

In the March quarter 2009, the index of export prices for Australia’s energy and mineral resources (export unit returns) declined by 15 per cent compared with the December quarter 2008. Export unit returns for energy minerals decreased by 17 per cent, mainly reflecting lower export prices for oil (14 per cent), metallurgical coal (18 per cent) and thermal coal (11 per cent). The index of metals and other minerals prices decreased by 8 per cent, as export prices for most metals declined with the notable exception of gold, which increased by 14 per cent.
Compared with the March quarter 2008, the index of export prices was 42 per cent higher, as prices for energy minerals increased by 84 per cent and prices for metals and other minerals increased by 16 per cent. Higher export unit prices are partly attributable to a 26 per cent depreciation of the Australian dollar and higher contract prices for bulk commodities.
Earnings from energy and mineral resource exports decreased by 18 per cent to $38.7 billion in the March quarter 2009 compared with the December quarter 2008. This decrease reflects falling prices for many commodities and lower export volumes.
Commodities that recorded significant declines in export earnings include: iron and steel, down $200 million (48 per cent) to $218 million; bauxite, down $25 million (43 per cent) to $33 million; diamonds, down $68 million (42 per cent) to $95 million; metallurgical coal, down $4.9 billion (39 per cent) to $7.6 billion; copper, down $565 million (36 per cent) to $1 billion; and LNG, down $1.3 billion (35 per cent) to $2.5 billion.

Lower export values for metallurgical coal, copper and LNG reflect both lower export volumes and export unit values. Export values for bauxite and diamonds declined during the quarter because of lower export volumes, while export unit values were relatively stable. Higher iron and steel export volumes were more than offset by lower export prices resulting in declining export earnings.
Commodities that recorded significant increases in export earnings in the March quarter 2009 include: rutile concentrate, up $34 million (53 per cent) to $98 million; refined gold, up $1.5 billion (39 per cent) to $5.4 billion; uranium oxide (U3O8), up $47 million (19 per cent) to $293 million; synthetic rutile, up $9 million (15 per cent) to $68 million; ilmenite concentrate, up $5 million
(14 per cent) to $42 million; and petroleum refinery products, up $16 million (8 per cent) to
$210 million.
Increased export values for refined gold and rutile concentrate are driven by both higher export volumes and higher prices. The export value of ilmenite concentrate and petroleum refinery products increased in the quarter, as higher export volumes more than compensated for declines in export unit values. The export value of uranium oxide and synthetic rutile increased as a sharp rise in the export unit value more than offset lower export volumes.
Production was lower in the March quarter 2009 compared with the December quarter 2008, with only around 30 per cent of commodities recording production increases. Significant production declines occurred for: intermediate nickel (45 per cent); refined nickel class 2 (40 per cent); refinery liquefied petroleum gas (LPG) (38 per cent); mined silver (36 per cent); iron and steel (35 per cent); and zinc ores and concentrates (24 per cent).
Intermediate and refined nickel class 2 production declined in the March quarter, partly reflecting the closure of BHP Billiton’s Ravensthorpe mine and reduced production at the company’s Mount Keith operation. Mined silver production declined because of lower production at BHP Billiton’s Cannington mine and at OZ Minerals’ Century mine. Reduced production at BlueScope’s Port Kembla steelworks was the primary driver of lower raw steel production in the March quarter. Mined zinc production was lower in the quarter as OZ Minerals’ Century and Golden Grove operations experienced declining production.
Increased production was observed for mined tin (62 per cent); refined gold (45 per cent); refined nickel class 1 (22 per cent); rutile concentrate (10 per cent); and zircon concentrate
(7 per cent).
Mined tin production was higher in the quarter, reflecting the continued ramp up of capacity at Metals X’s Renison operation, having started production in the September quarter 2008. Production of refined gold increased in the March quarter, primarily because of an increased availability of overseas scrap for refining in Australia. Higher production of refined nickel class 1 reflected higher output from BHP Billiton’s Kwinana refinery. Increased production of rutile and zircon concentrates reflected higher production at Iluka’s mineral sands operations.
