I think it looks like the gold boiled / vaporized a bit due to the beads around the top. 8 minutes would maybe be better. put a filter over the exaust fan of the microwave to see if you can catch the fume dust. Put a gram in there and cook it for 30 minutes and you'll see what I mean.
To recover that gold you need use magnetic black sand .and to see that gold you need mikroscope. When you panning that sand look for brown heavy material that is your gold !!! When you look with mikroscope to that brown material you will see yellow gold ,not ewry sand contains the gold you need to found place where river deposits that sand just in that place you found that gold
I try make video how to pan that gold. I using black sand to get that gold ,dencity of gold is 19 , density black sand is around 7 , quartz density is around the 3 . When you panning gold sinks all the way to the baton black sand covers the gold and liter material covers the black sand . If wee adding more black sand is easy to pan that light sand . Black sand don’t let light sand go to the bottom of the pan and easy to wash it out of the pan. Then when all light sand is gone wee take the magnet and collect the black sand .ewerithing what left is heavy material and gold . If nothing left that’s means no gold or heavy metals .
In theory, if a large body of water evaporated, as is the case with dry lake beds like Death Valley, these water-soluble native gold complexes could potentially exist in salt beds or underground brines.
Respectfully, by dosing your aqua heavily with stannous chloride, you are precipitating out at least some gold. Because the tin goes into solution and reactivity series forces the gold out. You should be testing a small sample spot only? Surely the best approach would be to simply ........ 1, rinse sand with hcl until clear. 2, make your aqua regia and dose until no more reaction. 3, filter off aqua regia. 4, precipitate the gold?
Rinsing the sand with HCL can actually remove some silver and also some gold believe it or not rust can actually act as an oxidizer, depending on the composition of the minerals in the sand and also if you have palladium in the sand it will be lost
@@MerchantMarineGuy I understand what you're saying my brother if you use Poor Man's Nitric to wash it three times before you put the aqua regia then you should be fine. I've done this before the HCL solution that I used I put a piece of copper in it and dropped in some hydrogen peroxide as an oxidizer to eat the copper and I had silver and brown powder which I'm assuming is gold drop out
Water Agitation Experiment: Certainly! Begin by locating a suitable area where water initially accumulates and undergoes evaporation, ensuring it is thoroughly dried and categorized. Then, heat distilled or ionized water in a beaker just below boiling, using a stirring bar or a similar agitating device to maintain circulation within the solution. Carefully introduce the material into the solution, gradually, being cautious not to overfill the container, and allow the material to react with the vigorously agitated hot water over a period of a couple of hours. Filter the resulting solution, rinsing the filter as necessary until the solution becomes clear. This clarified solution is the target for further analysis. Should there be any presence of gold sulfate, for instance, it can be selectively plated out. However, given the potential for various complex formations, processes such as electrolysis, evaporation, thermal decomposition, among others, may be required and explored experimentally.
🌟 Exploring the Hidden Treasure: The Role of Water in Prospecting 🌟 Dear Fellow Adventurers, Are you ready to delve into the intriguing world of prospecting and uncover the secrets hidden within the Earth's geological formations? Join us on an expedition where we unravel the mysteries of water and its profound impact on mineral deposition, particularly the elusive gold. As we traverse the rugged landscapes and traverse the meandering paths of dry lake beds and rocky terrains, let's pause to ponder the intricate dance between water and minerals. Did you know that when water pools and evaporates, it leaves behind a trail of salts and impurities, creating distinct waterlines on rocks and shorelines? But here's where the adventure truly begins - within these residue-laden deposits lies the potential for gold! Yes, you heard it right. Traces of this precious metal can be found nestled among the sedimentary layers, waiting to be discovered by intrepid prospectors like yourselves. Imagine the thrill of stumbling upon a hidden treasure trove, shimmering with the promise of prosperity. Yet, be warned, fellow explorers, for the journey ahead is not without its challenges. Gold, though present, may cloak itself in disguise, dissolving in water and revealing itself only under the perfect conditions of pH and temperature. So why do prospectors often overlook these tantalizing deposits? The answer lies in the complexity of extraction. Despite the allure of gold, its elusive nature demands patience, perseverance, and a keen understanding of geological nuances. But fear not, fellow adventurers, for knowledge is our greatest ally on this quest. By comprehending the intricate interplay of water, sedimentation, and geological structures, we unlock the secrets of the Earth's hidden treasures. So, let us embark on this journey together, armed with curiosity, determination, and a thirst for discovery. Who knows what wonders await us as we navigate the realms where water meets rock, and gold lies waiting to be found? Until then, onward we march, in pursuit of the glittering prize that lies just beyond the horizon. Happy prospecting! Twelve Moderator Matrix (XIIMM)
