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Projection of energy-intensive material production for bottom-up scenario building [An article from: Ecological Economics]
Book Details
PublisherElsevier
ISBN / ASINB000RR34EK
ISBN-13978B000RR34E9
AvailabilityAvailable for download now
MarketplaceUnited States 🇺🇸
Description
This digital document is a journal article from Ecological Economics, published by Elsevier in 2005. The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.
Description:
The production growth of energy-intensive commodities in physical terms is an important component of bottom-up emission scenarios and a relevant national circumstance to be incorporated in schemes for differentiating greenhouse gas emission allowances. In this study, average future growth rates of physical production are estimated for various branches of the energy-intensive industry in a wide range of countries. To this end, historic patterns of growth were analysed on a per capita basis from the 1980s onwards. Per capita production levels of steel, cement, and refinery products tend to level off for all countries as per capita income increases. These stabilisation levels, however, differ by a factor of 10 from country to country. Petrochemical and total paper and board production per capita, on the contrary, keeps on increasing with increasing income, and per capita aluminium production shows a rather weak relationship to income. Aggregated annual growth of physical production of energy-intensive commodities in this time period amounted to 5.9% in low, 1.1% in middle, and 0.8% in high-income countries. Assuming that a country experiences declining growth rates of physical production as its income increases, these aggregated figures may be used to estimate future growth rates. Projections thus based on recent growth trends suggest that earlier estimates may be improved.
Description:
The production growth of energy-intensive commodities in physical terms is an important component of bottom-up emission scenarios and a relevant national circumstance to be incorporated in schemes for differentiating greenhouse gas emission allowances. In this study, average future growth rates of physical production are estimated for various branches of the energy-intensive industry in a wide range of countries. To this end, historic patterns of growth were analysed on a per capita basis from the 1980s onwards. Per capita production levels of steel, cement, and refinery products tend to level off for all countries as per capita income increases. These stabilisation levels, however, differ by a factor of 10 from country to country. Petrochemical and total paper and board production per capita, on the contrary, keeps on increasing with increasing income, and per capita aluminium production shows a rather weak relationship to income. Aggregated annual growth of physical production of energy-intensive commodities in this time period amounted to 5.9% in low, 1.1% in middle, and 0.8% in high-income countries. Assuming that a country experiences declining growth rates of physical production as its income increases, these aggregated figures may be used to estimate future growth rates. Projections thus based on recent growth trends suggest that earlier estimates may be improved.
