1301.0 - Year Book Australia, 2012
ARCHIVED ISSUE Released at 11:30 AM (CANBERRA TIME) 24/05/2012
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Statistics contained in the Year Book are the most recent available at the time of preparation. In many cases, the ABS website and the websites of other organisations provide access to more recent data. Each Year Book table or graph and the bibliography at the end of each chapter provides hyperlinks to the most up to date data release where available.
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ENERGY USE
In 2009–10, Australia's total domestic energy use, including losses and conversions (5,925 PJ), was one-third of the total energy produced (17,282 PJ) (diagram 19.4). Over the period 1979–80 to 2009–10, there was a 90% increase in Australia's total energy use, from 3,131 petajoules to 5,925 petajoules (graph 19.11).
ENERGY END-USE BY SECTOR AND INDUSTRY
In 2009–10, Australia's end-users of energy, comprising Australian households and industries (excluding conversions and losses), used 3,962 petajoules of energy, an increase of 1% on the previous year (3,923 PJ) (table 19.12). Total net energy use by industry accounted for three-quarters of the energy use (2,947 PJ), with households accounting for the other quarter (1,015 PJ).
The Manufacturing industry was the largest end-user of energy by industry, using 1,034 petajoules in 2009–10. Non-ferrous metals manufacturing accounted for 35% (365 PJ) of manufacturing energy use, with the next largest contributor being Petroleum and chemicals products manufacturing (21%),
In 2009–10, the Transport, postal and warehousing industry was the second largest end user of energy by industry, at 18% (544 PJ), closely followed by the Mining industry at 18% (543 PJ).
Source: Energy Account Australia, 2009–10 (4604.0).
ENERGY END-USE BY PRODUCT
Table 19.13 shows the major energy products consumed for final purposes in Australia. Intermediate purposes are not reported in the table; for example, the consumption of fossil fuels used in the generation of electricity is not reported because those fuels are transformed in the generation process. If both the energy content of the fossil fuel and the energy content of the electricity were included, this would result in double counting.
The main fuels consumed in Australia's net domestic energy consumption in 2009–10 were Natural gas (24%), Electricity (22%), Diesel (18%) and Petrol (16%).
The net energy use by households of 1,015 petajoules consisted of Petrol (457 PJ), Electricity (217 PJ) and Natural gas (144 PJ).
The main fuels used in the net use of energy by the Manufacturing industry (1,034 PJ) were Natural gas (399 PJ), Electricity (241 PJ), Black coal (99 PJ) and Renewable energy (71 PJ).
The Mining and Transport, postal and warehousing industries each accounted for 14% of domestic energy use in 2009–10. The main fuels consumed by the Mining industry were Natural gas (314 PJ) and Diesel (147 PJ). The main fuels used in transport were Other refined fuels and products (290 PJ, mainly aviation turbine fuel used in air transport) and Diesel (202 PJ), used largely in road transport.
Of the net use of renewable energy, Food, beverages, tobacco and textiles manufacturing used 34 petajoules of renewable energy in the form of bagasse, and the Wood, paper and printing industries used 29 petajoules in the form of wood and waste products. Households used 10 petajoules of solar energy in the form of solar electricity and solar hot water.
ENERGY INTENSITY
The energy intensity of an industry is a measure of the energy consumed to produce one unit of economic output. Differences in energy intensity reflect different production processes and the efficiency of energy use within the production input mix. In 2009–10, the Manufacturing industry at 9,600 gigajoules/$m industry gross value added (GJ/$m IGVA) was the most energy intensive industry within the Australian economy, followed by Transport (8,291 GJ/$m IGVA) and Mining (5,651 GJ/$m IGVA) (graph 19.14).