Gold Buyer

The Precious Metal
Gold

“We have gold because we cannot trust Governments.”

– President Herbert Hoover

The symbol of kings and the treasure of nations, desired by all but possessed by few, gold has been cherished for all of recorded history. In the 5th century B.C., Aristotle pondered the question of the perfect medium for money.

He concluded that gold is perfect money for 5 reasons:
  • Durability
  • Convenience and portability

  • Divisibility
  • Consistency
  • Demand

Gold is Perfect Money

Durability

Gold won’t rot, break, crumble, decay, corrode or tarnish. Gold is unaffected by air, water, and even most acids.

Convenience and Portability

A lifetime of wealth will fit in your pocket.

Divisibility

Gold can easily be divided into smaller amounts. An ounce of gold can be split 100 or even 1000 times.

Consistency

One ounce of pure gold is exactly the same as any other ounce, enabling worldwide trade and liquidity of gold – unlike unique items of jewelry or artwork.

Durability

Gold has a staggering variety of uses, even more today than in Aristotle’s time. Its unique properties keep the demand high and the relative scarcity of the metal insures continued value.

Gold is Perfect Money

Durability

Gold won’t rot, break, crumble, decay, corrode or tarnish. Gold is unaffected by air, water, and even most acids.

Convenience and Portability

A lifetime of wealth will fit in your pocket.

Divisibility

Gold can easily be divided into smaller amounts. An ounce of gold can be split 100 or even 1000 times.

Consistency

One ounce of pure gold is exactly the same as any other ounce, enabling worldwide trade and liquidity of gold – unlike unique items of jewelry or artwork.

Durability

Gold has a staggering variety of uses, even more today than in Aristotle’s time. Its unique properties keep the demand high and the relative scarcity of the metal insures continued value.

Gold is Perfect Money

Durability

Gold won’t rot, break, crumble, decay, corrode or tarnish. Gold is unaffected by air, water, and even most acids.

Convenience and Portability

A lifetime of wealth will fit in your pocket.

Divisibility

Gold can easily be divided into smaller amounts. An ounce of gold can be split 100 or even 1000 times.

Consistency

One ounce of pure gold is exactly the same as any other ounce, enabling worldwide trade and liquidity of gold – unlike unique items of jewelry or artwork.

Durability

Gold has a staggering variety of uses, even more today than in Aristotle’s time. Its unique properties keep the demand high and the relative scarcity of the metal insures continued value.

Gold Historical Background

Gold has a long and complex history. From gold’s first discovery, it has symbolized wealth and guaranteed power. Gold has caused obsession in men and nations, destroyed some cultures and gave power to others.

Archaeological digs suggest the use of Gold began in the Middle East where the first known civilizations began. The oldest pieces of gold jewelry Egyptian jewelry were found in the tomb of Queen Zer and that of Queen Pu-abi of Ur in Sumeria and are the oldest examples found of any kind of jewelry in a find from the third millennium BC. Over the centuries, most of the Egyptian tombs were raided, but the tomb of Tutankhamen was discovered undisturbed by modern archaeologists. Inside the largest collection of gold and jewelry in the world was found and included a gold coffin whose quality showed the advanced state of Egyptian craftsmanship and goldworking (second millennium BC).

The Persian Empire, in what is now Iran, made frequent use of Gold in artwork as part of the religion of Zoroastrianism. Persian goldwork is most famous for its animal art, which was modified after the Arabs conquered the area in the 7th century AD.

When Rome began to flourish, the city attracted talented Gold artisans who created gold jewelry of wide variety. The use of gold in Rome later expanded into household items and furniture in the homes of the higher classes. By the third century AD, the citizens of Rome wore necklaces that contained coins with the image of the emperor. As Christianity spread through the European continent, Europeans ceased burying their dead with their jewelry. As a result, few gold items survive from the Middle Ages, except those of royalty and from church hordes.

In the Americas, the skill of Pre-Columbian cultures in the use of Gold was highly advanced long before the arrival of the Spanish. Indian goldsmiths had mastered most of the techniques known by their European contemporaries when the Spanish arrived. They were adept at filigree, granulation, pressing and hammering, inlay and lost-wax methods. The Spanish conquerors melted down most of the gold that they took from the peoples of this region and most of the remaining examples have come from modern excavations of grave sites. The greatest deposits of gold from these times were in the Andes and in Columbia.

During the frontier days of the United States news of the discovery of gold in a region could result in thousands of new settlers, many risking their lives to find gold. Gold rushes occurred in many of the Western States, the most famous occuring in California at Sutter’s Mill in 1848. Elsewhere, gold rushes happened in Australia in 1851, South Africa in 1884 and in Canada in 1897.

The rise of a gold standard was meant to stabilize the global economy, dictating that a nation must limit its issued currency to the amount of gold it held in reserve. Great Brittain was the first to adopt the gold standard in 1821, followed, in the 1870s, by the rest of Europe followed. The system remained in effect until the end of the first world war, after which the US was the only country still honoring the Gold Standard. After the war, other countries were allowed to keep reserves of major currencies instead of gold. The arrival of the great depression marked the end of the U.S. export of gold in the 1930s. By mid 20th century, the US dollar had replaced gold in international trade.

