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Towards a green economy WORLD 2002 Metal ores


Fossil energy carriersa


Biomassb Other mineralsc


55.0 5.8


Rate of change 1980–2002


Amounts extracted (billion tonnes) Total


10.6 15.6


22.9


Per capita (tonne/capita) Total


Metal ores


Fossil energy carriersa


Biomassb Other mineralsc


8.8 0.9


1.7 2.5


3.7 Metal ores


Fossil energy carriersa


Biomassb Other mineralsc


1.6 0.2


Per unit of GDP (tonne/1,000 US$d Total


0.3 0.4


0.6


36% 56%


30% 28%


40%


-4% 11%


-8% -9%


-1% )


-26% -15%


-29% -30%


-24% 2002–2020


48% 92%


39% 31%


54%


22% 58%


14% 8%


27%


-14% 11%


-19% -24%


-11% 2002


22.9 1.8


4.1 4.5


12.6


20.0 1.5


3.6 3.9


11.0


0.8 0.1


0.1 0.2


0.4 OECD


Rate of change 1980–2002


19% 41%


12% 11%


21% 0%


19% -6% -6%


2%


-33% -20%


-37% -37%


-32% 2002–2020


19% 70%


6% 6%


21% 8%


54% -4% -4%


10%


-24% 9%


-32% -32%


-22% 2002


17.7 2.2


3.7 5.9


5.9


6.0 0.7


1.3 2.0


2.0


4.6 0.6


1.0 1.5


1.5 BRIICS*


Rate of change 1980–2002


67%


110% 58% 49%


81%


19% 51%


13% 7%


30%


-35% -18%


-38% -42%


-29% 2002–2020 74%


100% 59% 33%


115%


51% 73%


38% 15%


86%


-32% -23%


-38% -48%


-17%


Table 1: Global resource extractions, by major groups of resources and regions Source: (OECD 2008)


Metal oresa


1999 reserves (tonnes)


Aluminium Copper Iron


Lead


Nickel Silver Tin


Zinc


25 x 109 340 x 106 74 x 1012 64 x 106 46 x 106 280 x 103 8 x 106


190 x 106


1997–99 average annual primary production (tonnes)


123.7 x 106 12.1 x 106 559.5 x 106 3,070.0 x 103 1,133-3 x 103 16.1 x 103 207.7 x 103 7,753.3 x 103


Life expectancy in yearsb


0% 202 28


132 21 41 17 37 25


, at three growth rates in primary productionb


2% 81 22 65 17 30 15 28 20


5% 48 18 41 14 22 13 21 16


Average annual growth in production 1975–99 (%)


2.9 3.4 0.5


-0.5 1.6 3


-0.5 1.9


Notes: a. For metals other than aluminium, reserves are measured in terms of metal content. For aluminium, reserves are measured in terms of bauxite ore. b. With current production and consumption patterns, technologies and known reserves. c. Life expectancy figures were calculated before reserves and average production data were rounded. As a result, the life expectancies in years (columns 4, 5, 6) may deviate slightly from those derived from reserves and average production (columns 2 and 3).


Table 2: Life expectancies of selected world reserves of metal ores Source: OECD (2008)


cars, fuel cells and energy-efficient lighting systems. (UNEP 2010a). With respect to the availability of critical metals, the EU published in 2010 a list of 14 critical metals


254


or groups of metals that are important to its economy, where supplies may be adversely affected by shortages or political tension (Graedel 2009).


2002


14.4 1.9


2.9 5.2


4.4


6.7 0.9


1.3 2.4


2.0


4.5 0.6


0.9 1.6


1.4 RoW**


Rate of change 1980–2002


35% 30%


31% 25%


58%


-16% -19%


-18% -22%


-2%


-21% -24%


-24% -27%


-8% 2002–2020 63%


104% 60% 50%


63%


20% 51%


18% 11%


21%


-26% -8%


-28% -32%


-26%


Notes: a. Crude oil, coal, natural gas, peat. b. Harvest from agriculture and forestry, marine catches, grazing. c. Industrial minerals, construction minerals. d. Constant 1995 US$. * BRIICS = Brazil, Russia, India, Indonesia, China and South Africa. ** RoW = Rest of the World


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