基于模糊综合评价法的硫磺矿渣资源评价

    Evaluation of sulfur slag resource based on fuzzy comprehensive evaluation

    • 摘要: 云南省昭通地区镇雄县的土法炼硫,对周边环境造成了严重的污染;此外,其产生的硫磺矿渣中含有铁、钛等有用组分可回收。因此,开展硫磺矿渣综合利用具有环境和资源双重价值。文章采用模糊综合评价法,构建硫磺矿渣资源可利用性评价体系,对镇雄县东部乡镇进行了综合评价。建立三层评价指标体系,选取面积、矿渣重量、矿渣密度等10个指标,构建比较矩阵,划分标准,计算指标等级,最终得到6个乡镇的综合评价值。结果表明:黑树镇在等级评价和综合指数评价中均位列第一,与实际踏勘结果一致,可以作为下一步硫磺矿渣综合利用具有资源优势的示范乡。

       

      Abstract: Smelting sulfur has caused serious environmental pollution in Yunnan province Zhenxiong country. Besides, sulfur slag contains some recycled components, such as iron (Fe) and titanium (Ti). Comprehensive utilization of sulfur slag must be carried out due to the dual advantage of environmental and resource. The paper put forward a three-layer evaluation system which includes identifying and organizing decision objects, criteria and constraints into a three-layer hierarchy; evaluating pairwise comparisons between the 10 relevant elements at each level of the hierarchy; and the synthesis using the solution algorithm of the results of the pairwise comparisons over all levels. Further, the result gives relative importance of the 6 towns in Zhenxiong country. The results show that Heishu town ranks first both in the rating and comprehensive index evaluation which is consistent with the filed survey. The research results suggest Heishu town to be the model town of comprehensive utilization of sulfur slag.

       

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