🌟 Exploring the Hidden Treasure: The Role of Water in Prospecting 🌟 Dear Fellow Adventurers, Are you ready to delve into the intriguing world of prospecting and uncover the secrets hidden within the Earth's geological formations? Join us on an expedition where we unravel the mysteries of water and its profound impact on mineral deposition, particularly the elusive gold. As we traverse the rugged landscapes and traverse the meandering paths of dry lake beds and rocky terrains, let's pause to ponder the intricate dance between water and minerals. Did you know that when water pools and evaporates, it leaves behind a trail of salts and impurities, creating distinct waterlines on rocks and shorelines? But here's where the adventure truly begins - within these residue-laden deposits lies the potential for gold! Yes, you heard it right. Traces of this precious metal can be found nestled among the sedimentary layers, waiting to be discovered by intrepid prospectors like yourselves. Imagine the thrill of stumbling upon a hidden treasure trove, shimmering with the promise of prosperity. Yet, be warned, fellow explorers, for the journey ahead is not without its challenges. Gold, though present, may cloak itself in disguise, dissolving in water and revealing itself only under the perfect conditions of pH and temperature. So why do prospectors often overlook these tantalizing deposits? The answer lies in the complexity of extraction. Despite the allure of gold, its elusive nature demands patience, perseverance, and a keen understanding of geological nuances. But fear not, fellow adventurers, for knowledge is our greatest ally on this quest. By comprehending the intricate interplay of water, sedimentation, and geological structures, we unlock the secrets of the Earth's hidden treasures. So, let us embark on this journey together, armed with curiosity, determination, and a thirst for discovery. Who knows what wonders await us as we navigate the realms where water meets rock, and gold lies waiting to be found? Until then, onward we march, in pursuit of the glittering prize that lies just beyond the horizon. Happy prospecting! ~ Jatslo
Thanks for this video sir . I want to know the name of that thing you put in microwave. That cover the melting dish and form where can I buy it .. thanks
It is very laborious in the deposition method with tin chloride, all metals are deposited, and you cannot selectively extract gold with tin chloride alone.
Excellent video. I've found that the cotton must be dry before placing in the furnace. Perhaps that's what happened. I'm very curious to know how much gold you got from half a bucket of sand.
Tomorrow I going to Los Angeles I can bring half of bucket of that sand and you can do the test with your shaking table and found out how much gold is in that sand let me know.
@@Jatslo I've found that cotton works very well because it compresses into the filter. I dry the material before adding assayer's lead and cupelling, and I haven't had any problems with gold loss. Anyway, cigarette filters are compressed cotton fiber.
I'm telling you brother you need to use the felt I just got my recipe right I'm telling you after you concentrate on the felt for every pound that you pull out you get at least a quarter ounce of gold dust at least I do I have no shiny gold at all brother it's all powder and dust
@@mohammadusmani5351 I can't take a picture with my phone because of some nonsense but felt is like a wool blanket I see that you're from across Seas so the closest thing that you can get to felt if you do not have a store over there then get some wool or a carpet
Love the videos prof. Don’t mind the trolls. You’re actually hands on doing- getting gold. They’re hands on watching typing 💩
I think it looks like the gold boiled / vaporized a bit due to the beads around the top. 8 minutes would maybe be better. put a filter over the exaust fan of the microwave to see if you can catch the fume dust. Put a gram in there and cook it for 30 minutes and you'll see what I mean.
You're really motivating. You've even got me collecting sand from the Columbia and Sandy River delta here in Oregon. 😀
To recover that gold you need use magnetic black sand .and to see that gold you need mikroscope. When you panning that sand look for brown heavy material that is your gold !!! When you look with mikroscope to that brown material you will see yellow gold ,not ewry sand contains the gold you need to found place where river deposits that sand just in that place you found that gold
@@myadventure7069 We utilize magnets, and yes, the Columbia River carries a vast array of natural elements, both visible and invisible.
