass in the trash bin, or dumpster. After scrapping a CRT, always bring the remaining parts to a public transfer station, or a trustworthy company, for proper recycling. I would like to exchange information and experiences regarding e-waste processing and metal recovery, as well as discussing new approaches. Especially about Printed Circuit Boards and the individual electronic components. Interested?

Good information. Now I know it's not worth wasting time on those CRT guns. Definitely not worth do it at home 🙂

@@akgoldbear7669 . Well, I do everything at home in my backyard. The lead from the latest batch of CRT glass yielded at least 1,500 US$ more than the 20 grams of gold you got after a week's work. I usually run up to 10 chemical processes simultaneously every single day, besides scrapping metal, and sorting paper/carton/glass; though my biggest turn over is selling plastic for recycling, except the dirty/oily plastic pieces and plastic crumbles that are catalytic cracked into fuel for my metal melting furnace as well as providing free gasoline for my car and free diesel for my truck, besides free heating for the work space in the shed. My four pyrolysis units are fed with waste wood, and carbon residue from the previous pyrolysis run (after metal recovery). I never pay for chemicals! HCl, HNO3, H2SO4 is extracted from waste materials, gas for my 130 L cooking pot comes from aneaerobic digesters, electricity from 26 various old solar panels, and all machinery/processing units have been built from scrap metal at almost no cost. Keeping the costs down and just doing all of it in my own backyard earns me 250,000 US$/year. The metal in CRT guns and the shadow masks as well as clips from battery packs, among other nickel alloyed metal pieces, yields lots of pure nickel worth twice as much as copper. The biproduct of this process is iron oxide, ideal for sulfur capture. I've just begun test runs of recovering Indium from LCD/LED panel screens from TVs/monitors/mobile phones, but the nasty arsen/arsenic used as a decolorizing agent in the glass itself, or as an enamel coating on the glass sheets (depending on the manufacturing process) must not go into the leach solution as it is deadly toxic. Likewise, I'm now trying to figure out how to recover the indium in semi conductors as an expansion of chemical scrapping. I process every single Printed Circuit Board I get for solder recovery (tin is 3½ times more valuable than copper), and even process the bare board itself for copper, and recovering of all traces of ENIG gold. However, I have a huge problem in the case of the electronic components themselves; here I'm for the time being totally lost, i.e. almost without any knowledge about the individual components. That's why I'm looking for someone who has some experience with electronics. I would really appreciate if you may have interest in corresponding about this subject. Regarding your, now deleted, video about gold recovery from tin solder solution, I'll just mention that despite I'm familiar with the phenomenon metal diffusion, I had never thought about any possible content of gold in the dissolved tin. The good thing is that I purify tin metal by electro refining, and the bottom slime from the cell, together with slime from the copper cell, is always refined later, so in the end no gold was lost at all.

🙂✌

@@akgoldbear7669 We just found a bigger nugget, it's, in my short vids if you haven't already.

Настроение было как небо перед грозой! 😤...😅

I deleted the videos. It was a very hard day, a lot of stress. I don't have a second channel 😎

@@akgoldbear7669 can I ask why you deleted them? Would you consider reposting them?

After work, I had a mood like a black sky before a thunderstorm 😤 ... 😅✌

@@akgoldbear7669 Those vids were a national treasure. 💔

I never do gold prospecting alone, ants, spiders and mosquitoes are always with me 😜Thanks for your time and comment 🙂🖐

Yes, the State of Georgia, not the Country of Georgia 🙂

Hello. I don’t understand what you want to say?! Russia, USA and your country.... 🤔

@@akgoldbear7669 American and Russian government are taiking all the gold from Georgia and pay just 1% of the cost

What can I say?! This means that the citizens of your country allow government to do this. The government does what the citizens of the country allow it to do.

Jesus! It's just a hobby. Sometimes due to my hobby, I can earn some extra money 👌

@@akgoldbear7669 i actually can dig that XD ok then XD

🙂very good

Use what you want. To extract even invisible gold I use gold pan and acids 😉