Telegraphy is a communication technology that was widely used in the 19th and early 20th centuries. It involved transmitting electrical signals over a wire, allowing messages to be sent over long distances almost instantaneously. The telegraph machine consisted of a key that the operator would use to send electrical signals in the form of short and long pulses, or "dots" and "dashes", which were then received and interpreted by another operator at the receiving end.

The invention of the telegraph revolutionized communication, allowing news and information to be transmitted quickly across great distances. It enabled businesses to operate more efficiently, stock markets to operate in real-time, and governments to communicate more effectively with their officials and citizens.

Telegraphy was eventually superseded by newer communication technologies, such as the telephone and later the internet. However, it played a critical role in the development of modern communication and remains an important part of history.

A Telegram Printer from Lorenz was a device used to receive and print out encrypted messages generated by the Lorenz typewriter. The Lorenz machine used a highly complex system of encryption to transmit messages securely, but once the messages were received, they needed to be deciphered and read by the intended recipient.

The Telegram Printer was used to receive encrypted messages from the Lorenz machine and to print out a deciphered version of the message. The printer was designed to work in conjunction with the Lorenz machine, and the two devices formed an integral part of the German military's secure communication network during World War II.

Like the Lorenz machine itself, the Telegram Printer was eventually decoded by British codebreakers at Bletchley Park, led by mathematician Alan Turing. The codebreakers' success in cracking the Lorenz cipher and its associated devices was a significant achievement in the history of cryptography and helped to turn the tide of the war in the Allies' favor.

Today, the Lorenz typewriter is considered an important artifact in the history of cryptography and computing, and examples of the machine can be found in museums and collections around the world.

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 How much gold is in old cell phones?

Old cell phones contain small amounts of gold, but the amount varies depending on the phone model and age. Generally speaking, there is typically about 0.02 grams of gold in an average mobile phone. However, the amount can range from as little as 0.01 grams to as much as 0.1.8 grams in some high-end smartphones.

The gold is primarily found in the phone's circuit board, where it is used in various electronic components for their electrical conductivity and resistance to corrosion. Other precious metals, such as silver and palladium, can also be found in old cell phones, but in smaller amounts compared to gold.

While the amount of gold in a single phone may not seem like much, when you consider the number of cell phones that are discarded every year, it adds up to a significant amount of precious metals that can be recycled and reused.

Can you get gold from old phones?

Yes, it is possible to extract gold from old cell phones and other electronic devices that contain small amounts of gold. The process of extracting gold from electronic devices is known as "urban mining" or "e-waste recycling".

The process involves breaking down the electronic devices and separating the components that contain precious metals like gold, silver, and copper. This is typically done by using specialized equipment such as crushers, shredders, and electrostatic separators.

Once the components containing gold have been separated, they are typically treated with various chemicals and processes to extract the gold from the other materials. The extracted gold is then purified and refined into pure gold bullion that can be sold or used for other purposes.

It is worth noting that the process of extracting gold from electronic devices is complex and requires specialized knowledge and equipment. Additionally, it is important to properly dispose of any hazardous waste that may be generated during the process. Therefore, it is recommended to leave this kind of activity to professional e-waste recycling companies.

What is valuable in old cell phones?

Old cell phones and other electronic devices contain a variety of valuable materials that can be recycled and reused. The most valuable materials in old cell phones include:

Precious metals: Old cell phones contain small amounts of precious metals such as gold, silver, palladium, and platinum. These metals are used in various electronic components such as circuit boards, connectors, and switches.

Copper: Copper is a highly conductive metal that is used in wiring, motors, and other electronic components. Old cell phones can contain several grams of copper, which can be recycled and reused in new products.

Rare earth elements: Rare earth elements are used in various electronic components, including the magnets that are used in cell phone speakers and vibration motors. These elements are valuable because they are difficult to extract and refine.

Plastics: Although not valuable in the same way as precious metals and rare earth elements, the plastics used in cell phones can be recycled and reused to make new products.

Overall, there are many valuable materials in old cell phones that can be recycled and reused, reducing the need for new materials and conserving natural resources.

What old electronics have the most gold?

Old electronics that have the most gold are typically high-end electronic devices, such as computers, servers, and smartphones. The amount of gold in these devices can vary, but in general, devices that contain larger circuit boards and more electronic components tend to have more gold.

