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Surplus cost as a life cycle impact indicator for fossil resource scarcity
by
Ponsioen, Thomas C
, Goedkoop, Mark J
, Vieira, Marisa D. M
in
Coal
/ Crude oil
/ Earth and Environmental Science
/ Environment
/ Environmental Chemistry
/ Environmental Economics
/ Environmental Engineering/Biotechnology
/ Fossil fuels
/ Fossils
/ heat
/ Indicators
/ Lcia of Impacts on Human Health and Ecosystems
/ Life cycle assessment
/ life cycle costing
/ Life cycle engineering
/ life cycle impact assessment
/ Life cycles
/ Mathematical analysis
/ Natural gas
/ Oil
/ oils
/ product life cycle
/ production costs
/ Scarcity
/ Supply & demand
2014
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Surplus cost as a life cycle impact indicator for fossil resource scarcity
by
Ponsioen, Thomas C
, Goedkoop, Mark J
, Vieira, Marisa D. M
in
Coal
/ Crude oil
/ Earth and Environmental Science
/ Environment
/ Environmental Chemistry
/ Environmental Economics
/ Environmental Engineering/Biotechnology
/ Fossil fuels
/ Fossils
/ heat
/ Indicators
/ Lcia of Impacts on Human Health and Ecosystems
/ Life cycle assessment
/ life cycle costing
/ Life cycle engineering
/ life cycle impact assessment
/ Life cycles
/ Mathematical analysis
/ Natural gas
/ Oil
/ oils
/ product life cycle
/ production costs
/ Scarcity
/ Supply & demand
2014
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Do you wish to request the book?
Surplus cost as a life cycle impact indicator for fossil resource scarcity
by
Ponsioen, Thomas C
, Goedkoop, Mark J
, Vieira, Marisa D. M
in
Coal
/ Crude oil
/ Earth and Environmental Science
/ Environment
/ Environmental Chemistry
/ Environmental Economics
/ Environmental Engineering/Biotechnology
/ Fossil fuels
/ Fossils
/ heat
/ Indicators
/ Lcia of Impacts on Human Health and Ecosystems
/ Life cycle assessment
/ life cycle costing
/ Life cycle engineering
/ life cycle impact assessment
/ Life cycles
/ Mathematical analysis
/ Natural gas
/ Oil
/ oils
/ product life cycle
/ production costs
/ Scarcity
/ Supply & demand
2014
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Surplus cost as a life cycle impact indicator for fossil resource scarcity
Journal Article
Surplus cost as a life cycle impact indicator for fossil resource scarcity
2014
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Overview
PURPOSE: In life cycle impact assessment, various proposals have been made on how to characterise fossil resource scarcity, but they lack appropriateness or completeness. In this paper, we propose a method to assess fossil resource scarcity based on surplus cost, which is the global future cost increase due to marginal fossil resource used in the life cycle of products. METHODS: The marginal cost increase (MCI in US dollars in the year 2008 per kilogram per kilogram produced) is calculated as an intermediate parameter for crude oil, natural gas and coal separately. Its calculations are based on production cost and cumulative future production per production technique or country. The surplus cost (SC in US dollars in the year 2008 per kilogram) is calculated as an indicator for fossil resource scarcity. The SC follows three different societal perspectives used to differentiate the subjective choices regarding discounting and future production scenarios. RESULTS AND DISCUSSION: The hierarchist perspective SCs of crude oil, natural gas, and coal are 2.9, 1.5, and 0.033 US$₂₀₀₈/GJ, respectively. The ratios between the indicators of the different types of fossil resources (crude oil/natural gas/coal) are rather constant, except in the egalitarian perspective, where contrastingly no discounting is applied (egalitarian 100:47:21; hierarchist 100:53:1.1; individualist 100:34:0.6). The ratio of the MCIs (100:48:1.0) are similar to the individualist and hierarchist SC ratios. CONCLUSIONS: In all perspectives, coal has a much lower resource scarcity impact factor per gigajoule and crude oil has the highest. In absolute terms of costs per heating value (US dollars in the year 2008 per gigajoule), there are large differences between the SCs for each perspective (egalitarian > hierarchist > individualist).
Publisher
Springer-Verlag,Springer Berlin Heidelberg,Springer Nature B.V
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