长江内河港口污染物产生与处置能力风险分析

    Risk Analysis Concerning Production of Pollutants and Treatment Capability of Ports along Yangtze River

    • 摘要: 建设绿色港口是顺应未来港口发展趋势的必然需求,港口污染物处置能力是绿色港口的关键指标之一。为更好地加强绿色港口建设,在Bossel可持续发展定向指标框架的基础上,选取合适的指标,构建长江内河港口污染物产生与处置能力风险分析体系,并以某省港口为例,将港口产生的污染物种类及数量、各类污染物接收装置容量和污染物处置能力等作为评价指标,通过建立模型对港口污染物产生与处置能力风险进行评估,得出港口/码头的污染物产生和处置能力风险水平。基于53份问卷的数据分析结果表明,该省港口/码头的污染物产生与处置能力整体处于良好水平,其中39个港口/码头评分优良,14个港口/码头评分为中等和及格,没有评分为不可接受的港口/码头。在各定向指标中生存、能效、适应三项得分分别为3.91、4.28、4.13,得分较高;自由、安全和共存得分为3.51、3.58、3.53,评分较低。并结合定向指标中评分较低的自由、安全和共存指标,从增加码头污染物接收装置数量及容量、增加应急设备库数量并改进应急设备库位置、加强污染物处置能力和监管水平四个方面给出了进一步提升的建议。该方法可用于评估内河港口的污染物防治水平,进而有针对性地开展对策研究,对绿色港口的评估建设也具有一定的借鉴意义。

       

      Abstract: The system for the risk analysis is built, with the indexes set according to Bossel Framework for Indicators of Sustainable Development. For ports in a province, the type and volume of pollutants, the receiving capacity for every type of pollutants, the treatment ability for every type of pollutants are selected as the indexes for risk evaluation. 53 questionnaire answers about the ports in a province are analyzed. The pollutants production and treatment capability are generally good. 39 ports in the province are evaluated as excellent and 14 ports are fair. No one is evaluated as unacceptable. The measurements of the indexes for surviving, energy efficiency, adaptability is at comparatively higher level, 3.91, 4.28, 4.13 respectively. The measurements for freedom, safety, coexistence is relatively low, 3.51, 3.58, 3,53, respectively. Some suggestion is given, aiming to improve the latter 3 indexes. The suggestions include increasing pollutants receiving container at dock side, expanding emergency equipment storehouses and adjusting the location of them, increasing pollutants treatment capacity and strengthen supervising.

       

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