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Determination of heavy metals in indoor dust from Istanbul, Turkey: Estimation of the health risk

机译:土耳其伊斯坦布尔的室内灰尘中重金属的测定:健康风险的估算

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Levels of eight potentially toxic heavy metals in indoor dust from homes and offices in Istanbul were investigated. The concentrations of heavy metals in indoor dust from homes + office ranged from 62 to 1800 μg g~(-1) for Cu, 3-200 μg g~(-1) for Pb, 0.4-20 μg g~(-1) for Cd, 210-2800 μg g~(-1) for Zn, 2.8-460 μg g~(-1) for Cr, 8-1300 μg g~(-1) for Mn, 2.4-25 μg g~(-1) for Co, 120-2600 μg g~(-1) for Ni. Results of the study were comparable to other studies conducted on indoor dust and street dust from a variety of cities globally. Considering only ingestion + inhalation, the carcinogenic risk level of Cr for adults and children (3.7 × 10~(-5) and 2.7 × 10~(-5)) in Istanbul was in the range of EPA'ssafe limits (1 × 10~(-6) and 1 × 10~(-4)), indicating that cancer risk of Cr due to exposure to indoor dust in Istanbul can be acceptable. According to calculated Hazard Quotient (HQ), for non-cancer effects, the ingestion of indoor dust appears to be the major route of exposure to the indoor dust that results in a higher risk for heavy metals, followed by dermal contact and inhalation pathways. However, compared to ingestion and dermal contact exposure, exposure through inhalation is almost negligible. Hazard Index (HI) values for all studied elements were lower than safe limit of 1 and this result suggested that none of the population groups would likely to experience potential health risk due to exposure to heavy metals from indoor dust in the study area.
机译:调查了伊斯坦布尔家庭和办公室室内灰尘中八种可能有毒的重金属含量。居所+办公室中的室内灰尘中重金属的浓度范围为:Cu 62-1800μgg〜(-1),Pb 3-200μgg〜(-1),0.4-20μgg〜(-1)对于Cd,对于Zn为210-2800μgg〜(-1),对于Cr为2.8-460μgg〜(-1),对于Mn为8-1300μgg〜(-1),对于2.4-25μgg〜(- 1)对于Co,对于Ni为120-2600μgg〜(-1)。该研究结果可与全球其他城市对室内灰尘和街道灰尘进行的其他研究相媲美。仅考虑摄入+吸入,伊斯坦布尔成人和儿童的Cr致癌危险水平(3.7×10〜(-5)和2.7×10〜(-5))在EPA的安全限值范围内(1×10 〜(-6)和1×10〜(-4)),表明在伊斯坦布尔因暴露于室内灰尘而导致Cr的癌症风险是可以接受的。根据计算出的危险商数(HQ),对于非癌症影响,摄入室内灰尘似乎是暴露于室内灰尘的主要途径,这导致重金属风险更高,其次是皮肤接触和吸入途径。但是,与摄入和皮肤接触相比,通过吸入的接触几乎可以忽略不计。所有研究元素的危险指数(HI)值均低于安全极限1,并且该结果表明,由于研究区域暴露于室内粉尘中的重金属,因此没有任何人群会面临潜在的健康风险。

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