The American Eagle Bullion program was launched in 1986 with the sale of gold and silver bullion coins. Platinum was added to the American Eagle Bullion family in 1997. A bullion coin is a coin that is valued by its weight in a specific precious metal.

Gold Historical Background

Gold has a long and complex history. From gold’s first discovery, it has symbolized wealth and guaranteed power. Gold has caused obsession in men and nations, destroyed some cultures and gave power to others.

Archaeological digs suggest the use of Gold began in the Middle East where the first known civilizations began. The oldest pieces of gold jewelry Egyptian jewelry were found in the tomb of Queen Zer and that of Queen Pu-abi of Ur in Sumeria and are the oldest examples found of any kind of jewelry in a find from the third millennium BC. Over the centuries, most of the Egyptian tombs were raided, but the tomb of Tutankhamen was discovered undisturbed by modern archaeologists. Inside the largest collection of gold and jewelry in the world was found and included a gold coffin whose quality showed the advanced state of Egyptian craftsmanship and goldworking (second millennium BC).

The Persian Empire, in what is now Iran, made frequent use of Gold in artwork as part of the religion of Zoroastrianism. Persian goldwork is most famous for its animal art, which was modified after the Arabs conquered the area in the 7th century AD.

When Rome began to flourish, the city attracted talented Gold artisans who created gold jewelry of wide variety. The use of gold in Rome later expanded into household items and furniture in the homes of the higher classes. By the third century AD, the citizens of Rome wore necklaces that contained coins with the image of the emperor. As Christianity spread through the European continent, Europeans ceased burying their dead with their jewelry. As a result, few gold items survive from the Middle Ages, except those of royalty and from church hordes.

In the Americas, the skill of Pre-Columbian cultures in the use of Gold was highly advanced long before the arrival of the Spanish. Indian goldsmiths had mastered most of the techniques known by their European contemporaries when the Spanish arrived. They were adept at filigree, granulation, pressing and hammering, inlay and lost-wax methods. The Spanish conquerors melted down most of the gold that they took from the peoples of this region and most of the remaining examples have come from modern excavations of grave sites. The greatest deposits of gold from these times were in the Andes and in Columbia.

During the frontier days of the United States news of the discovery of gold in a region could result in thousands of new settlers, many risking their lives to find gold. Gold rushes occurred in many of the Western States, the most famous occuring in California at Sutter’s Mill in 1848. Elsewhere, gold rushes happened in Australia in 1851, South Africa in 1884 and in Canada in 1897.

The rise of a gold standard was meant to stabilize the global economy, dictating that a nation must limit its issued currency to the amount of gold it held in reserve. Great Brittain was the first to adopt the gold standard in 1821, followed, in the 1870s, by the rest of Europe followed. The system remained in effect until the end of the first world war, after which the US was the only country still honoring the Gold Standard. After the war, other countries were allowed to keep reserves of major currencies instead of gold. The arrival of the great depression marked the end of the U.S. export of gold in the 1930s. By mid 20th century, the US dollar had replaced gold in international trade.

The American Eagle Bullion program was launched in 1986 with the sale of gold and silver bullion coins. Platinum was added to the American Eagle Bullion family in 1997. A bullion coin is a coin that is valued by its weight in a specific precious metal.

Gold Historical Background

Gold has a long and complex history. From gold’s first discovery, it has symbolized wealth and guaranteed power. Gold has caused obsession in men and nations, destroyed some cultures and gave power to others.

Archaeological digs suggest the use of Gold began in the Middle East where the first known civilizations began. The oldest pieces of gold jewelry Egyptian jewelry were found in the tomb of Queen Zer and that of Queen Pu-abi of Ur in Sumeria and are the oldest examples found of any kind of jewelry in a find from the third millennium BC. Over the centuries, most of the Egyptian tombs were raided, but the tomb of Tutankhamen was discovered undisturbed by modern archaeologists. Inside the largest collection of gold and jewelry in the world was found and included a gold coffin whose quality showed the advanced state of Egyptian craftsmanship and goldworking (second millennium BC).

The Persian Empire, in what is now Iran, made frequent use of Gold in artwork as part of the religion of Zoroastrianism. Persian goldwork is most famous for its animal art, which was modified after the Arabs conquered the area in the 7th century AD.

When Rome began to flourish, the city attracted talented Gold artisans who created gold jewelry of wide variety. The use of gold in Rome later expanded into household items and furniture in the homes of the higher classes. By the third century AD, the citizens of Rome wore necklaces that contained coins with the image of the emperor. As Christianity spread through the European continent, Europeans ceased burying their dead with their jewelry. As a result, few gold items survive from the Middle Ages, except those of royalty and from church hordes.

In the Americas, the skill of Pre-Columbian cultures in the use of Gold was highly advanced long before the arrival of the Spanish. Indian goldsmiths had mastered most of the techniques known by their European contemporaries when the Spanish arrived. They were adept at filigree, granulation, pressing and hammering, inlay and lost-wax methods. The Spanish conquerors melted down most of the gold that they took from the peoples of this region and most of the remaining examples have come from modern excavations of grave sites. The greatest deposits of gold from these times were in the Andes and in Columbia.

