An integrated three-way decision methodology for sustainability of wastewater circularity in thermal power plants

These Microsoft Excel files support our manuscript titled “An integrated three-way decision methodology for sustainability of wastewater circularity in thermal power plants”.

1. We include the file for our dataset of 11 expert decision-makers. This file is necessary for the application of our proposed 3WD-MARCOS method.
2. We include the computations of our Example 1 until Example 4.
3. We also include a file that presents our data for the best-worst method. The results from Lingo® optimization software are shown in this file. We detailed here the computations necessary in obtaining the attribute weights. This file supports Table 5 of our manuscript.
4. We attach here the file for the 3WD-MARCOS application of our case study. This file supports Table 8 and Table 9 of our manuscript.
5. We include the necessary computations of our sensitivity analysis, shown in Section 5 of our manuscript. This file supports Figure 3.
6. Finally, we include a file showing the computations of our comparative analysis (Section 5). This file supports Figure 4, Figure 5, and Table 10 of our manuscript.

本研究配套的多份微软Excel（Microsoft Excel）文件，支撑我们题为《面向火电厂废水循环可持续性的集成三支决策（three-way decision）方法》的学术手稿。
1. 我们提供了包含11位专家决策者数据集的文件，该文件是应用本文提出的3WD-MARCOS方法的必备支撑文件。
2. 我们提供了示例1至示例4的全部计算过程文件。
3. 我们还提供了包含最佳-最差法（best-worst method）相关数据的文件，该文件中展示了来自Lingo®优化软件的计算结果，并详细记录了求取属性权重所需的全部计算流程，用于支撑手稿中的表5。
4. 我们附上了本案例研究的3WD-MARCOS应用文件，该文件用于支撑手稿中的表8与表9。
5. 我们提供了敏感性分析的完整计算过程文件，对应手稿第5节内容，用于支撑图3。
6. 最后，我们提供了对比分析（对应手稿第5节）的计算过程文件，该文件用于支撑手稿中的图4、图5以及表10。