In the March quarter 2009, Australia’s production of crude oil and condensate was 6.9 gigalitres, 9 per cent lower than in the December quarter 2008 but 16 per cent higher year on year. Natural gas production was also lower in the March quarter, declining by 4 per cent to around 9.7 billion cubic metres. Lower oil and gas production reflects adverse seasonal weather conditions off the north-west coast of Western Australia. This was partly offset by an increase in crude oil production from the Cooper-Eromanga basin in South Australia and increased gas production from the Fairview coal seam methane field in Queensland.
In line with lower production, export volumes of crude oil decreased by 16 per cent to 4 gigalitres. Export earnings from crude oil in the March quarter 2009 decreased by 27 per cent to $1.6 billion. Export earnings from LNG also decreased by 35 per cent to $2.5 billion from the December quarter 2008, reflecting a reduction in export volumes and prices.
Production of salable and raw black coal is estimated to have decreased in the quarter. Black coal export volumes also decreased by 14 per cent to 58 million tonnes.
In the March quarter, export unit values for thermal coal declined by 11 per cent, reflecting lower spot prices. The combination of lower export prices and the decrease in export volumes resulted in export earnings decreasing by 13 per cent to $5 billion. Export unit values for metallurgical coal declined by 18 per cent in the March quarter, reflecting increasing volumes sold at a discount to contract prices. Weaker global demand for steel-making raw materials was reflected by a 26 per cent decline in export volumes for metallurgical coal, which contributed to a 39 per cent decline in export earnings to $7.6 billion.
Australia’s uranium production declined by 14 per cent to 2297 tonnes U3O8 in the March quarter, as production at both Energy Resources Australia’s Ranger operation and BHP Billiton’s Olympic Dam declined as lower grade ore was processed. Uranium export earnings increased by 19 per cent to $293 million in the quarter as a significant increase in average export prices offset a 14 per cent fall in export volumes.
Despite interruptions caused by heavy rain at Rio Tinto’s and Fortescue’s Pilbara operations, iron ore production remained flat in the March quarter 2009 compared with the December quarter 2008. However, export volumes increased by 13 per cent in the March quarter 2009. This increase more than offset a decline in the export unit value, resulting in a 3 per cent increase in iron ore export earnings to $9 billion.
Gold mine production remained unchanged at 54 tonnes in the March quarter, while refined production grew strongly by 45 per cent to 129 tonnes. A three-fold increase in the volume of overseas sourced scrap refined in Australia for re-exporting was the main contributor to higher export volumes in the quarter. A strong rise in the US dollar denominated gold price and a modest depreciation of the Australian dollar led to an 14 per cent increase in unit export values. As a result of both increased export volumes and a higher Australian dollar denominated gold price, export earnings increased by 39 per cent to $5.4 billion in the March quarter 2009.
Copper mine production declined by 13 per cent in the quarter, partly attributable to lower production at Xstrata’s Ernest Henry and Mount Isa mines and a number of other smaller operations. Reflecting lower mine production and the closure of some SX-EW capacity in the quarter, refined production declined by 19 per cent to 109 tonnes. Export volumes fell by 27 per
cent in the March quarter. This combined with lower export prices resulted in the value of copper exports declining by 36 per cent to $1 billion.
Nickel mine production declined by 10 per cent in the March quarter to 44 000 tonnes, as a result of a number of mine closures during the December 2008 and March 2009 quarters. These closures also affected production of intermediate products and class 2 refined nickel, with production of both down by more than 40 per cent. However, class 1 refined nickel production increased by 22 per cent, to 28 500 tonnes, as production at BHP Billiton’s Kwinana refinery resumed full production following disruptions in the September quarter 2008. Nickel export volumes declined by 14 per cent as a result of lower production of ores and concentrates, and intermediate products. Export values declined by 16 per cent as lower nickel prices reinforced the effects of falling export volumes.
Zinc mine production fell by 24 per cent to 298 000 tonnes in the March quarter 2009 compared with the December quarter 2008. Lower production at a number of mines contributed to this decline, with the largest falls occurring at Oz Minerals’ Golden Grove and Century mines, and Xstrata’s Mount Isa operation. The value of zinc exports declined by 23 per cent to $358 million in the March quarter 2009, mainly attributable to a 18 per cent fall in the volume of zinc exports.