During the frontier days of the United States news of the discovery of gold in a region could result in thousands of new settlers, many risking their lives to find gold. Gold rushes occurred in many of the Western States, the most famous occuring in California at Sutter’s Mill in 1848. Elsewhere, gold rushes happened in Australia in 1851, South Africa in 1884 and in Canada in 1897.

The rise of a gold standard was meant to stabilize the global economy, dictating that a nation must limit its issued currency to the amount of gold it held in reserve. Great Brittain was the first to adopt the gold standard in 1821, followed, in the 1870s, by the rest of Europe followed. The system remained in effect until the end of the first world war, after which the US was the only country still honoring the Gold Standard. After the war, other countries were allowed to keep reserves of major currencies instead of gold. The arrival of the great depression marked the end of the U.S. export of gold in the 1930s. By mid 20th century, the US dollar had replaced gold in international trade.

The American Eagle Bullion program was launched in 1986 with the sale of gold and silver bullion coins. Platinum was added to the American Eagle Bullion family in 1997. A bullion coin is a coin that is valued by its weight in a specific precious metal.

The Role of Gold in Modern Society

Gold mining’s value to developing countries

Gold mining is vital to the fragile economies of many impoverished countries, which account for roughly two-thirds of global gold production. In addition to generating export revenue in these countries, gold production provides royalty and tax income to their governments, technology transfer, worker training and the creation of a skilled workforce. Gold mining can also bring substantial improvements in physical, social, legal and financial infrastructure. In many of these countries, gold mining is a foundation industry that often provides the critical mass for the development of electricity, water, road and rail transport in a region, that are the essential foundations of an economy.

Developing countries accounted for 72% of global output in 2004. Most of this came from low-income or lower-middle-income countries that together accounted for two thirds of global output.

The strongest rise in output has been seen in Heavily Indebted Poor Countries (HIPCs), whose gold production rose by 84% between 1994 and 2004. Of the 38 HIPC countries, 14 are significant gold producers with lesser or minor production in at least another 14 countries. There is potential for substantial additional production in several other countries.

The rise in HIPCs’ output has been paralleled by rising export dependence on gold. In 2003, gold accounted for 13% of goods (merchandise) exports of the 14 significant producers and 10% of their exports of goods and services. For HIPCs as a group, gold accounted for nearly 8% of goods exports and over 6% of exports of goods and services. It is one of the most important exports for HIPCs.

Gold is the leading export for Mali (59% of goods exports in 2003), Tanzania (44%), Ghana (32%), Guyana (26%) and the second most important for Guinea (23%). A $10 fall in the gold price would cause a loss of around $75m in HIPCs’ export income.

For the 27 HIPC countries that have reached decision or completion point (those that receive at least some debt relief under the HIPC initiative), gold exports in 2003 amounted to 87% of debt service payments.

Gold is equally important to other low-income countries that are not HIPCs. Among those considered by the World Bank to be severely or moderately indebted, gold is the leading export for Kyrgyzstan (around 45% of total goods exports in 2003) and Papua New Guinea (36%), the second most important export for Mongolia (20%) and Zimbabwe (11%) and one of the two leading exports for Uzbekistan. Among lower-middle-income countries, gold is the leading export for both South Africa (13% of goods exports in 2003) and Peru (17%).

Gold mining companies source supplies locally where possible and employ local labor where possible. Thus, even allowing for some necessary imports and for the remittance of profits and dividends, their impact on a developing country’s balance of payments is strongly positive. Gold mining, and metals mining generally, is essentially free of the distorting subsidies applied by some developed countries to agricultural production.

Export revenue is not the only benefit gold mining brings to a developing country. It provides royalty and tax income to governments, technology transfer, skilled employment and training for local populations, together with further jobs through the multiplier effect. In one or two cases it has provided the foundation for a significant jewelry manufacturing industry.

Gold mining can also bring substantial improvements in physical, social, legal and financial infrastructure. The establishment of a formal mining industry can be the first step in a country’s industrial development. Mining is a foundation industry that often provides the critical mass for the development of electricity, water, road and rail transport in a region. This characteristic of the industry is particularly important in Africa where lack of infrastructure has been identified as one of the major hindrances to economic development.

Gold is often thought of as synonymous with wealth. Yet gold coins, bars and high-carat jewelry play a crucial role as a means of saving and defense against misfortune to many of the poor of the world. Similarly gold mining brings benefits to poorer nations. It will continue to have a role to play in fostering economic development.

Gold’s value to consumers and investors in developing countries

In much of Asia, the Middle East, and the Indian subcontinent, gold is the best possible protection against upheaval, both political and economic. For men and women throughout the developing world, gold is still one of the most liquid and widely accepted forms of exchange, quite simply the most efficient store of value they possess. Around two thirds of the jewelry purchased in the Middle East and Asia is used as a means of saving in addition to its function as an adornment. The use of jewelry as savings is often important in rural areas where access to a reliable and appropriate banking system is difficult or impossible. Gold also offers protection against a weak currency or high domestic inflation levels, which are prevalent and persistent problems in the developing world.

