中和废水工业知道使用电凝方法与电极电凝与处理时间变量和厚度

Idral Amri, Ihda Nurjanah, Irdoni
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引用次数: 0

摘要

这家豆腐工厂位于Pelalawan区Pangkalan Kerinci,每天产生1立方米的废液,在排放到环境之前,这些废液没有经过处理就被立即处理掉了。经分析,废液不符合Permen LH No. 5 2014。这将降低水中的含氧量。本研究的目的是确定TSS, BOD和pH随板厚和处理时间的降低水平。豆腐工业废液的中和。采用电混凝法通过改变时间、板厚来降低BOD、TSS和中和pH。结果表明:(1)时间变化(20、40和60分钟),有效时间为60分钟,0.6 A电流强度使BOD浓度降低72%,TSS降低69.9%,pH变为6.01。(2)板厚变化(0.5;1.0 mm和1.5 mm),当有效板厚为1 mm时,处理60分钟可使BOD浓度降低73.14%,TSS降低68.78%,pH变为6.83。所得研究结果符合2014年Permen LH No.5。
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Netralisasi Limbah Cair Industri Tahu Menggunakan Metoda Elektrokoagulasi dengan Elektroda Al-Al dengan Variabel Waktu Proses dan Ketebalan Plat
The tofu factory located in Pangkalan Kerinci, Pelalawan District, produces 1 m3 of liquid waste every day and are immediately disposed of without going throught the processing before release to environment. The analysis shows that the liquid waste is not in accordance with Permen LH No. 5 2014. This will deerease the oxygen level in the water. The purpose of this study was to determine reduce levels of TSS, BOD and pH with plate thicknes and prosesing time. Neutralization of liquid waste of tofu industry. The electrocoagulation method was used to reduce BOD, TSS and neutralize pH by varying the time, plate thickness. The conclusions obtained are: (1) Time variation (20, 40 and 60 minutes), and effective time is 60 minutes, current strength of 0.6 A decreases 72% BOD concentration, TSS 69.9% and pH becomes 6.01. (2) Variation in plate thickness (0.5; 1.0 and 1.5 mm), and effective plate thickness of 1 mm at 60 minutes can reduce BOD concentration 73.14%, TSS 68.78%, pH becomes 6.83. The results of the research obtained are in accordance with Permen LH No.5 of 2014.
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