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Flushing Methods in Polder Drainage System to Obtain Better Environment Quality

机译:Pol田排水系统中的冲洗方法以获得更好的环境质量

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The Banger Polder is a polder system which covers an area ofaround 670 hectares in Semarang city. There are about 90,000 inhabitantsliving in this area. The Polder area is vulnerable to flooding caused by highwater levels during high tide and more during heavy rain. Climate changewhich may cause high sea level forms a serious threat for the coastal areasin Semarang as delta area. Objectives of the paper are to create causerelation flowchart, to analyse flushing zone, and to plan implementationand maintenance of flushing system. Regarding the research methods forimplementing the case, there are seven parties interviewed and observedrelated to flushing program. The parties are described with their interests, influence and (optional) negative impacts of stakeholders. The Causalrelation tree of flushing process is divided into 5 different steps:innovative, quality effect, operational effect, qualification effect, andmonitor effect. According to the observation and interview result, flushingzone in Banger polder area can be divided into 5 zones which areimplemented by some institutions; SIMA, PSDA, BBWS and Bappeda. Agood implementation and maintenance is needed to maintain the flushingsystem.
机译:Banger der田是一种Se草系统,在三宝垄市占地约670公顷。生活在该地区的居民约有90,000。 high田地区在高潮时易受高水位引发的洪水侵害,而在大雨期间更易遭受洪水泛滥。气候变化可能导致海平面升高,对三宝垄三角洲沿海地区构成严重威胁。本文的目的是创建因果关系流程图,分析冲洗区域,并计划冲洗系统的实施和维护。关于实施该案的研究方法,有七个与冲洗程序有关的被采访和观察的当事人。描述了各方的利益,影响和利益相关者的(可选)负面影响。冲洗过程的因果关系树分为五个不同的步骤:创新,质量效应,操作效应,鉴定效应和监控效应。根据观察和访谈的结果,将邦格地区的冲洗区划分为5个区,由一些机构实施。 SIMA,PSDA,BBWS和Bappeda。需要良好的实施和维护来维护冲洗系统。

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