Heavy Metals Monitoring in Leachate from Landfill Site of Qazvin, Iran

Fard, Masoud Panahi; Mahvi, A H; Asgari, Alireza; Moradnia, Maryam

doi:10.29252/archhygsci.6.1.44

Cited by 9 publications

(4 citation statements)

References 6 publications

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“…VMPs para os parâmetros avaliados. químico (MOR et al, 2006;MOTURI;RAWAT;SUBRAMANIAN, 2004;PANAHIFARD et al, 2017). Com relação ao cromo total, somente o PJ3 apresentou valor acima do permitido (> 0,05 mg/L).…”

Section: Qualidade Da áGua Subterrâneaunclassified

“…Outros estudos em diferentes regiões do mundo também observaram a presença de tais metais nos lixiviados e na água subterrânea (ABD EL-SALAM; ABU-ZUID, 2015;AL SABAHI et al, 2009;BECK et al, 2010;MOR et al, 2006;MOTURI;RAWAT;SUBRAMANIAN, 2004;PANAHIFARD et al, 2017). Traços de metais estão fortemente associados com o material orgânico do lixiviado e as espécies desses variam de acordo com as condições químicas do aterro, como condições de redox e pH (YOUCAI; ZIYANG, 2016), principalmente quando a disposição de resíduos ainda é recente e a fase predominante de degradação é a ácida.…”

Section: Parâmetrosunclassified

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Qualidade do lixiviado e sua interferência na água subterrânea adjacente ao aterro sanitário de Palmeira das Missões (RS)

Bragagnolo¹,

Ferrazzo²,

Brum³

et al. 2018

REGA

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Section: Qualidade Da áGua Subterrâneaunclassified

Section: Parâmetrosunclassified

Qualidade do lixiviado e sua interferência na água subterrânea adjacente ao aterro sanitário de Palmeira das Missões (RS)

Bragagnolo¹,

Ferrazzo²,

Brum³

et al. 2018

REGA

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“…Wastes are not managed properly will be a source of Pb pollution, it produces leachate which is causing pollution. Fard et al [8] stated that leachate generally contains organic and inorganic compounds (heavy metals). The results of studies from MSW Landfill in Poland in 2011, the types of heavy metals found in leachate are timabl, copper, zinc, chromium, and cadmium [9].…”

Section: Introductionmentioning

confidence: 99%

The Effect of Lead Exposure through Drinking Water on Symptoms of Nervous System Disorders in Communities Around Pasir Sembung Landfill Cianjur, Indonesia, 2020

Hartono

Pratiwi

2021

Open Access Maced J Med Sci

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The nervous system is the system most sensitive to lead (Pb) toxicity, although the poisoning process occurs over a long period of time with a small absorption rate. Lead is a heavy metal that has toxic properties that can contaminate food, drinks, air and water. Lead exposure to the human body can go through various routes, one of which is ingestion. Lead in the environment can come naturally as well as from the results of human activities, one of which is leachate produced from waste that is not managed properly so that the leachate can pollute the environment around the landfill, especially ground water. This study aims to analyze the effect of intake of lead exposure through drinking water on the symptoms of nervous system disorders in the community around Pasir Sembung Landfill, Cianjur, Indonesia on 2020. This study used a cross sectional study design. The research sample consisted of 86 people who live in the ring around the landfill. Data collection was carried out by interview using a questionnaire and water sampling at 20 wells. The results showed that there was an influence between the intake of lead exposure through drinking water on symptoms of nervous system disorders (p value = 0.035; OR = 3.150). Based on these results, it is necessary to take quick steps and proper management efforts from the Cianjur Regency Government and the Pasir Sembung Landfill and related stakeholders in order to reduce the risk of health problems to the people living around the landfill.

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“…Nowadays, water resources including surface and ground water are to be polluted and contaminated by physical -chemical changes and ions. For these reasons the quality of these valuable resources are very important to provide healthy water supply and preserve the environment (3). In the whole global, water supplies encounter lack reliable access to clean water because of drought, low precipitation and population growth.…”

mentioning

confidence: 99%

A Comprehensive Evaluation Optimal Ground Water Desalination Process with Membranes and Integrated Process Using AHP Method in Qom Province, Iran

et al. 2018

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Background & Aims of the Study: Recently membranes have been widely used in Mena region especially Iran, due to purify the brackish water and solved the water scarcity. Qom province is located in desert like area of Iran and faced to water shortage. The aim of this study is evaluation of the best method of membrane process in the ground water wells of Qom province, Iran, in 2016. Materials and Methods: This descriptive cross sectional survey carried out at the central laboratory of water and Wastewater Company of Qom. The experimental tests were done in order to evaluate the treatment process of 12 physical-chemical water parameters such as: salinity, pH, TDS, EC, TH and Mg, Ca, SO 4 , Na, K, Cl and temperature, which performed by NF.RO Hybrid NF/RO desalination membranes installed on water desalination plant with pretreatment devices. All laboratory tested carried out undertaken of standard method of water and waste water 2012 with P value <0.05 .Then, the result of experimental tests weighted and ranked by AHP method and expert choice software11. Results: The evaluation of experimental tests showed the brackish water purified by NF membrane in ranges of 21.5%-95.5%, RO membrane 43%-97.2% and Hybrid NF/RO 63.95%-98.4%. Afterward the analyses of membrane performance carried out by weighting and scoring with AHP method and expert choice .The outcomes of the AHP revealed that Hybrid process obtained the best preference of membrane desalination by weight 0.449 .Then, RO by weight of 0.308, got second turn and NF, by weight of 0.243, followed by RO. It is considerable that the quality of brackish ground water treatment by Hybrid process has the highest function as the highest weight. Conclusion:The experimental tests were done by performed housing desalination plant with three membranes NF, RO, Hybrid NF/RO. The results showed the Hybrid membrane has the highest function as treatment and removal of 12 water parameters. Also, the result of hierarchy process with an expert choice and AHP method confirmed the best desalination process belongs to Hybrid membrane.

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Heavy Metals Monitoring in Leachate from Landfill Site of Qazvin, Iran

Cited by 9 publications

References 6 publications

Qualidade do lixiviado e sua interferência na água subterrânea adjacente ao aterro sanitário de Palmeira das Missões (RS)

Qualidade do lixiviado e sua interferência na água subterrânea adjacente ao aterro sanitário de Palmeira das Missões (RS)

The Effect of Lead Exposure through Drinking Water on Symptoms of Nervous System Disorders in Communities Around Pasir Sembung Landfill Cianjur, Indonesia, 2020

A Comprehensive Evaluation Optimal Ground Water Desalination Process with Membranes and Integrated Process Using AHP Method in Qom Province, Iran

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