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Energy and global warming impacts of CFC alternative technologies. Executive summary
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1991
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Mitigation TechnologyEngineeringCarbon AccountingRepresentative IndicationsAlternative Energy SolutionGlobal Warming ImpactsViable OptionClimate ImpactGreenhouse GasesClimate Change MitigationExecutive SummaryEnergy ConsumptionCfc Alternative TechnologiesEmission ReductionSustainable EnergyGreenhouse EffectEnergy TransitionEnergy PolicyGlobal Warming PotentialEmissions
The primary objective of this study is to develop representative indications of the relative energy use, associated CO{sub 2} emissions, and total equivalent warming impact (TEWI) of viable option to replace CFCs in their major energy-related application areas. It was motivated, in part, by a concern that most attention to data has focused on the DIRECT global warming effect of CFCs and their alternatives, with inadequate attention being paid to the INDIRECT effect of the CO{sub 2} emissions arising from the differences in energy consumption by systems using different alternatives. The DIRECT and INDIRECT contributions are combined in this analysis to determine the TEWI of the various technical options. The study is international in scope and takes into account significant differences in present CFC end-use practices, sources of energy, and other societal factors between Europe, Japan, and North America.