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Optimum Methods of Inactivation of Strongyloides stercoralis Larvae from Reclaimed Wastewater

机译:从再生废水中灭活甾体幼虫的最佳方法

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Strongyloidiasis presents a major health hazard when reusing wastewater. Albendazol with a concentration of 4 mg/l, a contact time of 45 min, pH 1.2 and pH 10.2, killed the larva. The larva was also killed with a 0.03% concentration of iodine and a detention time of 30 min or a 0.04% concentration of iodine and a contact time of 10 min. The required detention time to inactivate larva in water was found to be 17 days. The minimum revealed residual chlorine to kill the larvae was 4 mg/l with 120 min of detention time, and a minimum contact time was found to be 80 min with a residual of 23 mg/l. Many methods are available to inactivate the Strongyloides stercoralis, which could be acids, alkaline chemicals, larvicidal chemicals, super chlorination, or just detention time. The best method must be determined according to the prevailing specific environmental site and the feasibility of the selected method(s).
机译:再利用废水时,圆线虫病对健康构成重大危害。浓度为4 mg / l,接触时间为45分钟,pH 1.2和pH 10.2的阿苯达唑杀死了幼虫。还用浓度为0.03%的碘和30分钟的滞留时间或浓度为0.04%的碘和10分钟的接触时间杀死幼虫。发现使幼虫在水中失活所需的滞留时间为17天。在120分钟的滞留时间下,杀死幼虫的最小残留氯为4 mg / l,最小接触时间为80分钟,残留为23 mg / l。有许多方法可以使甾体类圆线虫失活,这些方法可以是酸,碱性化学物质,杀幼虫剂化学物质,超氯化作用或只是滞留时间。最佳方法必须根据当前的特定环境场所和所选方法的可行性来确定。

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