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Eco Industrial Parks for Water and Heat Management

机译:水和热管理生态工业园

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摘要

An EIP is a cluster of several processes that are not necessarily part of the same company, that share common infrastructure designed and operated to induce integration of materials exchange, discharge and waste treatment. Here three companies are concerned and the EIP is related to the management of fresh and waste water and the energy consumption. First each company is optimized alone according to fresh water and waste treatment, number of connections between processes, number of heat exchangers and energy consumption. Then the energy consumption of the EIP is minimized according to bounds on fresh water and wastewater treatment, the problem being parameterized by the number of heat exchangers and the number of connections. An example adapted from the literature is solved, showing the potentiality of the method for providing pertinent answers for reducing energy consumption, fresh water demand and wastewater treatment. The proposed methodology presents a real economic interest, with together a significant ecological impact.
机译:EIP是由多个流程组成的集群,这些流程不一定属于同一公司,它们共享共同的基础结构,这些基础结构的设计和操作可以促进物料交换,排放和废物处理的集成。这里涉及到三家公司,而EIP与淡水和废水的管理以及能源消耗有关。首先,根据淡水和废物处理,工艺之间的连接数,热交换器的数量和能耗单独对每个公司进行优化。然后,根据淡水和废水处理的界限将EIP的能耗降至最低,该问题由热交换器的数量和连接的数量来参数化。解决了从文献改编的示例,该示例显示了该方法为减少能耗,淡水需求和废水处理提供相关答案的潜力。所提出的方法论代表了真正的经济利益,同时也带来了重大的生态影响。

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