Industrial Alchemy: Metals Shaping Tomorrow's Tech

Author

Philip Saparov
July 23, 2024

Salutations, insatiable learner!

Today, we dive into the world of industrial metals – key players in tech and global economies. We'll explore their uses and top producers. Let's get started!

Uranium serves as a critical source of concentrated energy. It's predominantly used in the form of low-enriched uranium (3% to 5% U-235) to fuel commercial nuclear reactors, providing clean, scalable energy. 

Notably, uranium appears in high-enriched forms in naval reactors and even nuclear weapons. So, its geopolitical impact is profound, influencing international relations and energy security worldwide.

Globally, the mining of uranium varies, but in-situ leach (ISL) mining now dominates, contributing to 66% of the total production. This is largely due to advancements in Kazakhstan. 

Other methods include underground and open-pit mining, but their share has declined to 29%. In 2022, Kazakhstan led with an astonishing 21,227 tons of uranium. 

Other top producers include Canada (7,351 tons), Namibia (5,613 tons), and Australia (4,553 tons), which together with Russia, Uzbekistan, and Niger, form the backbone of the uranium supply chain.

Lithium, often dubbed the "white gold" of the battery industry, is indispensable in the age of technology, notably in powering electric vehicles and renewable energy storage systems.

Australia leads global lithium production, churning out an impressive 61,000 tons in 2022. Chile, not far behind, is notable not only for its 39,000 tons of output but also for possessing the largest lithium reserves globally. 

China, Argentina, and Brazil follow, producing 19,000, 6,200, and 2,200 tons, respectively, playing significant roles in the lithium supply chain.

Moreover, smaller producers like Zimbabwe and Portugal contribute to the market with outputs of 800 and 600 tons. 

As demand for sustainable energy solutions rises, these countries are at the forefront of the lithium mining rush driven by lithium's critical application in high-performance lithium-ion batteries.

Rare-earth elements (REEs), crucial to modern technology, are metals found in minor quantities but with major applications in electronics, computing, and clean energy. 

Despite their name, these elements are relatively abundant but seldom in minable concentrations. 

The major producers include China, which dominates global production with 210,000 tons, reflecting its central role in the supply of these strategic metals. 

The United States and Australia follow, producing 43,000 and 18,000 tons respectively. 

Emerging producers like Thailand and Vietnam, with productions of 7,100 and 4,300 tons, underline the geopolitical importance of REEs. 

India and Russia also contribute significantly, with outputs of 2,900 and 2,600 tons.

The global demand for rare-earth elements continues to rise, driven by their indispensable use in high-performance magnets, electronics, and electric vehicle batteries.

Cobalt, a metal prized for its resilience to oxidation and versatility, is primarily mined in the Democratic Republic of Congo, which produced a staggering 111.3 tons in 2022, dominating the cobalt industry.

Significant, though far lesser contributions come from Russia and Australia, producing 8.9 and 5.9 tons respectively. The Philippines and Canada also play important roles, each refining just under 5 tons. 

Even smaller producers like Cuba continue to extract cobalt, crucial for modern technologies including EV battery production.

Despite the decreasing dependency of companies like Tesla on cobalt, the metal remains essential in various industrial applications, such as the production of superalloys for aircraft engines, the manufacturing of cutting tools and drill bits, and the creation of pigments used in ceramics and glass.

Natural gas, a cleaner-burning fossil fuel, is pivotal in the global shift towards sustainable energy. In 2022, the United States led with 978.6 billion cubic meters produced, leveraging extensive reserves across Texas, Oklahoma, and Louisiana. 

Russia, a major player with the world’s largest reserves, produced 618.4 billion cubic meters, significantly contributing to global exports and promoting natural gas vehicles.

Iran, holding the world's second-largest reserves, produced 259.4 billion cubic meters, with vast potential for future expansion. 

Qatar, a key exporter, produced 178.4 billion cubic meters, aiming to increase its liquefied natural gas output by 60% following expansions in the North Field.

Lastly, Canada produced 185 billion cubic meters, effectively utilizing its resources in conjunction with exports to the U.S.

Copper, a key element in the development of human civilization, remains essential due to its superior thermal and electrical conductivity. 

The third-most-used industrial metal globally, copper powers everything from everyday electrical appliances to sophisticated electronics.

In 2021, Chile led global production with a staggering 5,624,900 metric tons. Peru produced 2,299,277 metric tons.

Other major producers include the Democratic Republic of Congo with 1,924,374 metric tons and China with 1,901,000 metric tons, both critical to meeting the high demand in electrical and telecommunication industries. 

The United States also plays a significant role, producing 1,230,000 tons, primarily used in manufacturing electrical wires and various copper alloys.

Nickel, a lustrous, silvery-white metal, is indispensable for creating stainless steel and plays a growing role in battery technology for electric vehicles. 

In 2021, Indonesia led the world in nickel production with a remarkable output of 1,000,000 tons, placing it in the top spot in the global nickel market.

Following Indonesia, the Philippines contributed significantly with 370,000 tons. Russia also played a key role, producing 250,000 tons, thanks to its rich natural resources and established mining industry.

Other notable producers include New Caledonia and Australia, which produced 190,000 and 160,000 tons, respectively. 

The demand for nickel is projected to be in direct proportion to the global demand for electric vehicles due to nickel's importance in lithium-ion batteries.

As we conclude this edition, I hope we've enriched your knowledge of the crucial role industrial metals play in shaping the global tech landscape. 

Look forward to more deep dives into the world of advanced materials as well as other current and vital topics. Until next time, stay curious and at the forefront of innovation.​

Warm regards, 

Shane Fulmer