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Aluminum Fast Facts

Aluminum is infinitely recyclable and nearly 75% of all aluminum ever produced is still in use today.

The fastest-growing automotive material, aluminum makes vehicles safer, more energy efficient and better-performing.

Aluminum is one of the most energy efficient and sustainable building materials, helping builders gain LEED certification.

Modern air and space flight would not be possible without the development of lightweight but high strength aluminum alloys. 

Aluminum is the most widely used material in modern solar panels, accounting for more than 85 percent of most solar photovoltaic components.

Highly versatile aluminum can be thin and bendable like kitchen foil, or rigid and durable enough to use in military armor plate. 

Aluminum is a showcase material in some of the most popular consumer electronics today, from the Apple iPhone to the latest flat-screen TVs.

Aluminum beverage cans contain far more recycled content than glass or plastic and save huge amounts of energy in transportation and refrigeration.

Lightweight aluminum wire and cable allows utilities to run transmission lines with far fewer supporting structures.

The Aluminum Production Process

Aluminum is the most abundant metal in the earth’s crust and is equally abundant in our everyday life—from kitchen foil to beverage cans to airplanes to automobiles. The modern aluminum production process from bauxite mining to refining to production to recycling has changed the way the world operates. Here’s how the process works – from bauxite mining to product recycling and back again.  

Bauxite mining stock photo -- IAI


Bauxite ore is the world’s primary source of aluminum. Bauxite reserves are found in topsoil and are most plentiful in Africa, Oceania and South America. Reserves are projected to last for centuries

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Alumina stock photo IAI

Alumina Refining

Alumina is the common name given to aluminum oxide (Al2O3). Alumina is produced from bauxite via the Bayer process, which is the primary process by which alumina is extracted from bauxite. 

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Primary production stock photo IAI

Primary Production

Primary production is the process by which alumina is smelted to pure aluminum metal. The Hall–Héroult process, simultaneously discovered in 1886 by American Charles Martin Hall and Frenchman Paul Héroult, continues as the main industrial process by which primary aluminum is made

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Processing stock photo IAI


Between the production of aluminum from bauxite to well-known end products lies processing. The processing of aluminum—using castings, extrusions and mill products—allows the industry to support end users to become more innovative with their designs and utilize greater technologies. 

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Audi A8 frame stock photo IAI

Product Markets

Aluminum is all around us, making our everyday lives easier and more efficient. Aluminum sent us to Mars, motors us to greater fuel-and cost-efficient vehicles, increases our buildings’ energy efficiency and facilitates our productivity through our iPads, smartphones and laptops

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Secondary production stock image -- Hydro Kentucky 2021

Secondary Production

Secondary Production is the process of recycling aluminum scrap into aluminum that can be used again—an environmentally sound process. More than 80 percent of U.S. production today is in making recycled (or secondary) aluminum, up from 20-30 percent recycled production in the 1980s. 

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History of Aluminum

Aluminum’s impact over the past 100 years has been so profound that historians may one day look back on our times and declare this “The Age of Aluminum.”

The start was a modest one, however. A pure form of the metal was first successfully extracted from ore in 1825 by Danish chemist Hans-Christian Oersted. The most abundant metal in the earth’s crust, metallic aluminum is never found in its pure form. It is always chemically bound with other elements, such as oxygen or chlorine. Due to the complexities of refining aluminum from ore, aluminum was considered more rare and precious than gold or silver through most of the 19th century.

In fact, Napoleon III loved the stuff so much he would serve his most honored guests on plates made from aluminum.

Aluminum: The choice of presidents

Napoleon III, the first president of the French Republic, served his state dinners on aluminum plates. Rank-and-file guests were served on dishes made with gold or silver.

The Great Depression set the stage

The Works Progress Administration hydroelectric projects started during the Great Depression were key to developing the electrical capacity needed for industrial-class aluminum production in the US.

1933: The Aluminum Association is founded

In 1933, President Franklin Roosevelt signed the National Industrial Recovery Act, asking industries to establish guidelines for fair competition. The Aluminum Association’s first meeting was held in New York City in October 1935.

Aluminum goes to the moon

Human flight was made possible by aluminum. From the Wright brothers through Sputnik, to the Apollo Space Program and beyond, aluminum has been essential for major advances in aerospace technology and accomplishment.

During ancient times, aluminum oxide clays were used in hide tanning, first aid, fabric dying and fireproofing. 

These major milestones occurred during aluminum’s “discovery period”:

  • 1865: Science fiction writer Jules Verne describes an aluminum space rocket in his novel, Journey to the Moon.
  • 1886: Oberlin College student Charles Hall and French engineer Paul Heroult separately and simultaneously develop an efficient electrolysis process by which aluminum can be extracted from aluminum oxide. The large amount of electricity required to power the electrolytic process limited the production of aluminum. Hall received U.S. patent #400,666 in 1889.
  • 1887: Austrian engineer Karl Josef Bayer developed a chemical process by which alumina can be extracted from bauxite, a widespread and naturally occurring aluminum ore. Both the Bayer and Hall-Heroult processes are still used today to produce nearly all the world’s aluminum.

In the early 1900s, U.S. business leaders and industrialists quickly recognized aluminum’s superior properties. Power transmission lines and elevated train electrical wiring were among the first to benefit from the electrical advantages of aluminum. Aluminum found early industrial uses in engines, such as the one built in 1903 by the Wright brothers to power their first biplane. 

Aluminum foil entered the market in 1910 and quickly became popular in providing air tight packaging for food and tobacco products. 

Alloy development, begun in 1911, improved physical properties and opened new industrial fields. The Great Depression resulted in Works Progress Administration (WPA) projects that expanded hydroelectric generation capacity, which in turn increased production capacity of primary aluminum. During this time, the Aluminum Association was formed. The Association’s first meeting was held in New York City in 1935.

With the onset of World War II, aluminum became a key strategic metal. Primary uses of aluminum included the construction of aircraft frames, ship infrastructure, radar chaff and millions of mess kits. America’s supply of bauxite and readily available electricity for primary metal production resulted in soaring output that eventually topped the production levels of all of the Axis countries combined. On the homefront, aluminum recycling got an early start. “Tin foil drives” included an offer of free movie tickets in exchange for aluminum foil balls.

Following WWII, American industry shifted gears toward consumer products manufacturing. 

The early 1950s saw the development of the iconic white-enamel/aluminum-frame washers and dryers. In 1959, Coors Brewing popularized the two-piece aluminum can with a pop-top lid. Equally innovative, a cash payment recycling offer was established for cans returned to the brewery. 

In the 1980s, space shuttles were launched with an aluminum external tank and rocket boosters fueled with aluminum powder. Today, aluminum wiring is the top choice for utility and power transmission networks.

Steve Jobs recognized both the beauty and strength of aluminum, creating a thin, light product line of laptops, iPads and iPhones. What once was one of the most precious metals on earth, this “King of Metals,” is still growing in a number of applications. Aluminum-ion batteries, nanotechnology, advanced alloys for space vehicles—the aluminum industry now ushers the world into the second century of "The Age of Aluminum."

U.S. Aluminum's Economic Impact

The U.S. aluminum industry is a key element of the nation's manufacturing base. Strong, lightweight and recyclable, aluminum is a material uniquely suited to meet the needs and challenges of the 21st century. From increasing vehicle fuel efficiency to green building products to sustainable packaging, aluminum is well positioned in the U.S. and global markets.

For nearly a decade, the Aluminum Association has worked with research firm John Dunham & Associates to produce economic impact impact studies that capture U.S. aluminum jobs, wages, output and other information on an ongoing basis. 

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