Biological Research Center, Jadiriyah, P.O. Box 2371, Baghdad, Iraq.
Environ Monit Assess. 1988 Jul;11(1):79-87. doi: 10.1007/BF00394514.
An investigation covering 12 districts of Baghdad city was conducted over 2 yr to monitor the effect of domestic storage practice on the quality of drinking water. Water storage tanks are widely used in Iraq as an additional water source. Tap and stored waters were tested for their chemical constituents i.e. Ca, Mg, Na, K, Cl, Zn, Fe, Pb, Cd, and total hardness (T.H.). All the tested elements were within the permissible limits. However, statistical analysis showed a significant variation between the different districts for T.H., Cu, Mg and chloride for both tap and stored waters. Seasonal variations have a significant effect on the levels of some elements. The quality of stored water was not affected by storage practice. Zinc, Pb and Fe were the only elements that showed some variation in the stored waters. This was attributed to the effects of corrosion of the tank metal and the migration of metals from the distribution system.
对巴格达市 12 个区进行了为期 2 年的调查,以监测家庭储存方式对饮用水质量的影响。水罐在伊拉克被广泛用作额外的水源。对自来水和储存水进行了化学成分测试,包括钙、镁、钠、钾、氯、锌、铁、铅、镉和总硬度 (T.H.)。所有测试元素均在允许范围内。然而,统计分析显示,不同地区的自来水和储存水的 T.H.、铜、镁和氯化物存在显著差异。季节性变化对一些元素的水平有重大影响。储存方式对储存水的质量没有影响。锌、铅和铁是储存水中仅有的显示出一些变化的元素。这归因于水箱金属腐蚀和金属从分配系统迁移的影响。