Around two thirds of all jewelry manufacture takes place in the developing world and the proportion is rising. Countries such as Turkey, India, China and Thailand have all seen their exports to developed countries rise in the last few years, generating export earnings and employment. Gold jewelry sales to tourists are also important for Turkey, Egypt and Dubai.

While inflation has essentially been non-existent until recently in most developed countries, in many developing countries, inflation and the attendant currency depreciation have been rampant, causing hardship to millions, if not billions, of people. The US dollar price of gold did not perform well for 20 years from 1980 to 2000, but gold was an excellent investment in terms of for, example, the Indian rupee, the Turkish lire, or the Vietnamese dong. Where men and women do not have easy access to liquid markets in company stock or government bonds, to US dollar bank accounts, or even any bank account at all, gold has proved over and over again to be the most valuable financial asset to own.

For example, in Vietnam, gold plays an important role in the purchase of a home. Buying a home in Vietnam takes time, as is the case in most countries. From the moment a buyer and seller agree on a price to the day the paperwork and sale are completed takes a month or longer. During this time, the value of the Vietnamese currency may have fallen sharply, as the current rate of currency depreciation in that country is very rapid. Accordingly, the buyer will arrange financing with a bank not in terms of the Vietnamese dong, but in gold, which holds its value in terms of purchasing power. This arrangement means the buyer will still have enough to pay the agreed price when the sale is consummated.

Gold’s value to women living in developing countries

In the Middle East and the Indian sub-continent gold plays an important role in the financial security of women. Historically, jewelry was often the only asset a Muslim or Hindu woman could own in practice, and in more traditional families this is still very much the case, especially in rural areas. A woman’s gold can therefore be her only protection against personal misfortune. Hence, the practice of giving an Indian bride gold, which is considered Streedhan, or “property of the woman”.

India is the world’s largest market for gold jewelry, accounting in 2004 for one fifth of the global total.

Roles of Gold

Gold’s Value in Industrial Applications

Medical Applications

Because it is “biocompatible”, gold plays an important role in medical implants. For example, gold-coated “stents” are inserted into clogged arteries to clear the flow of blood. Also, because gold is opaque to x-rays, surgeons are able to place a stent with the utmost precision, which helps ensure optimal effectiveness. Other medical implants that contain gold are pace makers and insulin pumps. Gold is used in these devices because of its high level of reliability in micro electronics.

Gold possesses a high degree of resistance to bacterial colonization, and because of this it is the material of choice for implants that are at risk of infection, such as the inner ear. Gold has a long tradition of use in this application and is considered a very valuable metal in microsurgery of the ear.

Gold is being used increasingly in pharmaceutical applications. Gold is ideal for delivering biologically active materials directly into the target tissues in the human body, without damaging the tissues themselves, or altering the biological activity of the material being delivered. Gold helps doctors to deliver precise doses of powerful drugs to the parts of the body where they are required. This is important in the treatment of a range of diseases, including cancer and HIV, the virus that causes AIDS.

On the molecular level, gold has applications through its organic and chemical compounds used in medical science: for instance, anti-cancer drugs. Or in what doctors have started to describe as a “pharmacy on a chip” – a tiny covering of gold is used to encase micro doses of drugs on an electronic chip that is implanted in the body. When the chip is electronically activated to dissolve the tiny casing of gold, an appropriate dose of drug is released.

In a similar way, gold is the preferred material for a branch of medical research the scientists call “biolistics”, because it is a marriage of biology and ballistics. Strands of DNA are blended with microscopic gold powder and injected into the skin in search of targeted cells, so that the researchers can observe the reaction. In this application, three of gold’s attributes are crucial: first, its non-reactiveness. Second, the fact that it is opaque means it can be precisely located, just as with the stents. And finally, the fact that gold is dense – it has a high ratio of mass or weight to volume – means the compound can achieve the high speed required to penetrate the targeted cell.

Environmental Applications

Recently, it has been discovered that gold nanoparticles, measuring only 25 nanometres across, can split oxygen atoms, thereby facilitating oxidation reactions, which create useful organic products as oxygen atoms and carbon compounds combine. New research published in the top scientific journal Nature has revealed that gold catalysts can clean up an important chemical process that is used every day to produce tons of pharmaceuticals, detergents & food additives.

As a chemical catalyst, gold is playing an important role in new environmental applications, such as pollution control (mercury emissions) and fuel cells. By way of example, the Institute for Green Technology in Tokyo has 30 scientists working on gold catalysts for environmentally sensitive, or “green”, technology applications.

To give you an idea of the importance of catalysis, it has been estimated that about one trillion dollars of the Gross Domestic Product of the United States is derived from processes that use some form of industrial catalysis.