For example, some of the electronic devices that have the most gold include:

Desktop computers and servers: These devices typically contain larger circuit boards and more electronic components, which can contain anywhere from 0.1 to 8 grams of gold per unit.

High-end smartphones: Smartphones such as the iPhone and Samsung Galaxy contain small amounts of gold, but the high-end models can contain up to 0.5 grams of gold.

Laptops: Laptops contain smaller circuit boards than desktop computers and servers, but they still contain significant amounts of gold in their electronic components.

Printed circuit boards (PCBs): PCBs are found in many electronic devices and contain small amounts of gold that can be recovered through recycling.

It's worth noting that the amount of gold in any electronic device will depend on factors such as the age and model of the device, as well as the specific electronic components used in its construction. Additionally, it's important to properly dispose of any electronic waste and recycle it through a reputable e-waste recycling program.

What is the most valuable mineral in your phone?

The most valuable mineral in a phone depends on the specific phone model and components. However, in general, the most valuable minerals in a phone are:

Tantalum: Tantalum is a rare metal that is used in capacitors, which are electronic components that store and release electrical energy. Tantalum is highly valued because it is durable and resistant to corrosion. It is also used in the manufacture of other electronic devices and medical equipment.

Gold: Gold is a precious metal that is used in the production of electronic connectors, switches, and other components. It is valued for its high conductivity, resistance to corrosion, and malleability.

Copper: Copper is a highly conductive metal that is used in wiring, motors, and other electronic components. It is also used in the manufacture of household appliances, construction materials, and other products.

Silver: Silver is another precious metal that is used in the production of electronic components, such as switches and circuit breakers. It is highly conductive and resistant to corrosion.

Palladium: Palladium is a rare metal that is used in catalytic converters, which reduce the emissions produced by cars and other vehicles. It is also used in the production of electronic components and medical equipment.

Overall, while all of these minerals are valuable, it's important to note that their value can fluctuate based on market conditions, supply and demand, and other factors. Additionally, it's important to properly dispose of any electronic waste and recycle it through a reputable e-waste recycling program to recover and reuse these valuable minerals.

Is it worth it to extract gold from electronics?

The decision to extract gold from electronics depends on several factors, such as the volume of electronics available, the cost of extraction, and the current market price of gold. In general, extracting gold from electronics can be profitable if there is a large volume of electronics available and if the cost of extraction is lower than the value of the gold recovered.

However, it's important to note that the process of extracting gold from electronics is complex and requires specialized knowledge and equipment. Additionally, the process can produce hazardous waste that must be disposed of properly to avoid environmental damage.

If you have old electronics that you want to recycle, it's important to choose a reputable e-waste recycling company that follows responsible practices for extracting valuable metals and disposing of hazardous waste. By recycling your electronics, you can help reduce the environmental impact of e-waste and conserve natural resources.

How much gold is in a hard drive?

The amount of gold in a hard drive can vary depending on the specific hard drive model and its age. Generally, hard drives contain only a small amount of gold, typically found in the connectors and other electronic components.

A typical hard drive contains approximately 0.03 to 0.07 grams of gold, which is worth only a few dollars based on the current market price of gold. However, it's important to note that hard drives also contain other valuable metals such as copper, silver, and palladium that can be recovered through recycling.

While the amount of gold in a hard drive may not be significant, recycling hard drives and other electronic devices can help recover valuable metals, reduce e-waste, and conserve natural resources. Additionally, properly recycling electronic waste can prevent environmental damage from hazardous materials and contribute to a more sustainable future.

How much gold is in a RAM stick?

The amount of gold in a RAM stick varies depending on the specific type and age of the RAM stick. Generally, older RAM sticks contain more gold than newer ones, as newer RAM sticks are typically manufactured using more cost-effective materials.

A typical desktop computer RAM stick contains only a very small amount of gold, usually in the form of small traces on the connectors and other electronic components. The gold content in a single RAM stick can vary from approximately 10 milligrams to a few hundred milligrams, depending on the type and age of the stick. This amount of gold is worth only a few cents to a few dollars based on the current market price of gold.

While the amount of gold in a single RAM stick may not be significant, recycling RAM sticks and other electronic devices can help recover valuable metals, reduce e-waste, and conserve natural resources. Additionally, properly recycling electronic waste can prevent environmental damage from hazardous materials and contribute to a more sustainable future.

What is the most valuable part in a phone?