I try make video how to pan that gold. I using black sand to get that gold ,dencity of gold is 19 , density black sand is around 7 , quartz density is around the 3 . When you panning gold sinks all the way to the baton black sand covers the gold and liter material covers the black sand . If wee adding more black sand is easy to pan that light sand . Black sand don’t let light sand go to the bottom of the pan and easy to wash it out of the pan. Then when all light sand is gone wee take the magnet and collect the black sand .ewerithing what left is heavy material and gold . If nothing left that’s means no gold or heavy metals .
In theory, if a large body of water evaporated, as is the case with dry lake beds like Death Valley, these water-soluble native gold complexes could potentially exist in salt beds or underground brines.
@Jatslo I can go and do the testing that can contains the gold too
Respectfully, by dosing your aqua heavily with stannous chloride, you are precipitating out at least some gold.
Because the tin goes into solution and reactivity series forces the gold out.
You should be testing a small sample spot only?
Surely the best approach would be to simply ........
1, rinse sand with hcl until clear.
2, make your aqua regia and dose until no more reaction.
3, filter off aqua regia.
4, precipitate the gold?
Rinsing the sand with HCL can actually remove some silver and also some gold believe it or not rust can actually act as an oxidizer, depending on the composition of the minerals in the sand and also if you have palladium in the sand it will be lost
@@matthewmartinez1091 I appreciate your valuable time today to help educate me.
Thanks
Without using HCL first he’s just precipitating copper. It looks like gold.
@@MerchantMarineGuy I understand what you're saying my brother if you use Poor Man's Nitric to wash it three times before you put the aqua regia then you should be fine. I've done this before the HCL solution that I used I put a piece of copper in it and dropped in some hydrogen peroxide as an oxidizer to eat the copper and I had silver and brown powder which I'm assuming is gold drop out
🤣🤣🤣🤣🤣🤣🤣 in my place no copper sorry 😢
Water Agitation Experiment:
Certainly! Begin by locating a suitable area where water initially accumulates and undergoes evaporation, ensuring it is thoroughly dried and categorized. Then, heat distilled or ionized water in a beaker just below boiling, using a stirring bar or a similar agitating device to maintain circulation within the solution. Carefully introduce the material into the solution, gradually, being cautious not to overfill the container, and allow the material to react with the vigorously agitated hot water over a period of a couple of hours. Filter the resulting solution, rinsing the filter as necessary until the solution becomes clear.
This clarified solution is the target for further analysis. Should there be any presence of gold sulfate, for instance, it can be selectively plated out. However, given the potential for various complex formations, processes such as electrolysis, evaporation, thermal decomposition, among others, may be required and explored experimentally.
🌟 Exploring the Hidden Treasure: The Role of Water in Prospecting 🌟
Dear Fellow Adventurers,
Are you ready to delve into the intriguing world of prospecting and uncover the secrets hidden within the Earth's geological formations? Join us on an expedition where we unravel the mysteries of water and its profound impact on mineral deposition, particularly the elusive gold.
As we traverse the rugged landscapes and traverse the meandering paths of dry lake beds and rocky terrains, let's pause to ponder the intricate dance between water and minerals. Did you know that when water pools and evaporates, it leaves behind a trail of salts and impurities, creating distinct waterlines on rocks and shorelines?
But here's where the adventure truly begins - within these residue-laden deposits lies the potential for gold! Yes, you heard it right. Traces of this precious metal can be found nestled among the sedimentary layers, waiting to be discovered by intrepid prospectors like yourselves.
Imagine the thrill of stumbling upon a hidden treasure trove, shimmering with the promise of prosperity. Yet, be warned, fellow explorers, for the journey ahead is not without its challenges. Gold, though present, may cloak itself in disguise, dissolving in water and revealing itself only under the perfect conditions of pH and temperature.
So why do prospectors often overlook these tantalizing deposits? The answer lies in the complexity of extraction. Despite the allure of gold, its elusive nature demands patience, perseverance, and a keen understanding of geological nuances.
But fear not, fellow adventurers, for knowledge is our greatest ally on this quest. By comprehending the intricate interplay of water, sedimentation, and geological structures, we unlock the secrets of the Earth's hidden treasures.
So, let us embark on this journey together, armed with curiosity, determination, and a thirst for discovery. Who knows what wonders await us as we navigate the realms where water meets rock, and gold lies waiting to be found?
Until then, onward we march, in pursuit of the glittering prize that lies just beyond the horizon.
Happy prospecting!