In recent years, catalysts using gold have become a very hot topic of research. There have been breakthroughs in research studies that have shown gold to be an excellent catalyst in a number of important chemical reactions. Some of the potential applications include:

    • Pollution control in diesel-powered vehicles, and in the environment;
    • Clean energy generation, by means of fuel cells;
    • Sensors, for detecting gases in industrial processes;
    • And as catalysts for chemical and petrochemical processes. Gold may lead to new routes for the manufacture of many vital chemicals.

Other Applications

The standard touch-tone telephone would not function without the 33 contacts made from gold it contains. Air bag systems fitted in more than 30 million cars around the world rely on gold-coated electrical contacts. And every time you touch a key on your computer it strikes a gold circuit that relays your command to the computer’s microprocessor.

Gold is one of the most effective conductors of electricity known to man, and its reliability compared with other metals such as palladium or copper is increased by the fact that gold is also an excellent conductor of heat. Gold is also inert and, therefore, does not react when it comes into contact with other substances. In addition, Gold does not corrode or tarnish, so it is much more reliable than other metals in electronic applications.

The Role of Gold in Modern Society

Gold mining’s value to developing countries

Gold mining is vital to the fragile economies of many impoverished countries, which account for roughly two-thirds of global gold production. In addition to generating export revenue in these countries, gold production provides royalty and tax income to their governments, technology transfer, worker training and the creation of a skilled workforce. Gold mining can also bring substantial improvements in physical, social, legal and financial infrastructure. In many of these countries, gold mining is a foundation industry that often provides the critical mass for the development of electricity, water, road and rail transport in a region, that are the essential foundations of an economy.

Developing countries accounted for 72% of global output in 2004. Most of this came from low-income or lower-middle-income countries that together accounted for two thirds of global output.

The strongest rise in output has been seen in Heavily Indebted Poor Countries (HIPCs), whose gold production rose by 84% between 1994 and 2004. Of the 38 HIPC countries, 14 are significant gold producers with lesser or minor production in at least another 14 countries. There is potential for substantial additional production in several other countries.

The rise in HIPCs’ output has been paralleled by rising export dependence on gold. In 2003, gold accounted for 13% of goods (merchandise) exports of the 14 significant producers and 10% of their exports of goods and services. For HIPCs as a group, gold accounted for nearly 8% of goods exports and over 6% of exports of goods and services. It is one of the most important exports for HIPCs.

Gold is the leading export for Mali (59% of goods exports in 2003), Tanzania (44%), Ghana (32%), Guyana (26%) and the second most important for Guinea (23%). A $10 fall in the gold price would cause a loss of around $75m in HIPCs’ export income.

For the 27 HIPC countries that have reached decision or completion point (those that receive at least some debt relief under the HIPC initiative), gold exports in 2003 amounted to 87% of debt service payments.

Gold is equally important to other low-income countries that are not HIPCs. Among those considered by the World Bank to be severely or moderately indebted, gold is the leading export for Kyrgyzstan (around 45% of total goods exports in 2003) and Papua New Guinea (36%), the second most important export for Mongolia (20%) and Zimbabwe (11%) and one of the two leading exports for Uzbekistan. Among lower-middle-income countries, gold is the leading export for both South Africa (13% of goods exports in 2003) and Peru (17%).

Gold mining companies source supplies locally where possible and employ local labor where possible. Thus, even allowing for some necessary imports and for the remittance of profits and dividends, their impact on a developing country’s balance of payments is strongly positive. Gold mining, and metals mining generally, is essentially free of the distorting subsidies applied by some developed countries to agricultural production.

Export revenue is not the only benefit gold mining brings to a developing country. It provides royalty and tax income to governments, technology transfer, skilled employment and training for local populations, together with further jobs through the multiplier effect. In one or two cases it has provided the foundation for a significant jewelry manufacturing industry.

Gold mining can also bring substantial improvements in physical, social, legal and financial infrastructure. The establishment of a formal mining industry can be the first step in a country’s industrial development. Mining is a foundation industry that often provides the critical mass for the development of electricity, water, road and rail transport in a region. This characteristic of the industry is particularly important in Africa where lack of infrastructure has been identified as one of the major hindrances to economic development.

Gold is often thought of as synonymous with wealth. Yet gold coins, bars and high-carat jewelry play a crucial role as a means of saving and defense against misfortune to many of the poor of the world. Similarly gold mining brings benefits to poorer nations. It will continue to have a role to play in fostering economic development.

Gold’s value to consumers and investors in developing countries

In much of Asia, the Middle East, and the Indian subcontinent, gold is the best possible protection against upheaval, both political and economic. For men and women throughout the developing world, gold is still one of the most liquid and widely accepted forms of exchange, quite simply the most efficient store of value they possess. Around two thirds of the jewelry purchased in the Middle East and Asia is used as a means of saving in addition to its function as an adornment. The use of jewelry as savings is often important in rural areas where access to a reliable and appropriate banking system is difficult or impossible. Gold also offers protection against a weak currency or high domestic inflation levels, which are prevalent and persistent problems in the developing world.

Around two thirds of all jewelry manufacture takes place in the developing world and the proportion is rising. Countries such as Turkey, India, China and Thailand have all seen their exports to developed countries rise in the last few years, generating export earnings and employment. Gold jewelry sales to tourists are also important for Turkey, Egypt and Dubai.

