对重金属的电动学修复使用了TOISAPU AMBON最终垃圾场的2-D hexagoal电极

Noke Kesaulya, Y. T. Filindity
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引用次数: 0

摘要

采用二维六边形电极对土壤进行电动力学修复,观察电动力学处理前、中和处理后土壤中pH、Hg、Zn、Pb等重金属的浓度。研究结果表明:土壤中汞金属离子含量为1.088 ppm;Zn =0.135 ppm, Pb = 0.115 ppm。由于TPA中的垃圾不同,每次的金属离子浓度也不同。Hg的处理效率为24.78%;Zn, 33.71%, Pb, 10.13%。阴极距离和修复时间对电动力学修复过程的效率影响较大。离阴极越近,修复过程所需时间越短,反之亦然
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REMEDIASI ELEKTROKINETIK TERHADAP LOGAM-LOGAM BERAT MENGGUNAKAN ELEKTRODA 2-D HEXAGONAL PADA TANAH DARI TEMPAT PEMBUANGAN AKHIR (TPA) TOISAPU AMBON
The Electrokinetic Remediation process for soil using 2-D hexagonal electrode has been done with observing pH and concentration of heavy metals, such as Hg, Zn and Pb of soil before, during and after processing the electrokinetic. Results of research  indicated  that contents of soil in Hg metal ions were 1.088 ppm; Zn =0.135 ppm and Pb, 0.115 ppm. Concentration of the metal ions was different to each time because rubbish in TPA was also different. Process efficiencies for Hg were 24.78 %; Zn, 33.71 % and Pb, 10.13 %. Efficiency process of electrokinetic remediation was highly influence by distance of cathode and duration of remediation process. Closer distance from cathode, time taken for remediation process was shorter, also the opposite
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