Emergy, empower and the eco-exergy to empower ratio: A reconciliation of H.T. Odum with Prigogine?

S. Bastianoni
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引用次数: 5

Abstract

This paper presents the theory behind and the possible uses of the ratio of eco-exergy to empower. This orientor originates from the comparison of S.E. Jørgensen’s and H.T. Odum’s approaches to ecosystems theory. The former proposed as orientor the maximization of stored eco-exergy, that is the extension of the thermodynamic function exergy of ecosystems. The latter, the maximization of empower, is the flow of emergy (solar energy directly and indirectly required to obtain a certain item). The use of the ratio of eco-exergy to empower enables one to understand what is the order that the two maximization criteria follow during the evolution of an ecosystem. A possible analogy between the maximization of eco-exergy to empower ratio and the minimization of specific dissipation is discussed. The use of this orientor for the comparison of the same system at different times or of different systems provides a possible holistic measure of the effects of the use of a certain pattern of inputs in a system. This can help comparisons within the framework of life cycle assessment.
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能量,授权和生态能源授权的比例:H.T.欧达姆与普里高津的和解?
本文介绍了背后的理论和可能的使用生态能源的比例授权。这种取向源于S.E. j.r gensen和H.T. Odum的生态系统理论方法的比较。前者提出的方向是最大限度地利用生态系统所储存的能量,即生态系统热力学函数能量的延伸。后者,权力的最大化,是能量的流动(获得某一物品直接或间接所需的太阳能)。利用生态能比来赋能,使人们能够理解在生态系统进化过程中,两个最大化标准遵循的顺序。讨论了生态能功率比的最大化与比耗散的最小化之间的可能类比。利用这一方向对同一系统在不同时间或不同系统进行比较,提供了一种可能的整体衡量方法,以衡量在一个系统中使用某种输入模式的效果。这有助于在生命周期评估的框架内进行比较。
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