The most valuable part of a phone depends on the specific phone model and components. However, in general, the most valuable parts of a phone are the integrated circuits (ICs), which are small electronic components that perform specific functions in the phone's hardware.

ICs can be found in various parts of a phone, including the processor, memory chips, and communication chips. These ICs are made from various metals and other materials, such as gold, copper, silver, and tantalum, which are all valuable metals. In particular, the gold found in ICs is highly prized due to its high conductivity, resistance to corrosion, and malleability.

Other valuable components in a phone include the display screen, camera modules, and battery. These components also contain valuable metals and materials such as rare earth elements, aluminum, and lithium.

Overall, while all of these components are valuable, the specific value of each component can vary depending on the current market price of the metals and materials used in their production. Additionally, it's important to properly dispose of any electronic waste and recycle it through a reputable e-waste recycling program to recover and reuse these valuable components.

What parts of a cell phone are gold?

Several parts of a cell phone contain small amounts of gold. These include:

Circuit boards: The circuit boards inside a cell phone contain small amounts of gold in the form of thin plating on the connectors and other electronic components.

Connectors: The connectors that allow different parts of the phone to communicate with each other often have a small amount of gold plating to ensure good conductivity and prevent corrosion.

CPUs and ICs: The central processing unit (CPU) and other integrated circuits (ICs) in a cell phone contain small amounts of gold in their wiring and bonding wires.

Batteries: Some cell phone batteries contain small amounts of gold, particularly older models that used gold plating on their contacts.

Camera modules: The camera modules in some cell phones contain gold in their wiring and connectors.

Speakers: Some cell phone speakers contain small amounts of gold in their wiring and other components.

It's important to note that while these parts contain small amounts of gold, the actual amount of gold in a cell phone is relatively small and may not be worth extracting for its value alone. However, recycling these components can help recover valuable metals and reduce e-waste, which is important for environmental sustainability.

Is there gold in old TVs?

Yes, old TVs and other electronic devices can contain small amounts of gold, particularly in their circuit boards and connectors. The amount of gold in an old TV can vary depending on the specific model and age of the device.

Older TVs, particularly those manufactured before the 1980s, may contain more gold than newer models. This is because older TVs often used more gold in their circuit boards and connectors due to the availability of the metal at the time.

In addition to gold, old TVs and other electronic devices can also contain other valuable metals such as silver, copper, and palladium. While the amount of these metals in a single TV may be relatively small, recycling old electronics can help recover these valuable metals and reduce the amount of electronic waste that ends up in landfills.

It's important to note that proper disposal of electronic waste is crucial to prevent environmental damage from hazardous materials and promote sustainability. You can check with your local government or waste management agency to find a reputable e-waste recycling program in your area.

Is it worth scrapping computers for gold?

Whether or not it's worth scrapping computers for gold depends on several factors, including the current market price of gold, the quantity and quality of the computer components, and the cost and effort required to extract the gold.

While computer components such as circuit boards, connectors, and CPUs contain small amounts of gold, the actual amount of gold in a single computer may be relatively small and may not be worth extracting for its value alone.

In addition, extracting gold from computer components can be a complex and potentially hazardous process that requires specialized equipment and expertise. Improper extraction techniques can release hazardous chemicals and pollutants into the environment, posing a risk to human health and the environment.

However, recycling computers and other electronic devices through a reputable e-waste recycling program can help recover valuable metals such as gold, silver, copper, and palladium, as well as prevent hazardous materials from ending up in landfills.

Ultimately, whether or not it's worth scrapping computers for gold depends on the specific situation and factors involved. If you are interested in recycling your old electronics, it's important to research and find a reputable e-waste recycling program that follows safe and environmentally friendly practices.

What computer parts have the most gold in them?

Some computer parts that have the most gold in them include:

CPUs (Central Processing Units): CPUs contain a small amount of gold in the pins and wires inside the chip. High-end CPUs, such as those used in servers and high-performance computers, can contain more gold than consumer-grade CPUs.

RAM (Random Access Memory) modules: RAM modules, also known as memory sticks, contain a small amount of gold in the contacts and connectors.

Circuit boards: Circuit boards, also known as motherboards, contain gold-plated pins and connectors. The amount of gold in a circuit board can vary depending on the specific board and its age.

Connectors: Connectors, such as those used for power and data cables, often have gold plating to improve conductivity and prevent corrosion.