While inflation has essentially been non-existent until recently in most developed countries, in many developing countries, inflation and the attendant currency depreciation have been rampant, causing hardship to millions, if not billions, of people. The US dollar price of gold did not perform well for 20 years from 1980 to 2000, but gold was an excellent investment in terms of for, example, the Indian rupee, the Turkish lire, or the Vietnamese dong. Where men and women do not have easy access to liquid markets in company stock or government bonds, to US dollar bank accounts, or even any bank account at all, gold has proved over and over again to be the most valuable financial asset to own.

For example, in Vietnam, gold plays an important role in the purchase of a home. Buying a home in Vietnam takes time, as is the case in most countries. From the moment a buyer and seller agree on a price to the day the paperwork and sale are completed takes a month or longer. During this time, the value of the Vietnamese currency may have fallen sharply, as the current rate of currency depreciation in that country is very rapid. Accordingly, the buyer will arrange financing with a bank not in terms of the Vietnamese dong, but in gold, which holds its value in terms of purchasing power. This arrangement means the buyer will still have enough to pay the agreed price when the sale is consummated.

Gold’s value to women living in developing countries

In the Middle East and the Indian sub-continent gold plays an important role in the financial security of women. Historically, jewelry was often the only asset a Muslim or Hindu woman could own in practice, and in more traditional families this is still very much the case, especially in rural areas. A woman’s gold can therefore be her only protection against personal misfortune. Hence, the practice of giving an Indian bride gold, which is considered Streedhan, or “property of the woman”.

India is the world’s largest market for gold jewelry, accounting in 2004 for one fifth of the global total.

Roles of Gold

Gold’s Value in Industrial Applications

Medical Applications

Because it is “biocompatible”, gold plays an important role in medical implants. For example, gold-coated “stents” are inserted into clogged arteries to clear the flow of blood. Also, because gold is opaque to x-rays, surgeons are able to place a stent with the utmost precision, which helps ensure optimal effectiveness. Other medical implants that contain gold are pace makers and insulin pumps. Gold is used in these devices because of its high level of reliability in micro electronics.

Gold possesses a high degree of resistance to bacterial colonization, and because of this it is the material of choice for implants that are at risk of infection, such as the inner ear. Gold has a long tradition of use in this application and is considered a very valuable metal in microsurgery of the ear.

Gold is being used increasingly in pharmaceutical applications. Gold is ideal for delivering biologically active materials directly into the target tissues in the human body, without damaging the tissues themselves, or altering the biological activity of the material being delivered. Gold helps doctors to deliver precise doses of powerful drugs to the parts of the body where they are required. This is important in the treatment of a range of diseases, including cancer and HIV, the virus that causes AIDS.

On the molecular level, gold has applications through its organic and chemical compounds used in medical science: for instance, anti-cancer drugs. Or in what doctors have started to describe as a “pharmacy on a chip” – a tiny covering of gold is used to encase micro doses of drugs on an electronic chip that is implanted in the body. When the chip is electronically activated to dissolve the tiny casing of gold, an appropriate dose of drug is released.

In a similar way, gold is the preferred material for a branch of medical research the scientists call “biolistics”, because it is a marriage of biology and ballistics. Strands of DNA are blended with microscopic gold powder and injected into the skin in search of targeted cells, so that the researchers can observe the reaction. In this application, three of gold’s attributes are crucial: first, its non-reactiveness. Second, the fact that it is opaque means it can be precisely located, just as with the stents. And finally, the fact that gold is dense – it has a high ratio of mass or weight to volume – means the compound can achieve the high speed required to penetrate the targeted cell.

Environmental Applications

Recently, it has been discovered that gold nanoparticles, measuring only 25 nanometres across, can split oxygen atoms, thereby facilitating oxidation reactions, which create useful organic products as oxygen atoms and carbon compounds combine. New research published in the top scientific journal Nature has revealed that gold catalysts can clean up an important chemical process that is used every day to produce tons of pharmaceuticals, detergents & food additives.

As a chemical catalyst, gold is playing an important role in new environmental applications, such as pollution control (mercury emissions) and fuel cells. By way of example, the Institute for Green Technology in Tokyo has 30 scientists working on gold catalysts for environmentally sensitive, or “green”, technology applications.

To give you an idea of the importance of catalysis, it has been estimated that about one trillion dollars of the Gross Domestic Product of the United States is derived from processes that use some form of industrial catalysis.

In recent years, catalysts using gold have become a very hot topic of research. There have been breakthroughs in research studies that have shown gold to be an excellent catalyst in a number of important chemical reactions. Some of the potential applications include:

    • Pollution control in diesel-powered vehicles, and in the environment;
    • Clean energy generation, by means of fuel cells;
    • Sensors, for detecting gases in industrial processes;
    • And as catalysts for chemical and petrochemical processes. Gold may lead to new routes for the manufacture of many vital chemicals.

Other Applications

The standard touch-tone telephone would not function without the 33 contacts made from gold it contains. Air bag systems fitted in more than 30 million cars around the world rely on gold-coated electrical contacts. And every time you touch a key on your computer it strikes a gold circuit that relays your command to the computer’s microprocessor.

