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Benefits analysis of optimal design of eco-industrial parks through life cycle.indicators

机译:生命周期的生态工业园区最优设计的好处分析。indicators

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Industrial symbiosis offers to companies the possibility to make economic benefits and to minimize environmental impacts by sharing flows and increasing inter-enterprise exchanges. However, even if some studies have demonstrated the benefits of the development of eco-industrial parks (EIP), there is no consensus to evaluate their benefits in a global point of view and there is a lack of integrated indicators for the assessment of EIPs. The aim of this study is to propose a holistic approach to evaluate the global impacts of an EIP. To reach this goal, the potential eco-industrial park of Mongstad in Norway has been chosen. Several steps are considered: a simulation through Aspen Properties?, then the superstructure optimization problem solved within GAMS? environment by minimizing the total cost of the EIP is done. Finally, an evaluation of the optimal solution through a life cycle approach is carried out. The results show that companies included in the EIP have environmental impacts reduced from 45% to 80% compared to the impacts of stand-alone companies.
机译:工业共生供应公司对经济效益的可能性,并通过分享流量和增加企业间交流来最大限度地减少环境影响。然而,即使有些研究已经证明了生态工业园区的发展(EIP)的好处,也没有达成共识,以评估他们在全球性的观点中的利益,并且缺乏对EIPS评估的综合指标。本研究的目的是提出一种整体方法来评估EIP的全球影响。为了实现这一目标,挪威Mongstad的潜在生态工业园区已被选中。考虑了几个步骤:通过ASPEN属性进行模拟?,那么在GAM中解决了上层结构优化问题?通过最小化EIP的总成本完成环境。最后,执行通过生命周期方法的最佳解决方案的评估。结果表明,与独立公司的影响相比,EIP中包含的公司对环境影响从45%降至80%。

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