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Alunite processing method selection using the AHP and TOPSIS approaches under fuzzy environment

机译:模糊环境下使用AHP和TOPSIS方法选择铝加工方法

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Alunite is the most important non bauxite resource for alumina. Various methods have been proposed and patented for processing alunite, but none has been performed at industrial scale and no technical,operational and economic data is available to evaluate methods. In addition, selecting the right approach for alunite beneficiation, requires introducing a wide range of criteria and careful analysis of alternatives.In this research, after studying the existing processes, 13 methods were considered and evaluated by 14 technical, economic and environmental analyzing criteria. Due to multiplicity of processing methods and attributes, in this paper, Multi Attribute Decision Making methods were employed to examine the appropriateness of choices. The Delphi Analytical Hierarchy Process(DAHP) was used for weighting selection criteria and Fuzzy TOPSIS approach was used to determine the most profitable candidates. Among 13 studied methods, Spanish, Svoronos and Hazan methods were respectively recognized to be the best choices.
机译:铝矾土是氧化铝最重要的非铝土矿资源。已经提出了多种方法来加工亚矾石并获得了专利,但尚未在工业规模上进行,并且没有技术,运营和经济数据可用于评估方法。此外,选择合适的方法进行铝矾石选矿,需要引入广泛的标准并仔细分析替代方法。在本研究中,在研究现有工艺之后,根据14种技术,经济和环境分析标准对13种方法进行了评估和评估。由于处理方法和属性的多样性,本文采用多属性决策方法来检验选择的适当性。德尔菲分析层次过程(DAHP)用于权重选择标准,模糊TOPSIS方法用于确定最有利可图的候选人。在研究的13种方法中,西班牙方法,Svoronos方法和Hazan方法分别被认为是最佳选择。

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