Kadar BOD dan COD Air Lindi dengan Perlakuan Fitoremidiasi Tanaman Teratai (Nymphaea Sp.) dan Apu-Apu (Pistia stratiotes L.) (Studi Kasus TPA Jetis Purworejo)

Eni Muryani, Ika Wahyuning Widiarti
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引用次数: 1

Abstract

Phytoremediation is one of alternative methods to remove pollutant in leachate. Leachate from Jetis Landfill was applied in this research. The purposes of the study were to analysis the change of BOD and COD concentration using Nymphaea sp. and Pistia stratiotes L. and to observe plants condition.The research was carried out by laboratory experiment. Tools and materials used in this research were reactors with 50 L capacity, 455 L of leachate, 12 pcs of Nymphaea sp., 120 pcs of Pistia stratiotes L., 12 kg of palm fiber, and 120 kg of gravel. There were 25 reactors consisted of 1 control reactor, 12 reactors with 3 day of resident time (H3) and 12 reactors with 7 days of resident time (H7). Each of reactors is filled with 15-20 L of leachate which consisted of only plant reactors (T or A) and palm fiber, gravel and plant reactors (TIK or AIK).  Each reactor was tested the BOD and COD. Plant conditions were observed daily. Changes of BOD and COD levels for each treatment presented in graphs then analysed descriptively.The results showed that BOD and COD levels of each reactor were lower than control. The difference was relatively small. The AIK-H7 reactor was the most optimum in reducing BOD levels, although the percentage of reduction only 24.11%.  In TIK-H7, the COD level was 576 mg/L, the reduction percentage reached 23,6%. The plant observation, found on the 3rd day of treatment, the leaves of the Nymphaea sp. have begun to decay, while the leaves of the Pistia stratiotes L. have started to dry and turn yellow. On the 7th day the whole plant was died. Phytoremediation with Nymphaea sp. and Pistia stratiotes L. in this research was not maximum to remove BOD and COD in leachate of Jetis Landfill.
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植物修复是去除渗滤液中污染物的替代方法之一。以Jetis填埋场的渗滤液为研究对象。本研究的目的是分析睡莲(Nymphaea)和雌蜂(Pistia stratiotes L.)的BOD和COD浓度的变化,并观察植物状况。本研究是通过室内实验进行的。本研究使用的工具和材料为容量为50 L的反应器,渗滤液455 L, Nymphaea sp. 12 pcs, Pistia stratiotes L. 120 pcs,棕榈纤维12 kg,砾石120 kg。共25个反应器,包括1个对照反应器、12个驻留时间为3天的反应器(H3)和12个驻留时间为7天的反应器(H7)。每个反应器中填充15- 20l的渗滤液,这些渗滤液仅由植物反应器(T或A)和棕榈纤维、砾石和植物反应器(TIK或AIK)组成。对每个反应器进行了BOD和COD测试。每天观察植物状况。每种处理的BOD和COD水平变化以图表形式呈现,然后进行描述性分析。结果表明,各反应器的BOD和COD水平均低于对照。差异相对较小。AIK-H7反应器在降低BOD水平方面效果最佳,但降低率仅为24.11%。在TIK-H7中,COD水平为576 mg/L,降低率达到23.6%。植物观察发现,在处理第3天,仙女花的叶子开始腐烂,而层状树的叶子开始干燥变黄。第7天,整株植物死亡。在本研究中,采用Nymphaea sp.和Pistia stratiotes L.进行植物修复对Jetis填埋场渗滤液中的BOD和COD去除效果不佳。
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