| Quarterly export summary Australian minerals and energy sector |
||||||||||
export volume |
export value |
|||||||||
Mar |
Mar 08 to Mar 09 change |
Dec 08 to Mar 09 change |
Mar |
Mar 08 to Mar 09 change |
Dec 08 to Mar 09 change |
|||||
% |
% |
% |
% |
|||||||
| Bauxite | kt |
1 157 |
–42 |
–47 |
Bauxite s | $m |
33 |
–43 |
–43 |
|
| Alumina a | kt |
4 056 |
6 |
–8 |
Alumina a | $m |
1 356 |
1 |
–33 |
|
| Aluminium (ingot metal) | kt |
434 |
5 |
–2 |
Aluminium (ingot metal) | $m |
1 034 |
–15 |
–26 |
|
| Coal, black | Coal, black | |||||||||
| Metallurgical | Mt |
24 |
–20 |
–26 |
Metallurgical | $m |
7 627 |
163 |
–39 |
|
| Thermal | Mt |
35 |
16 |
–2 |
Thermal | $m |
4 984 |
136 |
–13 |
|
| Copper b | kt |
168 |
–12 |
–27 |
Copper e | $m |
1 013 |
–42 |
–36 |
|
| Diamonds c | ‘000 ct |
3 175 |
40 |
–42 |
Diamonds cs | $m |
95 |
–32 |
–42 |
|
| Gold | t |
124 |
39 |
17 |
Gems, other | |||||
| Iron | than diamonds | $m |
15 |
–19 |
36 |
|||||
| Iron ore and pellets | kt |
78 195 |
6 |
13 |
Gold, refined | $m |
5 384 |
89 |
39 |
|
| Iron and steel | kt |
413 |
–17 |
4 |
Iron | |||||
| Lead b | kt |
126 |
15 |
–23 |
Iron ore and pellets | $m |
8 985 |
81 |
3 |
|
| Iron and steel | $m |
218 |
–36 |
–48 |
||||||
| Manganese ore and concentrate s | kt |
707 |
–42 |
150 |
Lead e | $m |
319 |
–10 |
–32 |
|
| Nickel d | kt |
50 |
–8 |
–14 |
Magnesia | $m |
19 |
10 |
–39 |
|
| Petroleum | Manganese ore and concentrate s | $m |
250 |
–34 |
3 |
|||||
| Crude oil and other refinery feedstock | ML |
4 044 |
2 |
–16 |
Nickel es | $m |
534 |
–65 |
–16 |
|
| LNG | Mt |
4 |
14 |
–7 |
Petroleum | |||||
| LPG | ML |
549 |
–8 |
–8 |
Crude oil and other | |||||
| Refinery products | ML |
342 |
–25 |
19 |
refinery feedstock | $m |
1 623 |
–37 |
–27 |
|
| Salt | kt |
2 748 |
1 |
1 |
LNG | $m |
2 492 |
62 |
–35 |
|
| Tin b | t |
1 651 |
27 |
85 |
LPG | $m |
196 |
–35 |
–32 |
|
| Titanium | Refinery products | $m |
210 |
–41 |
8 |
|||||
| Ilmenite concentrate | kt |
389 |
51 |
23 |
Salt | $m |
59 |
–1 |
0 |
|
| Leucoxene concentrate | kt |
2 |
–20 |
–63 |
Silver, refined | $m |
58 |
5 |
–20 |
|
| Rutile concentrate | kt |
148 |
45 |
28 |
Tin e | $m |
26 |
40 |
46 |
|
| Synthetic rutile s | kt |
127 |
1 |
–1 |
Titanium | |||||
| Titanium dioxide pigment | kt |
26 |
–39 |
–10 |
Ilmenite concentrate s | $m |
42 |
37 |
14 |
|
| Uranium oxide (U3O8) | t |
2 172 |
–9 |
–14 |
Leucoxene concentrate | $m |
1 |
–24 |
–80 |
|
| Zinc b | kt |
294 |
–12 |
–18 |
Rutile concentrate | $m |
98 |
37 |
53 |
|
| Zircon concentrate | kt |
174 |
8 |
4 |
Synthetic rutile s | $m |
68 |
–8 |
15 |
|
| Titanium dioxide pigment | $m |
85 |
–7 |
–11 |
||||||
| Uranium oxide (U3O8) | $m |
293 |
70 |
19 |
||||||
| Zinc e | $m |
358 |
–44 |
–23 |
||||||
| Zircon concentrate e | $m |
134 |
25 |
–2 |
||||||
| Other mineral resources f | $m |
1 093 |
–16 |
–31 |
||||||
| Total mineral resources g | $m |
38 685 |
41 |
–18 |
||||||
| Total merchandise | $m |
