本文论述了有关排除饮用水中氡的可行性处理系统的选择,其主要依据百分排除率;资金和仪用、维修费用;安全可靠性及与Fe、Mn、细菌、有机质诸参数相关的未经处理水水质。扩散泡和填充蒸馏塔通风装置在A/W比分别为15∶1和5∶1时,其氡排除能力大于99%;而GAC系统平均为81±7.7%。虽然现场评估表明,GAC系统并不与通风系统一样有效,但GAC系统在研究阶段使用时符合设计要求。其他研究 This article discusses the selection of a feasible treatment system for the removal of deuterium in drinking water, which is mainly based on the percentage exclusion rate; capital and instrumentation, maintenance costs; safety and reliability and related to Fe, Mn, bacteria, organic matter parameters The treated water quality. Diffusion blister and packed distillation column ventilators with an A/W ratio of 15:1 and 5:1, respectively, have a hydrazine exclusion capacity of greater than 99%; whereas GAC systems have an average of 81 +/- 7.7%. Although the on-site evaluation showed that the GAC system is not as effective as the ventilation system, the GAC system meets the design requirements when used during the research phase. Other studies