It's important to note that while these parts do contain small amounts of gold, the actual amount of gold in a single component may be relatively small and may not be worth extracting for its value alone. However, recycling these components can help recover valuable metals and reduce e-waste, which is important for environmental sustainability.

What is the easiest way to recover gold from electronics?

It's important to note that recovering gold from electronics can be a complex and potentially hazardous process, and should only be attempted by professionals with the necessary equipment and expertise. Improper extraction techniques can release hazardous chemicals and pollutants into the environment, posing a risk to human health and the environment.

That being said, there are several methods that are commonly used to recover gold from electronics, including:

Chemical extraction: Chemicals such as aqua regia (a mixture of nitric and hydrochloric acids) or cyanide are used to dissolve the gold from the electronic components. This process requires specialized equipment and should only be done in a controlled environment to prevent exposure to hazardous chemicals.

Burning: Burning the electronic components at high temperatures can cause the plastics and other materials to break down, leaving behind the gold. This process is not recommended as it can release toxic fumes and is not very efficient.

Electrolysis: Electrolysis involves using an electric current to separate the gold from the electronic components. This process requires specialized equipment and should only be done in a controlled environment to prevent exposure to hazardous chemicals.

It's important to note that recovering gold from electronics should only be done by professionals with the necessary equipment and expertise to ensure safety and minimize environmental impact. Instead of attempting to recover gold from electronics yourself, consider recycling your old electronics through a reputable e-waste recycling program, which can help recover valuable metals and prevent hazardous materials from ending up in landfills.

What electronics have the most precious metals?

Electronics that have the most precious metals include:

Mobile phones: Mobile phones contain a variety of precious metals, including gold, silver, platinum, palladium, and copper.

Computers: Computers contain many of the same precious metals as mobile phones, including gold, silver, platinum, palladium, and copper.

Televisions: Televisions contain small amounts of precious metals such as gold and copper in their circuit boards and connectors.

Batteries: Batteries, particularly rechargeable batteries used in electronic devices, can contain precious metals such as lithium, cobalt, and nickel.

It's important to note that while these electronics do contain precious metals, the actual amount of precious metals in a single device may be relatively small and may not be worth extracting for their value alone. However, recycling these devices through a reputable e-waste recycling program can help recover valuable metals and reduce e-waste, which is important for environmental sustainability.

How much gold is on a motherboard?

The amount of gold on a motherboard can vary depending on the specific motherboard and its age. However, in general, motherboards contain small amounts of gold in the form of gold-plated pins and connectors. The gold plating is used to improve conductivity and prevent corrosion.

The actual amount of gold on a motherboard can vary widely, but it's estimated that a typical motherboard from a desktop computer may contain around 0.05 to 0.4 grams of gold. However, it's important to note that the actual amount of gold that can be recovered from a single motherboard may be relatively small and may not be worth extracting for its value alone. Instead, recycling the motherboard through a reputable e-waste recycling program can help recover valuable metals and reduce e-waste, which is important for environmental sustainability.

Are there precious metals in old cell phones?

Yes, there are precious metals in old cell phones. In fact, mobile phones contain a variety of precious metals that can be found in their circuit boards, batteries, and other components. These precious metals include gold, silver, platinum, palladium, and copper. The amount of precious metals in a single mobile phone may not be very large, but over time, the accumulation of old cell phones and other electronic devices can add up to significant amounts of valuable materials that can be recovered through recycling. It's important to recycle old cell phones and other electronics through a reputable e-waste recycling program to help recover these valuable materials and prevent hazardous substances from ending up in landfills.

How much palladium is in a cell phone?

The amount of palladium in a cell phone can vary depending on the specific phone model and its age. However, in general, cell phones contain a small amount of palladium in their circuit boards, batteries, and other components.

According to estimates by the US Geological Survey (USGS), a typical mobile phone may contain around 0.015 grams of palladium. While this may not seem like a large amount, over time the accumulation of old cell phones and other electronic devices can add up to significant amounts of valuable materials that can be recovered through recycling.

It's worth noting that the actual amount of palladium in a single cell phone can vary widely depending on factors such as the phone's age, model, and manufacturer. Additionally, the amount of palladium that can be recovered from a single cell phone may be relatively small and may not be worth extracting for its value alone. However, recycling cell phones and other electronics through a reputable e-waste recycling program can help recover valuable materials and reduce e-waste, which is important for environmental sustainability.

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Process Turning cheap gold into 99.99% PURE GOLD!

