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- W3174328615 abstract "This work investigates the performance of electrochemical disinfection system in treating effluent of septic tank. The electrolysis cells employed Ti/IrO2 anodes and stainless steel cathodes. DC-power supply bench-scale were performed under 12V using actual effluent of septic tank without adding chemical reagent. More than 70% removal in TSS, and greater than 50% of TCOD and SCOD reduction, while TKN and NH3-N where achieved within 1-4hours with the removal efficiency ≤10%. Additionally, lowest energy consumption for organic pollutants removal were 4.41 mA/cm2, while highest energy requirement 4.86 mA/cm2. Meanwhile, operating cost per day were in range between 0.88 – 3.86 Bath/day and average energy use per capita per day 1.25 Bath/cap/d. Tracer study was an instrument to measure hydraulic characteristics such as mean residence time, dispersion index, short circuit, hydraulic efficiency (λ), and dead space. The NaCl was used as chemical tracer in this experiment which injected into the electrochemical tank by pulse injection. The effluent concentration of NaCl concentration were analyzed by plotting RTD curves. The mean residence time varied between 1 – 2 hours using electricity current and without electricity current. Tracer experiment using electricity current provide less mean space value (0.072) illustrated high treatment performance. Hydraulic efficiency showed higher performance (0.65 0 0.80) which is known has a good efficiency. Lower dispersion number (0.001) achieved plug flow condition." @default.
- W3174328615 created "2021-07-05" @default.
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- W3174328615 date "2020-01-01" @default.
- W3174328615 modified "2023-09-26" @default.
- W3174328615 title "Performance of Electro-Chemical (EC) Disinfection in The Treatment Of Septic Tank Effluent under Plug Flow Condition" @default.
- W3174328615 doi "https://doi.org/10.26760/icgtd2020.v1i1.43" @default.
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