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Industrial & Engineering Chemistry Research 2022, 61 Design Water Networks through MINLP Formulation: An Algorithm to Find the Stability Region of Parameters. Fernando Arenas-Araya, Javiera Vergara-Zambrano, Felipe A.This article is cited by 172 publications. Finally, thoughts on the direction of future research are presented. Statistics and classifications of the literature annotations are provided. An analysis of the WN problem formulation also is given, together with an overview of solution techniques. This review provides the reader with literature annotations on the WN problem from the year 1980 and follows the format of an earlier HEN review paper. Despite noticeable achievements in the topic, there is still a need for robust flexible approaches that will find wider application in practice. Increasing public concern on scarce water resources, together with stringent regulations on wastewater discharge, has caused a great number of publications in recent years. The WN problem is most recent, and although the seminal work was published in 1980, the real development should be dated from 1994. The designing of heat exchanger networks (HENs), mass exchanger networks (MENs), and water networks (WNs) is a major topic of process system engineering.
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