Turning cheap gold into 99.99% pure gold involves a process known as refining, which removes impurities and other metals from the gold to achieve a high level of purity. Here is an overview of the process:

Testing: Finally, the refined gold is tested to ensure that it has achieved a purity level of 99.99%. This is typically done using a spectrometer or other analytical tools.

Overall, turning cheap gold into 99.99% pure gold is a complex and precise process that requires specialized equipment and expertise.

Steps and how to do it: First, Melting scrap gold to melt. And Pour gold slowly, into water. Gold to split into small pieces. for easy and quick chemistry for the next step

Mixing the aqua regia: The next step is to mix the aqua regia. This is typically done by adding hydrochloric acid to a container, followed by the addition of nitric acid.

Aqua regia is a mixture of hydrochloric acid and nitric acid at a ratio of either 3 to1 or 4 to 1. It is a reddish-orange or yellowish-orange fuming liquid.

Aqua regia is a highly corrosive mixture of nitric acid and hydrochloric acid that is commonly used in gold refining to dissolve and remove impurities from gold. Here is an overview of the aqua regia gold refining process:

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Fill Aqua regia acid in gold.  Boil with 70-90  Celsius Gold until melted.

 Filter gold water as clean as possible. Gold is a high percentage if it is much clean.

Sodium metabisulfite is a reducing agent commonly used in gold refining to precipitate gold from an aqua regia solution. Here is an overview of the process of precipitating gold with sodium metabisulfite:

Add the sodium metabisulfite: Once the gold has been dissolved in the aqua regia solution, a reducing agent such as sodium metabisulfite is added. The sodium metabisulfite will react with the gold ions in the solution, causing the gold to precipitate out in the form of brown powder or flakes.

Filter the solution: The next step is to filter the solution to separate the gold powder from the remaining solution. This is typically done using a filter paper or other filtration method.

Wash the gold: The gold powder is then washed several times with water to remove any remaining impurities or acid.

Dry the gold: Once the gold has been washed, it is dried using heat or air, and then melted into a bar or other shape.

The resulting gold will be highly pure, with a purity level of up to 99.99%. It's important to note that this process should only be attempted by experienced professionals with proper training and equipment, as it involves working with dangerous chemicals and requires careful handling and protective equipment.

The purity of gold is measured in karats (or carats). The karat (kt) measurement indicates the proportion of gold in an alloy relative to other metals.

24 karat gold is considered to be pure gold, which means it is 99.9% gold and 0.1% other metals. However, because pure gold is soft and malleable, it is often alloyed with other metals such as copper, silver, or zinc to increase its strength and durability.

The most common karat measurements used for jewelry are 10kt, 14kt, 18kt, and 22kt. 10 karat gold contains 41.7% gold and 58.3% other metals, while 14 karat gold contains 58.5% gold and 41.5% other metals. 18 karat gold contains 75% gold and 25% other metals, and 22 karat gold contains 91.7% gold and 8.3% other metals.

It's important to note that the karat measurement does not necessarily indicate the quality or value of the gold. Other factors, such as the weight and the design of the jewelry, can also impact its value.

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A gold nugget is a naturally occurring piece of native gold. Watercourses often concentrate nuggets and finer gold in placers. Nuggets are recovered by placer mining, but they are also found in residual deposits where the gold-bearing veins or lodes are weathered. Nuggets are also found in the tailings piles of previous mining operations, especially those left by gold mining dredges.

A gold nugget is a naturally occurring piece of gold found in the earth. It is typically small and irregularly shaped, and can range in size from tiny flakes to large chunks. Gold nuggets are formed by a variety of geological processes, including erosion, weathering, and hydrothermal activity. They are often found in streams or in areas where gold-bearing veins have been exposed at the surface.

Gold nuggets have been highly prized throughout human history for their beauty and value, and have been used in jewelry and other decorative objects. Today, they are also sought after by collectors and investors, as they can be a valuable and rare addition to a collection or investment portfolio.

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 gold price chart online websites where you can find gold price charts online. Here are a popular.





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The trend of gold prices can be influenced by many factors, including economic and political developments, changes in interest rates, inflation, and demand from investors and consumers. However, here's a general overview of the trend of gold prices over the past few years:

From 2011 to 2015, the price of gold generally trended downwards, with occasional spikes and drops. This was due to a number of factors, including a strengthening US dollar, decreasing demand from major buyers such as China and India, and a general shift towards riskier assets like stocks.

