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Chilean brine to a battery in a car

Perjalanan kustodi · dimulai di Chile

Chilean brine to a battery in a car

The ore is water. The first year and a half of processing is done by the sun, for free.

Lithium Ponds of Chile's Salar de Atacama (SVS15006) · NASA's Scientific Visualization Studio - SSAI… · Public domain · Wikimedia Commons
1,000,000 litres of raw brine pumped from beneath the salt crust
8 kg of contained lithium — roughly one electric car's worth
Chile → China · Container ship China → Germany Chile — Pumping the ore to the surface 1 Chile China — Across the Pacific in a container 2 China Germany — A car, for maybe fifteen years 3 Germany
Diberi nomor sesuai urutan perjalanan material. Klik suatu negara untuk membuka halamannya. Proyeksi ekuirektangular yang digambar dari sentroid negara — busur menunjukkan perbatasan mana yang dilintasi, bukan rute pelayaran yang sesungguhnya.

Apa yang sebenarnya bergerak

Lithium in a salar is dissolved in brine under the salt crust. It is pumped into ponds and left to evaporate for twelve to twenty-four months until it is concentrated enough to be worth processing. Almost none of the value is added in Chile; the concentrate leaves as a chemical and comes back, eventually, as a car.

Materialnya
Lithium
Varietasnya
Salar brine, roughly 1,500–2,000 mg of lithium per litre
Titik awal
Chile — Salar de Atacama, 2,300 m up in the driest desert on Earth
Mengapa rute ini dan bukan yang lain. Atacama brine has an unusually favourable ratio of magnesium to lithium, which is what makes solar evaporation work here and not in most other salars. The alternative — extracting the lithium directly with an adsorbent — is faster and uses far less water, but has a much shorter commercial track record.
Rantai yang paling sempit. Not the brine. Cathode manufacture, which is overwhelmingly concentrated in one region, and which is where the lithium finally acquires most of its value.
Baca dua angka pada setiap langkah: apa yang masuk, dan apa yang keluar. Mengamati angka-angka itu menyusut adalah inti dari sini. Pada akhirnya Anda akan telah mengikuti seribu ton batuan hingga tersisa beberapa kilogram dari bahan yang sesungguhnya bekerja.

Langkah demi langkah, perbatasan demi perbatasan

01 Ekstraksi 1,000,000litres

Chile · Salar de Atacama dipegang oleh SQM and Albemarle, under CORFO concessions (Penambang)

Pumping the ore to the surface

Brine is pumped from wells 30–200 m below the salt crust. No blasting, no haul trucks, no waste rock — the ore arrives as a liquid.

1,000,000 litresbrine in the aquifer 1,000,000 litresraw brine at the ponds

Mengapa di sini: Closed basin, high altitude, volcanic highlands feeding it, and almost no rainfall. Very few places on Earth combine all four.

Pumping the ore to the surface
SQM Brine pipelines, Salar de Atacama · CC BY-SA 2.0 via Wikimedia Commons
02 Persiapan 25,000litres

Chile · Evaporation ponds dipegang oleh SQM and Albemarle (Penambang)

Eighteen months of sunshine

The brine moves through a cascade of ponds. Sodium, potassium and magnesium salts crystallise out in sequence and are harvested; the lithium stays in solution and concentrates.

1,000,000 litresraw brine at ~1,800 mg/L lithium 25,000 litresconcentrated brine at ~6% lithium

Apa yang terjadi pada sisanya: Around 95% of the water evaporates into the desert air. Potash is harvested as a genuine co-product, not a waste.

Mengapa di sini: This step is free solar energy and eighteen months of patience. It cannot be moved somewhere with less sun and it cannot be hurried.

