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Extension of the water sources diagram method to systems with simultaneous fixed flowrate and fixed load processes

机译:将水源图方法扩展到同时具有固定流量和固定负载过程的系统

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In this article, the water source diagram (WSD) (Gomes et al., 2007) is extended to the design of water networks involving both fixed flowrate and fixed contaminant load, as well as water loss/gain operations. The algorithm targets minimum external water consumption while simultaneously synthesizing the corresponding water system structure. In addition, it is shown that the WSD can be applied to water allocation problems (WAP) based only on water sources and sinks, maintaining its good performance. To illustrate the methodology, case studies handling hybrid water system are presented, including a zero wastewater discharge discussion and data from a Brazilian pulp mill. (C) 2015 The Institution of Chemical Engineers. Published by Elsevier B.V. All rights reserved.
机译:在本文中,水源图(WSD)(Gomes等人,2007)扩展到涉及固定流量和固定污染物负荷以及失水/增水运行的水网设计。该算法以最小的外部水消耗为目标,同时合成相应的水系统结构。此外,它表明,水务署可以仅基于水源和汇来解决水分配问题(WAP),并保持其良好的性能。为了说明该方法,本文介绍了处理混合水系统的案例研究,包括对废水零排放的讨论和来自巴西纸浆厂的数据。 (C)2015化学工程师学会。由Elsevier B.V.发布。保留所有权利。

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