From 2016 to 2020, the price of gold generally trended upwards, with occasional dips. This was due to a number of factors, including increasing geopolitical tensions, a weaker US dollar, low interest rates, and uncertainty around global economic growth.

In 2020, the price of gold hit a new all-time high due to the COVID-19 pandemic, which caused widespread economic disruption and led many investors to seek out safe-haven assets like gold.

In 2021, the price of gold has experienced some volatility and has trended downwards overall due to a number of factors, including a strengthening US dollar, rising interest rates, and an increasing shift towards riskier assets like stocks as the global economy recovers from the pandemic.

It's worth noting that gold prices can be highly unpredictable and can be affected by a wide range of factors, so it's important to keep up to date with the latest news and trends in the gold market if you are planning to invest in gold.

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 The use of gold in computer processors is not as common as other materials such as silicon and aluminum. However, some processors may have gold-plated components or connectors for a few reasons:

Conductivity: Gold is an excellent conductor of electricity and is used to ensure proper electrical connections between components.

Gold wire is widely used in the electronics industry for a variety of applications, including wire bonding, circuit board assembly, and contacts for switches and connectors.

Wire bonding is the most common use of gold wire in electronics manufacturing. Gold wire is used to connect the microchip inside a semiconductor package to the leads on the package's exterior. The wire is thin enough to make small connections and strong enough to withstand vibration and temperature changes.

In addition to wire bonding, gold is also used in electronics for its high electrical conductivity and resistance to corrosion. Gold is an excellent conductor of electricity, which makes it an ideal material for contacts and connectors that must carry electrical signals. Gold contacts also have good resistance to corrosion, ensuring that they maintain their conductivity over time.

Gold is used in some CPU processors as a material for bonding wires and as a plating material. Bonding wires are used to connect the die (the integrated circuit) to the package that houses the chip, and gold is a good conductor that is also highly resistant to corrosion and oxidation, making it a good choice for this application. Gold plating is also used in some cases as a coating for pins and connectors, as it is highly conductive and does not corrode easily.

It's worth noting that while gold is a good material for these purposes, the amount of gold used in a single processor is relatively small. Most of the materials used in a processor are actually silicon and various metals like copper and aluminum, which are much more abundant and affordable.

Gold is also commonly used in printed circuit board (PCB) assembly. Gold-plated components and connectors are used to ensure reliable and high-quality electrical connections. Gold plating also helps to prevent oxidation and corrosion, which can degrade the performance of the PCB.

Another important use of gold wire in electronics is for ball bonding. In this process, a gold ball is first created and then bonded to the surface of a semiconductor device or a lead frame. The ball is then bonded to a second surface using the gold wire, forming an electrical connection.

Overall, gold wire and gold-plated components play an important role in the electronics industry due to their high conductivity, corrosion resistance, and reliability.

However, the amount of gold used in a processor is typically small and has a minimal impact on the cost or performance of the processor. The primary materials used in computer processors are silicon and aluminum, which provide the necessary performance and functionality for modern computing.

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24k gold in processor #shorts #gold

Turn waste into treasure The real version of "Alchemy"! The use of gold in computer processors is not as common as other materials such as silicon and aluminum. However, some processors may have gold-plated components or connectors for a few reasons: Conductivity: Gold is an excellent conductor of electricity and is used to ensure proper electrical connections between components.

However, the amount of gold used in a processor is typically small and has a minimal impact on the cost or performance of the processor. The primary materials used in computer processors are silicon and aluminum, which provide the necessary performance and functionality for modern computing.

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 How to recycle gold in sim card with Toilet Bowl Cleaner (must contain hydrochloric acid)

Unbelievable Secrets of Gold recycle  from SIM Cards

Are you struggling to get your gold out of your old mobile phone SIM cards? Watch this video and learn how to recycle  gold from mobile phone sim cards using a Toilet Bowl Cleaner!

In this video, we're going to show you how to recycle  gold from a mobile phone SIM card using toilet cleaner. This is an easy and affordable way to get a little bit of gold out of your old mobile phone SIM card!

1. First, collect as many of your SIM cards as possible. and separate the plastic part from the SIM card

2. use Toilet Bowl Cleaner (must contain hydrochloric acid). If you have lab grade hydrochloric acid, by all means use it. Can be found at Home Depot, most home improvement stores and plumbing supply stores. HAZARDOUS; do not ingest or get in eyes and mucous membranes.

