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The Continuous Peat Water Treatment System to Lower Iron and Manganese as Live Media for Cyprinus Carpio

机译:连续泥炭水处理系统降低铁和锰作为鲤鱼的活体培养基

摘要

This study was conducted in May 2014 in the of River Tarai, Tarai Bangunvillage, Kampar distric, Riau province. The purpose of this study was to reduce levelsof Fe and Mn with peat water treatment system that is continuous under appropriateregulation of government of number 82 year 2001, so that the processed water iscontinuously peat can be used as a medium of live Cyprinus carpio. Analysis ofwater samples conducted in laboratory peat Public Works Department Pekanbaru.The method used in this study is an experimental method to operate the packetprocessing tools peat water continuously. The research used filter media is zeolite,mangrove charcoal and coarse sand. The results of the peat water treatment systemsshowed a continuous decrease in the concentration levels of metals Fe is 0.0238 mg/L with an average 94.01% decrease effectiveness. The continuous peat watertreatment system also shows decrease in the concentration of Mn levels is 0.0034 mg/ L with an average decrease of 97.55% effectiveness. This value metal rate of Fe andMn after processed have as according to regulation of government of number 82 year2001. While testing the system using peat treated water continuously performedduring the 4 days can support rate of survival for Cyprinus carpio about 100%.
机译:这项研究于2014年5月在廖内省金宝市Tarai Bangunvillage的Tarai河内进行。这项研究的目的是通过在2001年第82号政府的适当监管下连续进行的泥炭水处理系统降低Fe和Mn的含量,从而使加工过的水连续用作泥炭鲤鱼的媒介。在实验室泥炭公共工程部Pekanbaru进行的水样分析。本研究中使用的方法是一种实验方法,可连续操作包处理工具泥炭水。研究使用的过滤介质为沸石,红树林木炭和粗砂。泥炭水处理系统的结果表明,金属中铁的浓度水平持续降低,为0.0238 mg / L,平均降低效率为94.01%。连续泥炭水处理系统还显示锰含量的浓度降低为0.0034 mg / L,平均降低效率为97.55%。加工后的Fe,Mn的该金属含量值符合2001年第82号政府的规定。在连续4天使用泥炭处理过的水对系统进行测试的过程中,鲤鱼的存活率约为100%。

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