56 257 |
31 |
–16 |
||||||
| Total goods and services | $m |
70 275 |
25 |
–13 |
||||||
| a Includes aluminium hydroxide. b Metallic content of all ores, concentrates, intermediate products (where applicable) and refined metal. c Unsorted and sorted. d Includes metal content of ores and concentrates, intermediate products and nickel metal. e Value of all ores, concentrates, intermediate products (where applicable) and refined metal. f Derived as the difference between total mineral resources exports, below, and the sum of the above items. g Total mineral resource exports on an ABARE balance of payments basis. p Preliminary. s ABARE estimate. Sources: Australian Bureau of Statistics, Canberra; ABARE. |
||||||||||
|
|||||
March |
Mar-08 to March 2009 % change |
Dec-08 to March 2009 % change |
|||
| Bauxite | kt |
16 179 |
2 |
–3 |
|
| Alumina | kt |
4 810 |
0 |
–4 |
|
| Aluminium (ingot metal) | kt |
485 |
0 |
–3 |
|
| Coal | |||||
| Black, raw | Mt |
105 |
14 |
–11 |
|
| Black, salable | Mt |
81 |
10 |
–11 |
|
| Copper | |||||
| Mine as | kt |
198 |
–3 |
–13 |
|
| Blister b | kt |
101 |
15 |
–17 |
|
| Refined | kt |
109 |
8 |
–19 |
|
| Diamonds | ‘000 ct |
4579 |
101 |
–16 |
|
| Gold | |||||
| Mine as | t |
54 |
6 |
0 |
|
| Refined | t |
129 |
30 |
45 |
|
| Iron | |||||
| Iron ore and concentrate | kt |
80 409 |
1 |
1 |
|
| Iron and steel | kt |
865 |
–46 |
–38 |
|
| Raw steel | kt |
1 136 |
–43 |
–33 |
|
| Lead | |||||
| Mine as | kt |
122 |
–28 |
–27 |
|
| Bullion b | kt |
32 |
–22 |
–18 |
|
| Refined | kt |
45 |
–14 |
–20 |
|
| Manganese | kt |
737 |
–41 |
–17 |
|
| Nickel | |||||
| Mine as | kt |
44 |
–10 |
–10 |
|
| Intermediate | kt |
6 |
–54 |
–45 |
|
| Refined, class 1 | kt |
29 |
4 |
22 |
|
| Refined , class 2 | kt |
3 |
–25 |
–40 |
|
| Petroleum, field | |||||
| Crude oil and condensate | ML |
6 851 |
16 |
–9 |
|
| LPG (naturally occurring) | ML |
870 |
5 |
–7 |
|
| Natural gas | Mm3 |
9 656 |
7 |
–4 |
|
| Total refined petroleum | ML |
9 620 |
3 |
–5 |
|
| Salt | kt |
2 804 |
1 |
0 |
|
| Silver | |||||
| Mine as | t |
351 |
–30 |
–36 |
|
| Refined | t |
186 |
26 |
–1 |
|
| Tin | |||||
| Mine as | t |
1439 |
198 |
62 |
|
| Titanium | |||||
| Ilmenite concentrate | kt |
445 |
–18 |
–13 |
|
| Leucoxene concentrate | kt |
43 |
65 |
5 |
|
| Rutile concentrate | kt |
89 |
5 |
10 |
|
| Synthetic rutile s | kt |
190 |
23 |
3 |
|
| Titanium dioxide pigment | kt |
57 |
14 |
4 |
|
| Uranium oxide (U3O8) | t |
2297 |
–8 |
–14 |
|
| Zinc | |||||
| Mine as | kt |
298 |
–18 |
–24 |
|
| Refined | kt |
126 |
4 |
0 |
|
| Zircon concentrate | kt |
146 |
–1 |
7 |
|
| a Total metallic content of minerals produced. b Metallic content. p Preliminary. s ABARE estimate. na Not available. Sources: Australian Bureau of Statistics, Canberra; Coal Services Pty Limited; Queensland Government, Department of Natural Resources and Mines; ABARE. |
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