Spatial Investigation of Nilüfer Stream Arsenic Pollution in Previous and Post COVID-19 Pandemic and Evaluation of Health Risks for Adult People

A. Katip
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Abstract

This study was carried out in Nilüfer Stream in Bursa City, where intensiveindustrial, agricultural and mining activities are existed. The temporal andspatial variation of arsenic was evaluated by examining its concentrationsbetween March 2015 and December 2021. Values between March 2015and December 2019 were evaluated as pre-pandemic, and values betweenMarch 2020 and December 2021 were evaluated as post-pandemic. Theresults were compared with national and international standards and thechronic and cancer risks were calculated for adults. When the 7-yeargeneral averages were examined, it was seen that the highest concentrationwas 0.0256 mg/L at the 8th Station, and the lowest concentration was0.0182 mg/L at the 1st Station. The reason why the highest value is atthe 8th station was that the wastewater of Nilüfer and Bursa OrganizedIndustrial Zones was discharged to Bursa West Wastewater TreatmentPlant before this station. After the pandemic the raises in concentrationswere observed at all stations, except for the 3rd Station. This shows thatthe pollution load had increased in general during the pandemic. However,it was estimated that there was a decrease in the pollution load of theindustrial wastewater coming to the 3rd Station, which was located afterthe Eastern Wastewater Treatment Plant of the City. It was observed thatall stations examined were higher than drinking water standards and lowerthan irrigation water standards according to WHO and Turkish NationalStandards. All measuring stations were greater than 1 of the hazardquotient (HQ) values. In terms of human consumption risk, all stations hada chronic and carcinogenic risk according to the values before and afterthe pandemic. After the pandemic conditions, the HQ order of the stationswas 8>10>7>9>2>6>4>1>3. In general, post-pandemic HQ values hadgenerally increased and the risk of cancer had increased.
2019冠状病毒病疫情前后nilicfer河砷污染空间调查及成人健康风险评价
这项研究是在布尔萨市的nil fer溪进行的,那里有密集的工业、农业和采矿活动。通过检测2015年3月至2021年12月的砷浓度,评估了砷的时空变化。2015年3月至2019年12月期间的值被评估为大流行前,2020年3月至2021年12月期间的值被评估为大流行后。结果与国家和国际标准进行了比较,并计算了成人的慢性和癌症风险。7年总平均值显示,第8站的浓度最高为0.0256 mg/L,第1站的浓度最低为0.0182 mg/L。第8站的最高值是由于在该站之前,nil fer和Bursa有组织工业区的废水已排放到Bursa西部污水处理厂。大流行后,除第3站外,所有监测站的浓度均有所上升。这表明,在大流行期间,污染负荷总体上有所增加。然而,据估计,进入3号站的工业废水污染负荷有所减少,该3号站位于城市东部污水处理厂之后。据观察,根据世界卫生组织和土耳其国家标准,所有被检查的站点都高于饮用水标准,低于灌溉用水标准。所有监测站的危害系数(HQ)值均大于1。在人类消费风险方面,根据大流行前后的数值,所有站点都具有慢性和致癌风险。疫情发生后,各监测站的总部排序为8>10>7>9>2>6>4>1>3。总的来说,大流行后的HQ值普遍增加,患癌症的风险也增加了。
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