Gold ₹14,922.60/g ▲ +0.00% Silver ₹226.02/g ▲ +0.00% Platinum ₹5,271.32/g ▲ +0.89% Palladium ₹3,624.95/g ▲ +0.70% Rhodium ₹25,404.53/g ▲ +0.22% Copper ₹1,272.59/kg ▲ +1.24% Aluminium ₹271.94/kg ▼ -0.20% Cobalt ₹3,436.35/kg ▲ +0.22% Gallium ₹22,783.48/kg ▲ +0.22% Indium ₹68,743.27/kg ▲ +0.22% Iron Ore ₹8.02/kg ▼ -0.59% Lead ₹162.46/kg ▼ -0.20% Lithium ₹1,607.94/kg ▲ +0.22% Molybdenum ₹8,124.80/kg ▲ +0.22% Nickel ₹1,359.59/kg ▼ -0.27% Neodymium ₹12,406.51/kg ▲ +0.22% Tin ₹4,771.16/kg ▲ +0.24% Tellurium ₹10,455.52/kg ▲ +0.22% Uranium ₹17,323.43/kg ▲ +0.25% Zinc ₹324.57/kg ▲ +0.18% Crude Oil (Brent) ₹9,873.16/bbl ▲ +2.04% Crude Oil (WTI) ₹8,788.78/bbl ▲ +1.27% Gasoline ₹319.01/gal ▲ +1.52% Natural Gas ₹292.65/MMBtu ▲ +1.41%
Industry

Mining

The industry that extracts metals and minerals from the earth; integrated producers like Hindustan Zinc derive earnings from multiple co-produced metals, so their profitability depends on the combined price trend across all of them, not just the metal in the company name.

Covered in 166 MetalsCost.com News Intelligence articles, most recently on September 26, 2026.

Scope Extraction of metals, minerals, coal and industrial materials
Common Methods Open-pit, underground, placer/alluvial
Major Segments Base metals, precious metals, iron ore & coal, industrial minerals
Capital Profile High upfront capital cost, long project lead times
Typical Lead Time Years to decades from discovery to production

Overview

Mining is the industry that extracts raw metals, minerals and coal from the earth, forming the very first link in the supply chain for every product on this site — no metal price exists without a mine somewhere producing the underlying material. Individual mining operations range enormously in scale, from vast open-pit iron ore or copper mines processing hundreds of thousands of tonnes of rock a day down to smaller underground operations targeting narrow, high-grade veins of gold or silver.

What unites the industry despite that variety is its position at the start of every metal's journey: a mine produces ore, which then moves through processing, smelting or refining, before finally reaching manufacturers as usable metal. Disruptions at the mining stage — weather, labour action, regulatory delay, equipment failure — tend to echo forward through every later stage of the supply chain, which is why mine-level news so often moves metal prices even before any shortage is actually felt by end users.

Extraction Methods

Open-pit mining, used for ores close to the surface, removes overlying rock in progressively larger benches to expose ore that's then hauled out by truck — the method behind most large-scale iron ore, copper and coal operations because it allows for high-volume, relatively low-cost extraction. Underground mining, by contrast, is reserved for deeper or narrower deposits where stripping away surface rock wouldn't be economical, and it typically costs more per tonne extracted but can access higher-grade material inaccessible to open-pit methods. Placer or alluvial mining, used mainly for gold and some gemstones, recovers metal that has already eroded out of its original rock and settled in riverbeds or sediment, requiring far less blasting and crushing than hard-rock methods.

Economics and Market Role

Mining projects are unusually capital-intensive and slow to develop — it routinely takes a decade or more from an initial mineral discovery to a mine actually producing at scale, once exploration, permitting, financing and construction are all accounted for. That long lead time is a big part of why metal supply often responds sluggishly to even sustained price increases: miners can't simply switch on new production the way a factory can add a shift, so a genuine supply response to high prices can take years to materialise, while demand-side price swings happen in days. It's also why announcements like final investment decisions, mine restarts or new mineral discoveries — even years before first production — routinely move how traders price a metal's medium-term supply outlook.

Key Metals & Materials Used

Mining supplies essentially every metal tracked on this site, but the economics differ enormously between them. Precious metals like gold and silver are mined at ore grades measured in grams per tonne, meaning a mine can be economically viable while extracting only a tiny fraction of a percent of actual metal from the rock it processes, gold mining in particular tolerates far lower ore grades than base-metal mining because the metal's value per gram is so high. Base metals such as copper, zinc, nickel and iron ore are mined at far higher grades, typically a percent or more, reflecting their much lower per-tonne value and the correspondingly larger volumes that need to move through a mine to be profitable. Many mines also produce more than one metal at once, a copper mine's ore commonly carries recoverable gold, silver or molybdenum alongside the primary copper, which materially affects a mine's overall economics beyond its headline metal.

Byproducts & Waste Streams

The overwhelming majority of material a mine moves isn't ore at all, it's waste rock that has to be stripped away to reach the ore body, and even the ore itself typically yields only a small fraction of its mass as usable metal once processed, with the rest discarded as tailings, a slurry of ground rock and processing chemicals stored in large engineered impoundments. Tailings management is one of the industry's most consequential environmental responsibilities, since a poorly maintained tailings dam failure can release enormous volumes of waste material downstream. Many mines also recover valuable byproduct metals from the same ore stream as their primary target, silver and molybdenum from copper ore, for instance, turning what would otherwise be waste into an additional revenue source. Acid mine drainage, caused by sulfide minerals in waste rock reacting with air and water, is another major waste-related concern requiring long-term water treatment, sometimes for decades after a mine closes.

Who It Serves

Mining's direct customers are smelters, refiners and processing plants, which buy ore or concentrate and turn it into refined metal, a copper mine typically sells concentrate to a smelter rather than selling finished metal itself, for instance. Beyond that first sale, mining output flows through to virtually every other industry tracked on this site: manufacturers, construction firms, electronics makers and jewellers all ultimately depend on mined metal reaching them through several intermediate processing steps. Commodity traders and exchanges form another key link in the chain, providing the marketplace where mined and refined metal gets priced and bought and sold well before it reaches an actual end user. Investors and governments are less direct but still significant stakeholders, since mining royalties and taxes are a major revenue source for many resource-rich economies.

Role in Everyday Life

Almost nothing in modern life exists without something that started as ore pulled out of the ground, the wiring in a house, the steel in a car, the aluminium in a drink can, the gold in a wedding ring, all trace back to a mine somewhere, often thousands of kilometers from where the finished product is eventually used. Because that starting point is so far removed from the finished goods people actually buy, mining is one of the least visible industries relative to its actual importance, most people can name the phone or car brand they bought far more easily than the mine that supplied the copper or lithium inside it. Mining also shapes the economies and communities built around it directly: mining towns and regions often depend heavily on a single mine or company for employment, tax revenue and local infrastructure, tying their economic fortunes closely to swings in the metal price the mine's output happens to track.

Coverage