The Performance of Electrocoagulation Process in Removing Organic and Nitrogenous Compounds from Landfill Leachate in a Three-Compartment Reactor

Bagastyo, Arseto Yekti; Sidik, Fahrudin; Anggrainy, Anita Dwi; Lin, Jr-Lin; Nurhayati, Ervin

doi:10.12911/22998993/145290

Cited by 12 publications

(5 citation statements)

References 18 publications

(23 reference statements)

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“…Research by Maliki et al (2020) showed that the use of electrocoagulation can decrease TDS levels by up to 25.64% from the initial value. This decrease is lower than the results of the study by Bagastyo et al (Bagastyo et al, 2022), where TDS levels can drop by up to 49% through the same process. TDS levels tend to decrease during the electrocoagulation process, although initial readings are not always consistent due to settling and sedimentation (Idusuyi et al, 2022).…”

Section: Conductivity and Tdscontrasting

confidence: 75%

Nutrient Recovery from Agricultural Waste Water Using Electrocoagulation Process, A Case Study of Thekelan, Semarang, Indonesia

et al. 2022

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Eutrophication is a natural phenomenon in aquatic ecosystems that causes algae and other aquatic plants to overproduce. This process can benefit the ecology in tiny amounts, but too many nutrients can generate hazardous algal blooms and kill fish and other aquatic life. To prevent eutrophication and sustain aquatic ecosystems, agricultural waste water like microalgae production wastewater must be treated. The goal of the project is to get nitrogen and phosphorus out of the wastewater from growing microalgae, which is an agricultural waste water. One way to recover nutrients from wastewater is electrocoagulation. This procedure uses an electric current to create microscopic gas bubbles that collect and remove pollutants from wastewater. According to this study, electrocoagulation reduces phosphate and nitrate in microalgae culture wastewater. Phosphate concentration dropped by 90.20% in the 15th minute, while nitrate concentration dropped by 36.19% in the 30th minute. These reductions may be caused by struvite formation and nitrate conversion to nitrogen gas. This study demonstrates that electrocoagulation is a potential technology for recovering nutrients from agricultural waste water and reducing aquatic ecosystem eutrophication.

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Section: Conductivity and Tdscontrasting

confidence: 75%

Nutrient Recovery from Agricultural Waste Water Using Electrocoagulation Process, A Case Study of Thekelan, Semarang, Indonesia

et al. 2022

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“…The percentage decrease in the TDS value was 65.3%. The decrease in the TDS value was higher than the value obtained by Bagastyo et al [13] (49%) but lower than those obtained by Bakry et al [11,14,15] (78%, 70.40%, and 91.50% respectively). According to Galvo et al [16] Guo et al [17] there are several factors that affect the result of electrocoagulation, which are the material and shape of the anode, pH, current density, electrode distance, conductivity, current strength, electrocoagulation time and power.…”

Section: Effect Of Electrolysis Time On Total Dissolved Solid (Tds)contrasting

confidence: 64%

Investigation of time impact on electrocoagulation process to treat ablution wastewater

Mudofir

Taufik²,

Rusdan³

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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The ablution ritual performed by Muslims before praying requires large amounts of clean water (3.9 L - 4.42 L/person). This is a challenge that needs to be addressed, as in some places, water is a scarce commodity. This study aims to treat ablution wastewater at Masjid Al-Bukhari UIN Raden Mas Said Surakarta using electrocoagulation. The treated water is expected to be reused for ablution rituals in the mosque. Laboratory-scale research methods were performed to treat ablution wastewater. The effect of electrolysis time was evaluated to determine efficiency of the method on the parameters of pH, temperature, total dissolved solid (TDS), conductivity, and ammonia level. Interestingly, ablution wastewater treated using electrocoagulation meets clean water quality standards. This means that the water is safe to reuse for ablution activities in mosques. The electrolysis time has a significant effect on the increase of pH value and the decrease of ammonia level. TDS levels decreased to 65.3% when treated for 40 min. Meanwhile, the conductivity value decreased to 526 µS/cm from the initial value of 1108 µS/cm when the water was treated for 60 min. Statistically, electrolysis time has a significant effect on the decrease of TDS, conductivity, and ammonia levels (α<0.05).

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“…Several studies have reported the EC can be used to decrease nitrate concentration. Malakootian et al [56,57] report 89.7% and 43-59% removal of nitrate, respectively. This happens because an oxidation reaction occurring at the anode produces cation metals that can eliminate nitrate from water [58].…”

Section: Nitrite (No2) and Nitrate (No3)mentioning

confidence: 97%

Physicochemical and Microbial Characteristics and Social Perception of Treated Ablution Wastewater Reuse in Solo, Indonesia

Mudofir¹,

Taufik²,

Rusdan³

et al. 2023

IJSDP

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The increased demand for water stimulates the use of treated wastewater as an alternative resource. However, there has been a constant concern from communities regarding the quality of the treated water. Thus, we present an investigation of community perception on reusing treated wastewater from ablution wastewater. This study aims to treat the ablution wastewater using the continuous electrocoagulation method and to investigate community perception of the treated wastewater. A laboratory experiment was conducted to observe the physical, chemical, and biological properties of the treated wastewater, while focus group discussions (FGD) with 10 respondents from two different mosques in Solo were carried out to understand the community perception if the treated wastewater to be reused for ablution water. The laboratory results showed that the electrocoagulation coupled with the chlorination process successfully diminished the wastewater's physical and chemical properties. the results meet the standards set by the Ministry of Health of the Republic of Indonesia through Regulation No. 32/2017 on Water Quality Standard for Sanitary Hygiene Purposes. On the other hand, the FGD results revealed two different perspectives regarding the application of treated wastewater. Over half of the respondents agreed to reuse the ablution wastewater, while the remaining declined. The decisions of those who agreed are highly affected by the Indonesian Ulema Council Fatwa regarding the status of the treated wastewater. Meanwhile, those who refused argued that currently, there is no urgency to use the treated wastewater since they are not aware of the seriousness of the issue. Furthermore, the respondents are also concerned about the possibility of virus contamination on the treated wastewater, making the water unsafe to be used.

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The Performance of Electrocoagulation Process in Removing Organic and Nitrogenous Compounds from Landfill Leachate in a Three-Compartment Reactor

Cited by 12 publications

References 18 publications

Nutrient Recovery from Agricultural Waste Water Using Electrocoagulation Process, A Case Study of Thekelan, Semarang, Indonesia

Nutrient Recovery from Agricultural Waste Water Using Electrocoagulation Process, A Case Study of Thekelan, Semarang, Indonesia

Investigation of time impact on electrocoagulation process to treat ablution wastewater

Physicochemical and Microbial Characteristics and Social Perception of Treated Ablution Wastewater Reuse in Solo, Indonesia

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