Cobalt production — all countries

Cobalt production — Australia

Cobalt production in Australia in 2024 — 3,600 t. Ranked 6 in the world out of 13. Since 1995, the indicator has risen by 336.9%.

2024 3,600 t −31.03% vs 2023
World rank 6of 13
Period maximum 6,400 t2013
Period minimum 824 t1995

Trend over time

1995–2024 · tonnes

Cobalt production — Australia, 1995–202402,0004,0006,0008,000199519982001200420072010201320162019202220241995: 824 t1996: 942 t1997: 1,219 t1998: 1,269 t1999: 1,010 t2000: 3,598 t2001: 4,312 t2002: 4,854 t2003: 5,120 t2004: 4,550 t2005: 4,110 t2006: 5,050 t2007: 4,740 t2008: 4,790 t2009: 4,630 t2010: 3,850 t2011: 3,850 t2012: 5,880 t2013: 6,400 t2014: 6,201 t2015: 6,030 t2016: 5,470 t2017: 5,800 t2018: 4,900 t2019: 5,700 t2020: 5,600 t2021: 5,295 t2022: 5,790 t2023: 5,220 t2024: 3,600 t
Change over the period: +2,776 (+336.89%) Average annual rate: 5.22 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: Australia

Australia 3,600 t
World 270,816 t
East Asia & Pacific computed 14,043 t
Australia and New Zealand computed 3,600 t
High-income countries computed 18,570 t
Cobalt production — Australia, by year Australia All countries CSV XLSX
Year t Change Change, %
2024 3,600 −1,620 −31.03%
2023 5,220 −570 −9.84%
2022 5,790 +495 +9.35%
2021 5,295 −305 −5.45%
2020 5,600 −100 −1.75%
2019 5,700 +800 +16.33%
2018 4,900 −900 −15.52%
2017 5,800 +330 +6.03%
2016 5,470 −560 −9.29%
2015 6,030 −171 −2.76%
2014 6,201 −199 −3.11%
2013 6,400 +520 +8.84%
2012 5,880 +2,030 +52.73%
2011 3,850 +0 +0%
2010 3,850 −780 −16.85%
2009 4,630 −160 −3.34%
2008 4,790 +50 +1.05%
2007 4,740 −310 −6.14%
2006 5,050 +940 +22.87%
2005 4,110 −440 −9.67%
2004 4,550 −570 −11.13%
2003 5,120 +266 +5.48%
2002 4,854 +542 +12.57%
2001 4,312 +713 +19.83%
2000 3,598 +2,588 +256.16%
1999 1,010 −259 −20.38%
1998 1,269 +50 +4.1%
1997 1,219 +277 +29.41%
1996 942 +118 +14.32%
1995 824

About the indicator

Cobalt production measured as contained metal, from U.S. Geological Survey data. Cobalt is needed for the cathodes of lithium-ion batteries, and its production is concentrated more tightly than that of any other important metal: more than two-thirds of the world total comes from the Democratic Republic of the Congo. It is because of that concentration that battery makers have spent recent years looking for chemistries with a smaller share of cobalt, or none at all.

Important: Cobalt is almost always mined as a by-product — together with copper or nickel — so its volume depends on the market for the main metal and not only on demand for cobalt itself.

Source: Mineral Commodity Summaries (USGS), license Public domain (work of a U.S. federal agency).