The ratio requires Toilet Bowl Cleaner about 3 times the amount of mobile phone sim card because there is not much hydrochloric acid in the mixture of 15% of the toilet cleaner.

At this point, all you have to do is wait for the gold foil to come off. Your SIM card When you see the gold foil floating around, wait another day to make sure the gold foil is completely removed from the SIM card.

This process takes 5-10 days.

Due to the small amount of gold in each sim card, it's not economically feasible to recover the gold from a single sim card or a small number of sim card. To make the process economically viable, large quantities of sim card would need to be processed, which would also require specialized equipment and expertise.

It's important to note that gold is often seen as a hedge against uncertainty and can be a safe haven asset during times of market turbulence or economic uncertainty. This can result in increased demand for gold, and therefore higher prices.

The gold in a SIM card refers to the small amount of gold that is used to make the connectors on the SIM card. The connectors on the SIM card are what allow it to make contact with the SIM card slot in your phone and establish a connection to the network. The gold is a highly conductive metal, which helps to ensure reliable connections. It is used in small quantities and is not a significant source of value. The main component of a SIM card is a microcontroller that stores information such as your phone number and network authentication data.

In recent years, gold prices have trended higher due to a combination of low interest rates, increased demand from central banks and investors, and ongoing uncertainty related to geopolitical events and economic conditions.

It's difficult to predict the exact trend of gold prices, as they can be influenced by a wide range of factors. However, many analysts believe that the long-term outlook for gold remains positive, given the ongoing uncertainty in the global economic and political landscape.

Furthermore, the amount of gold in a sim card is extremely small and not worth the risk of exposing yourself to a hazardous chemical. Additionally, the process of extracting gold from a sim card using Toilet Bowl Cleaner could damage the sim card, rendering it unusable.

If you're interested in extracting gold, I would recommend finding a safer and more reliable method, such as using a gold refining kit or selling your old electronic devices to a recycling center that specializes in processing electronic waste.

In this step you will need to separate the plastic from the The gold foil fell off the mobile phone sim card by the plastic grid. then separate Remove the gold foil from the Toilet Bowl Cleaner  with a cloth filter or coffee filter.

After this chemical process You will get low purity gold scraps. Because the gold used for plating may not use all 99% gold.

You will receive a small piece of gold scraps.

You may collect large amounts of these gold and sell them, or Gold Refinery to make it more pure, sell, transform into jewelry. Or may collect gold, it's up to you.

 You are very rich now!!! Thank you very much for taking the time to watch this video clip. Enjoy!!!!

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 Unbelievable Secrets of Gold Recovery from SIM Cards!

Unbelievably Easy Ways to Make Money From Old Cell Phones!

Are you struggling to get your gold out of your old mobile phone SIM cards? Watch this video and learn how to extract gold from mobile phone sim cards using a toilet cleaner!

In this video, we're going to show you how to extract gold from a mobile phone SIM card using toilet cleaner. This is an easy and affordable way to get a little bit of gold out of your old mobile phone SIM card!

1. First, collect as many of your SIM cards as possible. and separate the plastic part from the SIM card

2. use toilet cleaner (must contain hydrochloric acid). If you have lab grade hydrochloric acid, by all means use it. Can be found at Home Depot, most home improvement stores and plumbing supply stores. HAZARDOUS; do not ingest or get in eyes and mucous membranes.

3. Put the toilet cleaner into the beaker, then insert the SIM card.

The ratio requires toilet cleaner about 3 times the amount of mobile phone sim card because there is not much hydrochloric acid in the mixture of 15% of the toilet cleaner.

At this point, all you have to do is wait for the gold foil to come off. Your SIM card When you see the gold foil floating around, wait another day to make sure the gold foil is completely removed from the SIM card.

This process takes 5-10 days.

Due to the small amount of gold in each mobile phone sim card, it's not economically feasible to recover the gold from a single sim card or a small number of sim card. To make the process economically viable, large quantities of sim card would need to be processed, which would also require specialized equipment and expertise.

Furthermore, the amount of gold in a sim card is extremely small and not worth the risk of exposing yourself to a hazardous chemical. Additionally, the process of extracting gold from a sim card using toilet cleaner could damage the sim card, rendering it unusable.

If you're interested in extracting gold, I would recommend finding a safer and more reliable method, such as using a gold refining kit or selling your old electronic devices to a recycling center that specializes in processing electronic waste.

