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Sustainability network theory and analysis: Focused on economic, energy and environmental flow network.

机译：可持续性网络理论与分析：专注于经济，能源和环境流动网络。

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摘要

This research showed a framework and application of sustainability network theory (SNT) and model for the analysis of industrial systems. Sustainability network theory (SNT) is a rigorous theory applying network modeling and theory to industrial systems, with industrial systems understood in a holistic sense to include social and industrial dimensions, manufacturing and service components, and consumption and end-of-life activities. A conceptual SNT framework made up of a social, cultural and regulatory network (SCRFN); an economic and financial network (EFN); and a material, energy and environmental flow network (MEEFN).;Industrial ecology, system sustainability, and related fields to integrate information on economic, material, energy, and environmental stocks and flows have not yet been able to accomplish. Also they have many theories and methodologies (e.g. LCA, MFA, and DFE, etc.). However these theories and methodologies are not enough to understand systems. Therefore, SNT and approach can be used a useful tool or method for industrial ecology and system sustainability.;In the case study, an example of a sustainable networked delivery (SND) system: a hybrid business-to-consumer book delivery system was designed and assessed. This system is intended to reduce costs, achieve significant reductions in energy consumption, and reduce environmental emissions of critical local pollutants and greenhouse gases. The energy consumption and concomitant emissions of this delivery system with existing alterative delivery systems were estimated. It was found that regarding energy consumption, an emerging hybrid delivery system, which is a sustainable networked delivery system (SND), would consume 47 times less than the traditional networked delivery system (TND) and 7 times less than and e-commerce networked delivery system (END). Regarding concomitant emissions, in case of carbon dioxide emission, the SND system produce 32 times fewer than the TND and 7 times fewer than the END system. Also the SND system offer meaningful economic benefit such as the costs of delivery and packaging, to the online retailer, grocery, and consumer. This research results show that the SND system has a lot of possibilities to save local transportation energy consumption and delivery costs, and to reduce environmental emissions in delivery system.
机译：这项研究显示了可持续性网络理论（SNT）和模型用于工业系统分析的框架和应用。可持续网络理论（SNT）是将网络建模和理论应用于工业系统的严格理论，其工业系统是从整体意义上理解的，包括社会和工业规模，制造和服务组件以及消费和报废活动。由社会，文化和监管网络（SCRFN）组成的概念性SNT框架；经济和金融网络（EFN）；工业生态，系统可持续性以及相关领域，无法整合有关经济，材料，能源和环境存量和流量的信息。他们也有许多理论和方法（例如LCA，MFA和DFE等）。但是，这些理论和方法不足以理解系统。因此，SNT和方法可以用作实现工业生态和系统可持续性的有用工具或方法。在本案例研究中，设计了一个可持续网络交付（SND）系统的示例：设计了一种企业对消费者的混合图书交付系统。并进行评估。该系统旨在降低成本，显着降低能耗并减少关键的局部污染物和温室气体的环境排放。估算了该输送系统与现有替代输送系统的能耗和伴随排放。研究发现，就能源消耗而言，一种新兴的混合交付系统是一种可持续的网络交付系统（SND），其能耗将是传统网络交付系统（TND）的47倍，是电子商务网络交付的7倍。系统（END）。关于伴随排放，在二氧化碳排放的情况下，SND系统的排放量比TND减少32倍，比END系统减少7倍。此外，SND系统还为在线零售商，杂货店和消费者提供了有意义的经济利益，例如运输和包装成本。研究结果表明，SND系统具有节省本地运输能耗和运输成本，减少运输系统环境排放的多种可能性。

著录项

  • 作者

    Kim, Junbeum.;

  • 作者单位

    Arizona State University.;

  • 授予单位 Arizona State University.;
  • 学科 Industrial engineering.;Systems science.
  • 学位 Ph.D.
  • 年度 2008
  • 页码 132 p.
  • 总页数 132
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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