12–24 months Potash →
Rute yang tidak ditempuh The same element out of hard rock instead Eighteen months of evaporation, or eight weeks of crushing and roasting. Compare them.
Eighteen months of sunshine
Lithium Ponds of Tibet’s Lake Zabuye (S… · Public domain via Wikimedia Commons
03 Pemrosesan 43kg

Chile · Salar del Carmen, near Antofagasta dipegang oleh SQM / Albemarle (Kimia)

Into a chemical

The concentrate is trucked to the coast, purified of boron and magnesium, and reacted with soda ash to precipitate lithium carbonate.

25,000 litresconcentrated brine 43 kgbattery-grade lithium carbonate

Apa yang terjadi pada sisanya: This is the last step performed in Chile. Everything downstream — and most of the value — happens elsewhere.

Mengapa di sini: Near the port and the power, and required by the concession terms.

Truck · ~250 km down from the salar to the coast days Lithium →
Into a chemical
Kwinana Lithium Plant, May 2021 01 · CC BY-SA 4.0 via Wikimedia Commons
04 Transportasi 43kg

China · To Chinese and Korean cathode plants dipegang oleh Traders and cathode makers (Pedagang)

Across the Pacific in a container

Lithium carbonate ships as an ordinary bagged chemical in a standard container. At this point custody leaves the mining industry entirely.

43 kglithium carbonate 43 kgdelivered chemical

Mengapa di sini: Cathode manufacture is where the buyers are. The chemical goes to the factory; the factory does not come to the salar.

Container ship · Antofagasta to Shanghai, about 30 days ~30 days Qinghai & Sichuan Lithium Chemical Cluster →
Across the Pacific in a container
Container ship in Pacific Ocean off the… · CC BY-SA 4.0 via Wikimedia Commons
05 Komponen 8kg

China · Cathode plant dipegang oleh Cathode manufacturer (Produsen)

Becoming a cathode

The carbonate is combined with an iron-phosphate or nickel-manganese-cobalt precursor and calcined into cathode active material — a black powder.

43 kglithium carbonate 8 kgcontained lithium in cathode powder

Apa yang terjadi pada sisanya: Carbonate is only about 19% lithium by weight. The rest of the mass was always carbon and oxygen.

Mengapa di sini: Calcination to a tight particle-size specification is the hardest step to qualify, and the qualified plants are concentrated in a few places.

Becoming a cathode
Cathode Coating Materials.png · CC0 via Wikimedia Commons
06 Produk 8kg

China · Cell plant and vehicle assembly dipegang oleh Battery and vehicle manufacturers (Produsen)

Into a cell, then a pack, then a car

Cathode powder is coated onto aluminium foil, paired with a graphite anode on copper foil, wound or stacked, filled with electrolyte and sealed. The cells become modules, the modules become a pack.

8 kgcontained lithium 8 kgcontained lithium in a finished pack

Mengapa di sini: Cells are heavy and awkward to ship, so cell plants cluster near vehicle assembly.

Into a cell, then a pack, then a car
ChevyVoltFirstBattery06 (4267062397) · Public domain via Wikimedia Commons
07 Pasar akhir 8kg

Germany · Wherever it is sold dipegang oleh The driver (Pengguna akhir)

A car, for maybe fifteen years

Roughly 8 kg of contained lithium, from a million litres of desert brine, now sits under a car floor. At end of life it can be recovered — recycling returns lithium at high rates once the collection system exists.

8 kgcontained lithium 8 kgrecoverable at end of life

Mengapa di sini: The car is sold where the demand is. The lithium has now crossed three continents.

A car, for maybe fifteen years
Electric car charging point, Wetherby s… · CC BY-SA 4.0 via Wikimedia Commons

Ini adalah contoh terhitung. Contoh ini mengikuti kuantitas awal yang dinyatakan melalui hasil dan perolehan tipikal yang dipublikasikan, sehingga proporsinya dapat diperiksa; ini bukan catatan pengiriman tertentu. Fakta rute — negara mana saja, proses apa saja, dan mengapa material tersebut tidak dapat begitu saja ditangani di tempat lain — dikompilasi dari laporan publik.

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