Gold is one of the most effective conductors of electricity known to man, and its reliability compared with other metals such as palladium or copper is increased by the fact that gold is also an excellent conductor of heat. Gold is also inert and, therefore, does not react when it comes into contact with other substances. In addition, Gold does not corrode or tarnish, so it is much more reliable than other metals in electronic applications.

The Role of Gold in Modern Society

Gold mining’s value to developing countries

Gold mining is vital to the fragile economies of many impoverished countries, which account for roughly two-thirds of global gold production. In addition to generating export revenue in these countries, gold production provides royalty and tax income to their governments, technology transfer, worker training and the creation of a skilled workforce. Gold mining can also bring substantial improvements in physical, social, legal and financial infrastructure. In many of these countries, gold mining is a foundation industry that often provides the critical mass for the development of electricity, water, road and rail transport in a region, that are the essential foundations of an economy.

Developing countries accounted for 72% of global output in 2004. Most of this came from low-income or lower-middle-income countries that together accounted for two thirds of global output.

The strongest rise in output has been seen in Heavily Indebted Poor Countries (HIPCs), whose gold production rose by 84% between 1994 and 2004. Of the 38 HIPC countries, 14 are significant gold producers with lesser or minor production in at least another 14 countries. There is potential for substantial additional production in several other countries.

The rise in HIPCs’ output has been paralleled by rising export dependence on gold. In 2003, gold accounted for 13% of goods (merchandise) exports of the 14 significant producers and 10% of their exports of goods and services. For HIPCs as a group, gold accounted for nearly 8% of goods exports and over 6% of exports of goods and services. It is one of the most important exports for HIPCs.

Gold is the leading export for Mali (59% of goods exports in 2003), Tanzania (44%), Ghana (32%), Guyana (26%) and the second most important for Guinea (23%). A $10 fall in the gold price would cause a loss of around $75m in HIPCs’ export income.

For the 27 HIPC countries that have reached decision or completion point (those that receive at least some debt relief under the HIPC initiative), gold exports in 2003 amounted to 87% of debt service payments.

Gold is equally important to other low-income countries that are not HIPCs. Among those considered by the World Bank to be severely or moderately indebted, gold is the leading export for Kyrgyzstan (around 45% of total goods exports in 2003) and Papua New Guinea (36%), the second most important export for Mongolia (20%) and Zimbabwe (11%) and one of the two leading exports for Uzbekistan. Among lower-middle-income countries, gold is the leading export for both South Africa (13% of goods exports in 2003) and Peru (17%).

Gold mining companies source supplies locally where possible and employ local labor where possible. Thus, even allowing for some necessary imports and for the remittance of profits and dividends, their impact on a developing country’s balance of payments is strongly positive. Gold mining, and metals mining generally, is essentially free of the distorting subsidies applied by some developed countries to agricultural production.

Export revenue is not the only benefit gold mining brings to a developing country. It provides royalty and tax income to governments, technology transfer, skilled employment and training for local populations, together with further jobs through the multiplier effect. In one or two cases it has provided the foundation for a significant jewelry manufacturing industry.

Gold mining can also bring substantial improvements in physical, social, legal and financial infrastructure. The establishment of a formal mining industry can be the first step in a country’s industrial development. Mining is a foundation industry that often provides the critical mass for the development of electricity, water, road and rail transport in a region. This characteristic of the industry is particularly important in Africa where lack of infrastructure has been identified as one of the major hindrances to economic development.

Gold is often thought of as synonymous with wealth. Yet gold coins, bars and high-carat jewelry play a crucial role as a means of saving and defense against misfortune to many of the poor of the world. Similarly gold mining brings benefits to poorer nations. It will continue to have a role to play in fostering economic development.

Gold’s value to consumers and investors in developing countries

In much of Asia, the Middle East, and the Indian subcontinent, gold is the best possible protection against upheaval, both political and economic. For men and women throughout the developing world, gold is still one of the most liquid and widely accepted forms of exchange, quite simply the most efficient store of value they possess. Around two thirds of the jewelry purchased in the Middle East and Asia is used as a means of saving in addition to its function as an adornment. The use of jewelry as savings is often important in rural areas where access to a reliable and appropriate banking system is difficult or impossible. Gold also offers protection against a weak currency or high domestic inflation levels, which are prevalent and persistent problems in the developing world.

Around two thirds of all jewelry manufacture takes place in the developing world and the proportion is rising. Countries such as Turkey, India, China and Thailand have all seen their exports to developed countries rise in the last few years, generating export earnings and employment. Gold jewelry sales to tourists are also important for Turkey, Egypt and Dubai.

While inflation has essentially been non-existent until recently in most developed countries, in many developing countries, inflation and the attendant currency depreciation have been rampant, causing hardship to millions, if not billions, of people. The US dollar price of gold did not perform well for 20 years from 1980 to 2000, but gold was an excellent investment in terms of for, example, the Indian rupee, the Turkish lire, or the Vietnamese dong. Where men and women do not have easy access to liquid markets in company stock or government bonds, to US dollar bank accounts, or even any bank account at all, gold has proved over and over again to be the most valuable financial asset to own.

