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A Thermodynamically Correct Treatment of Externalities with an Exergy-Based Numeraire

机译:具有基于漏洞的数字的外部性的热力学矫正治疗

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The concept of “sustainable development” implies that the environmental externalities unavoidably generated by human activities be reduced to a minimum: In fact, the very definition of “sustainability” leads—as it will be briefly discussed in the paper—to a physically measurable upper limit for untreated discharges. Since the current state of affairs on Earth is far from being sustainable, any proposal for a future scenario that is not substantiated by an accurate assessment of the effects of the environmental externalities is devoid of real sense and ought not to be pursued. The present paper illustrates the application of Extended Exergy Accounting (EEA) to the quantification of such externalities. The exergy flow diagrams of EEA include non-material and non-energetic production factors like labor, and capital and environmental remediation costs, providing a quantitative measure of the amount of primary resources that are cumulatively used in the production of a good or service, and it is shown to provide a wealth of quantitative information to energy managers and planners.
机译:“可持续发展”的概念意味着人类活动不可避免地产生的环境外部性减少到最低限度:事实上,“可持续性”的定义是“可持续性”的定义 - 因为它将在纸张中简要讨论 - 物理可测量的鞋面限制未经处理的排放。由于地球上目前的地球状况远远不断可持续,因此对未来情景的任何提案都没有通过准确评估环境外部性效果而不是真正的意义而无法追求。本文说明了扩展的Deerteny核算(EEA)在这些外部性的量化中的应用。 EEA的漏洞流程图包括劳动力和资本和资本和环境修复成本等非物质和非能量的生产因素,提供了累积在良好或服务的生产中使用的主要资源量的定量衡量标准它显示为能源管理人员和规划者提供大量的定量信息。

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