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A big data analytics approach to develop industrial symbioses in large cities

机译:大城市发展产业合作社的大数据分析方法

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A big problem for industry and large cities is the increasing waste streams from households as well as industries and their impacts to the environment. Treatment of the waste is expensive, and cities face challenges on waste disposal sites. A sustainable solution would be to realize industrial symbioses. The typical approach is to design and develop industrial parks each of which is aimed to be an industrial symbiosis. This approach is proven by successful cases, but is constrained by land scarce cities as well as the limited types and scales of the companies that can be included in an industrial park. The paper proposes a big data analytics approach to realize industrial symbioses among the industries in a city's close proximity. The waste streams and resource requirements of existing companies are identified and matched with resources needs directly or indirectly through conversion processes. The viability, critical elements and technical challenges of the approach are discussed.
机译:行业和大城市的一个大问题是家庭以及行业的浪费流程以及对环境的影响。废物处理昂贵,城市面临废物处理场所的挑战。可持续解决方案是实现工业共生的。典型的方法是设计和开发工业园区,每个工业园区旨在成为工业共生。这种方法是通过成功案件证明的,但受到土地稀缺城市的限制以及可以包含在工业园区的公司的有限类型和规模。本文提出了一种大数据分析方法,实现城市近距离的行业中的产业共生。现有公司的废物流和资源需求通过转换过程直接或间接地确定并与资源相匹配。讨论了该方法的可行性,关键元素和技术挑战。

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