THMs Precursor Removal Efficiency from Different Wastewater Treatment Technologies Effluents  

作　　者：Mohannad Qurie Loay Awad Amer Kanan 

机构地区：[1]Department of Environment and Earth Sciences, Al-Quds University, Palestine [2]Center for Chemical and Biological Analysis, Al-Quds University, Palestine [3]Basic Science Departement, Faculty of Engineering, Imam Abdulrahman bin Faisel University, Dammam, KSA

出　　处：《Journal of Water Resource and Protection》2018年第7期637-653,共17页水资源与保护（英文）

摘　　要：Treated wastewater is one of the critical practices of sustainable water management. In Palestinian authority region different wastewater technologies are used to produce variety of effluents that are potentially suitable for different purposes. In this study, these different treated wastewater effluents were characterized chemically, biologically, and physically. Results showed that some of these effluents neither comply with Palestinian nor with other global effluent discharge guidelines. Chemical reactivity of five different treated wastewater effluents with chlorine was measured by determining their chlorine demand and total trihalomethane formation potential (TTHMFP). Results showed that different wastewater effluents chemical reactivity with chlorine and TTHMFP is not only dependent on wastewater treatment technology but also is affected by original water source from which was the water emerged. In all cases, measured THMs superseded acceptable drinking water limits. This would indicate responsibility of high percentage of cancer, hepatic and renal diseases among the local people.Treated wastewater is one of the critical practices of sustainable water management. In Palestinian authority region different wastewater technologies are used to produce variety of effluents that are potentially suitable for different purposes. In this study, these different treated wastewater effluents were characterized chemically, biologically, and physically. Results showed that some of these effluents neither comply with Palestinian nor with other global effluent discharge guidelines. Chemical reactivity of five different treated wastewater effluents with chlorine was measured by determining their chlorine demand and total trihalomethane formation potential (TTHMFP). Results showed that different wastewater effluents chemical reactivity with chlorine and TTHMFP is not only dependent on wastewater treatment technology but also is affected by original water source from which was the water emerged. In all cases, measured THMs superseded acceptable drinking water limits. This would indicate responsibility of high percentage of cancer, hepatic and renal diseases among the local people.

关 键 词：Wastewater CHLORINATION TRIHALOMETHANE Formation Potential EFFLUENT Hepatic DISEASE Renal DISEASE Cancer 

分 类 号：R73[医药卫生—肿瘤]