Twelve Moderator Matrix (XIIMM)
🌟 Exploring the Hidden Treasure: The Role of Water in Prospecting 🌟
Dear Fellow Adventurers,
Are you ready to delve into the intriguing world of prospecting and uncover the secrets hidden within the Earth's geological formations? Join us on an expedition where we unravel the mysteries of water and its profound impact on mineral deposition, particularly the elusive gold.
As we traverse the rugged landscapes and traverse the meandering paths of dry lake beds and rocky terrains, let's pause to ponder the intricate dance between water and minerals. Did you know that when water pools and evaporates, it leaves behind a trail of salts and impurities, creating distinct waterlines on rocks and shorelines?
But here's where the adventure truly begins - within these residue-laden deposits lies the potential for gold! Yes, you heard it right. Traces of this precious metal can be found nestled among the sedimentary layers, waiting to be discovered by intrepid prospectors like yourselves.
Imagine the thrill of stumbling upon a hidden treasure trove, shimmering with the promise of prosperity. Yet, be warned, fellow explorers, for the journey ahead is not without its challenges. Gold, though present, may cloak itself in disguise, dissolving in water and revealing itself only under the perfect conditions of pH and temperature.
So why do prospectors often overlook these tantalizing deposits? The answer lies in the complexity of extraction. Despite the allure of gold, its elusive nature demands patience, perseverance, and a keen understanding of geological nuances.
But fear not, fellow adventurers, for knowledge is our greatest ally on this quest. By comprehending the intricate interplay of water, sedimentation, and geological structures, we unlock the secrets of the Earth's hidden treasures.
So, let us embark on this journey together, armed with curiosity, determination, and a thirst for discovery. Who knows what wonders await us as we navigate the realms where water meets rock, and gold lies waiting to be found?
Until then, onward we march, in pursuit of the glittering prize that lies just beyond the horizon.
Happy prospecting!
~ Jatslo
يترسب القصدير معى الحديد والنحاس والفضة او الرصاص ان وجدا ليس القصدير لوحده... بلاتين بلاديوم كذلك.
yari yari neic sir g vidos
Excellent Video👍
Thank You for posting.
يجب ستخدام بوتقا مغلقه مع اقل وقت للصهر
دخل البوتقة في الأكوا ريجيا ستحصل هاذة المره على ذهب مستقر ولن تحتاج للفلترة وضياع ذلك في القطن
Thank u Sar ji Jay Bharat🇮🇳💖
😊😊😊
Thanks for this video sir . I want to know the name of that thing you put in microwave. That cover the melting dish and form where can I buy it .. thanks
eBay ,Amazon’s and Temu .and name is glass fusing kiln .
@@myadventure7069 thanks sir. You are a good man .keep on
It is very laborious in the deposition method with tin chloride, all metals are deposited, and you cannot selectively extract gold with tin chloride alone.
Ok my busnes to recover the gold after when I have it I can do refining .
Which is better, zinc or aluminium?
They bought is good
superb
Could I use sodium nitrate when making Aqua Riga?
Yes
@@myadventure7069 Thank you!
👍👍👍💪💪💪
What kind of furnace that
Microwave
Microwave kiln.
❤
Excellent video. I've found that the cotton must be dry before placing in the furnace. Perhaps that's what happened. I'm very curious to know how much gold you got from half a bucket of sand.
Tomorrow I going to Los Angeles I can bring half of bucket of that sand and you can do the test with your shaking table and found out how much gold is in that sand let me know.
@@myadventure7069
With respect to those red funnels, I wonder if, cotton cigarette filters might work better.
You can try that ! I can’t , i don’t smoke and don’t have filters . For me cotton is ok and red funnels works 😊
@@Jatslo I've found that cotton works very well because it compresses into the filter. I dry the material before adding assayer's lead and cupelling, and I haven't had any problems with gold loss. Anyway, cigarette filters are compressed cotton fiber.
😜🤪😜
I'm telling you brother you need to use the felt I just got my recipe right I'm telling you after you concentrate on the felt for every pound that you pull out you get at least a quarter ounce of gold dust at least I do I have no shiny gold at all brother it's all powder and dust
please tell us what is felt? any picture?
@@mohammadusmani5351 I can't take a picture with my phone because of some nonsense but felt is like a wool blanket I see that you're from across Seas so the closest thing that you can get to felt if you do not have a store over there then get some wool or a carpet
Thanks a lot for quick and informative response