For example, in Vietnam, gold plays an important role in the purchase of a home. Buying a home in Vietnam takes time, as is the case in most countries. From the moment a buyer and seller agree on a price to the day the paperwork and sale are completed takes a month or longer. During this time, the value of the Vietnamese currency may have fallen sharply, as the current rate of currency depreciation in that country is very rapid. Accordingly, the buyer will arrange financing with a bank not in terms of the Vietnamese dong, but in gold, which holds its value in terms of purchasing power. This arrangement means the buyer will still have enough to pay the agreed price when the sale is consummated.

Gold’s value to women living in developing countries

In the Middle East and the Indian sub-continent gold plays an important role in the financial security of women. Historically, jewelry was often the only asset a Muslim or Hindu woman could own in practice, and in more traditional families this is still very much the case, especially in rural areas. A woman’s gold can therefore be her only protection against personal misfortune. Hence, the practice of giving an Indian bride gold, which is considered Streedhan, or “property of the woman”.

India is the world’s largest market for gold jewelry, accounting in 2004 for one fifth of the global total.

Roles of Gold

Gold’s Value in Industrial Applications

Medical Applications

Because it is “biocompatible”, gold plays an important role in medical implants. For example, gold-coated “stents” are inserted into clogged arteries to clear the flow of blood. Also, because gold is opaque to x-rays, surgeons are able to place a stent with the utmost precision, which helps ensure optimal effectiveness. Other medical implants that contain gold are pace makers and insulin pumps. Gold is used in these devices because of its high level of reliability in micro electronics.

Gold possesses a high degree of resistance to bacterial colonization, and because of this it is the material of choice for implants that are at risk of infection, such as the inner ear. Gold has a long tradition of use in this application and is considered a very valuable metal in microsurgery of the ear.

Gold is being used increasingly in pharmaceutical applications. Gold is ideal for delivering biologically active materials directly into the target tissues in the human body, without damaging the tissues themselves, or altering the biological activity of the material being delivered. Gold helps doctors to deliver precise doses of powerful drugs to the parts of the body where they are required. This is important in the treatment of a range of diseases, including cancer and HIV, the virus that causes AIDS.

On the molecular level, gold has applications through its organic and chemical compounds used in medical science: for instance, anti-cancer drugs. Or in what doctors have started to describe as a “pharmacy on a chip” – a tiny covering of gold is used to encase micro doses of drugs on an electronic chip that is implanted in the body. When the chip is electronically activated to dissolve the tiny casing of gold, an appropriate dose of drug is released.

In a similar way, gold is the preferred material for a branch of medical research the scientists call “biolistics”, because it is a marriage of biology and ballistics. Strands of DNA are blended with microscopic gold powder and injected into the skin in search of targeted cells, so that the researchers can observe the reaction. In this application, three of gold’s attributes are crucial: first, its non-reactiveness. Second, the fact that it is opaque means it can be precisely located, just as with the stents. And finally, the fact that gold is dense – it has a high ratio of mass or weight to volume – means the compound can achieve the high speed required to penetrate the targeted cell.

Environmental Applications

Recently, it has been discovered that gold nanoparticles, measuring only 25 nanometres across, can split oxygen atoms, thereby facilitating oxidation reactions, which create useful organic products as oxygen atoms and carbon compounds combine. New research published in the top scientific journal Nature has revealed that gold catalysts can clean up an important chemical process that is used every day to produce tons of pharmaceuticals, detergents & food additives.

As a chemical catalyst, gold is playing an important role in new environmental applications, such as pollution control (mercury emissions) and fuel cells. By way of example, the Institute for Green Technology in Tokyo has 30 scientists working on gold catalysts for environmentally sensitive, or “green”, technology applications.

To give you an idea of the importance of catalysis, it has been estimated that about one trillion dollars of the Gross Domestic Product of the United States is derived from processes that use some form of industrial catalysis.

In recent years, catalysts using gold have become a very hot topic of research. There have been breakthroughs in research studies that have shown gold to be an excellent catalyst in a number of important chemical reactions. Some of the potential applications include:

    • Pollution control in diesel-powered vehicles, and in the environment;
    • Clean energy generation, by means of fuel cells;
    • Sensors, for detecting gases in industrial processes;
    • And as catalysts for chemical and petrochemical processes. Gold may lead to new routes for the manufacture of many vital chemicals.

Other Applications

The standard touch-tone telephone would not function without the 33 contacts made from gold it contains. Air bag systems fitted in more than 30 million cars around the world rely on gold-coated electrical contacts. And every time you touch a key on your computer it strikes a gold circuit that relays your command to the computer’s microprocessor.

Gold is one of the most effective conductors of electricity known to man, and its reliability compared with other metals such as palladium or copper is increased by the fact that gold is also an excellent conductor of heat. Gold is also inert and, therefore, does not react when it comes into contact with other substances. In addition, Gold does not corrode or tarnish, so it is much more reliable than other metals in electronic applications.