Cobalt production — all countries

Cobalt production — East Asia & Pacific

Cobalt production in East Asia & Pacific in 2024 — 14,043 t. Since 1995, the indicator has risen by 383.6%.

2024 14,043 t −13.76% vs 2023
World rank
Period maximum 19,775 t2014
Period minimum 2,232 t1996

Trend over time

1995–2024 · tonnes

Cobalt production — East Asia & Pacific, 1995–202405,00010,00015,00020,000199519982001200420072010201320162019202220241995: 2,904 t1996: 2,232 t1997: 2,419 t1998: 2,309 t1999: 2,360 t2000: 4,888 t2001: 5,862 t2002: 8,634 t2003: 8,522 t2004: 8,636 t2005: 8,279 t2006: 9,419 t2007: 9,830 t2008: 9,940 t2009: 9,870 t2010: 10,300 t2011: 10,450 t2012: 13,919 t2013: 16,003 t2014: 19,775 t2015: 19,075 t2016: 17,148 t2017: 18,990 t2018: 17,034 t2019: 17,913 t2020: 17,860 t2021: 16,278 t2022: 16,951 t2023: 16,284 t2024: 14,043 t
Change over the period: +11,139 (+383.58%) Average annual rate: 5.59 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: East Asia & Pacific

East Asia & Pacific 14,043 t
World 270,816 t
Cobalt production — East Asia & Pacific, by year East Asia & Pacific All countries CSV XLSX
Year t Change Change, %
2024 14,043 −2,240 −13.76%
2023 16,284 −667 −3.94%
2022 16,951 +673 +4.13%
2021 16,278 −1,582 −8.86%
2020 17,860 −53 −0.3%
2019 17,913 +879 +5.16%
2018 17,034 −1,956 −10.3%
2017 18,990 +1,842 +10.74%
2016 17,148 −1,927 −10.1%
2015 19,075 −700 −3.54%
2014 19,775 +3,772 +23.57%
2013 16,003 +2,084 +14.97%
2012 13,919 +3,469 +33.2%
2011 10,450 +150 +1.46%
2010 10,300 +430 +4.36%
2009 9,870 −70 −0.7%
2008 9,940 +110 +1.12%
2007 9,830 +411 +4.36%
2006 9,419 +1,140 +13.77%
2005 8,279 −357 −4.13%
2004 8,636 +114 +1.34%
2003 8,522 −112 −1.3%
2002 8,634 +2,772 +47.29%
2001 5,862 +973 +19.91%
2000 4,888 +2,528 +107.11%
1999 2,360 +51 +2.22%
1998 2,309 −110 −4.55%
1997 2,419 +187 +8.38%
1996 2,232 −672 −23.14%
1995 2,904

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).