In this step you will need to separate the plastic from the The gold foil fell off the mobile phone sim card by the plastic grid. then separate Remove the gold foil from the toilet cleaner with a cloth filter or coffee filter.

oday I used 1000 mobile phone sim cards bought from ebay for 120 dollars including shipping. in making this video clip

After this chemical process You will get low purity gold scraps. Because the gold used for plating may not use all 99% gold.

We need to refine the low percentage of gold. To achieve greater than 99 percent purity can be achieved using Aqua Regia Gold Refining

Aqua regia is a mixture of hydrochloric acid and nitric acid at a ratio of either 3 to1 or 4 to 1. It is a reddish-orange or yellowish-orange fuming liquid.

Using Sodium Metabisulfite, I managed to get the gold settle as sediment at the bottom of the Aqua regia solution. 

  I slowly poured the Sodium Metabisulfite in until reaching saturation level, or until the Sodium Metabisulfite stopped dissolving. At this point the brown sediment of gold could be seen.

Then clean the obtained gold sediment mud. Dry the gold sediment mud and melt it. You will receive a small piece of gold. You are very rich now!!! Thank you very much for taking the time to watch this video clip. Enjoy!!!!

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@MakeGold Gold is often used in electronics equipment due to its properties of being a good conductor of electricity, resistance to corrosion, and its ability to be easily soldered. It is commonly used in connectors, switches, and in printed circuit boards cpu processor IC chips. The gold in electronics equipment can be recycled and recovered for reuse.

Due to the small amount of gold in each, it's not economically feasible to recover the gold from a single or a small number of part. To make the process economically viable, large quantities of would need to be processed, which would also require specialized equipment and expertise.

Recycling electronic waste, also known as e-waste, is one of the methods to extract gold from electronics. Here are the basic steps involved in the process:

It's important to note that extracting gold from e-waste should only be done by professional and certified e-waste recyclers to ensure safety and compliance with environmental regulations.

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 How to Recover Gold from computer IC Chips - The Fastest & Simplest Way!

In this video, you'll learn how to Recover Gold from computer IC Chips using the fastest and simplest way!

If you've got unwanted gold on your computer IC chips, then this video is for you! You'll learn how to Recover Gold from computer IC Chips in just a few easy steps, and it'll be the fastest and simplest way to get rid of gold that you've ever tried. Don't miss out – watch this video today!

Today we will focus on gold only on ic chips. I think this part has the most gold in the computer.

Start by using a hot air gun to separate the ic chips from the computer motherboard and the old graphics card.

It's important to note that this process can be dangerous, as heat and toxic air from electronic circuit boards when heated and can cause serious injury if they come into contact with skin or eyes. Therefore, it's important to take proper safety precautions, such as wearing gloves and goggles, when working.

We will separate ic chips into two parts, a green circuit board that is separated from the IC chip. and the black compound part of the IC chip Inside there are many small gold wires. We will use this piece to extract gold.

The procedure is not complicated. Bring the parts to boil with 98% sulfuric acid, temperature 90 degrees Celsius. 

It takes about 30 to 60 minutes depending on the size of the ic chips.

How much gold is in IC chips?

The amount of gold present in computer IC chips is very small, typically measured in millionths of an ounce. On average, a typical computer chip contains only about 40-800 parts per million (ppm) of gold, which equates to approximately 0.004-0.08 grams of gold per chip.

In my experience, 1kg of BGA type ic chips can yield about 7 to 12 grams of gold depending on the size of the IC chip.

The black compound is completely dissolved by sulfuric acid, leaving a die chip with large amounts of gold wire attached and possibly fiber strands.

Use water to clean the gold wire. Be careful of the chemical reaction of sulfuric acid and water. Wear protective equipment.

 Separating the fibers, then collecting the gold wire into a lump. Melt these gold wires and you will get 99.99% pure gold.

You may need some time to collect the gold wire and isolate the unwanted parts. But it is considered the first step towards success.

To smelt gold, I used a blowtorch gas torch butane with a small amount of powder first. for better smelting

this time extracting gold from old computer IC chips may not be much but when compared to the weight of raw materials I think it's very good, and if we sell larger processes, more materials. There is an opportunity for us to make money and profit from this work. I hope my video will be useful for everyone. But don't forget about safety in working with chemicals should be the first thing to consider. Thank you very much for watching the video.

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