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首页> 外文期刊>Health Physics: Official Journal of the Health Physics Society >Residential Radon Mitigations at Kitigan Zibi Anishinabeg: Comparison of Above Ground Level (RIM JOIST) and Above Roof Line Discharge of Radon Mitigation SUB-SLAB Depressurization Systems
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Residential Radon Mitigations at Kitigan Zibi Anishinabeg: Comparison of Above Ground Level (RIM JOIST) and Above Roof Line Discharge of Radon Mitigation SUB-SLAB Depressurization Systems

机译:居住在Kitigan博氡措施之一Anishinabeg:地面水平的比较(RIM搁栅)及以上屋顶线放电氡缓解SUB-SLAB减压系统

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摘要

Radon mitigations in nine houses were conducted by installing sub-slab depressurization systems (SSDS) with two types of discharge and fan locations: Ground level discharge with the fan located in the basement or roof-discharge with the fan located in the attic. This paper presents a detailed comparative analysis of the radon reduction efficiency, condensation problems, and the cost-effectiveness of both SSDS installation scenarios in nine houses. The mitigations from both SSDS scenarios were successful in reducing radon. The results of rim-joist installations discharging above ground level with the fans located in the basement show that a sealed radon fan with proper fittings and sealed piping were able to reduce the radon to acceptable levels in a cost-effective manner.
机译:在九房屋进行了氡措施之一安装sub-slab减压系统(ssd)两种类型的放电和风扇地点:地面放电的粉丝位于地下室或roof-discharge风扇位于阁楼。氡的一个详细的比较分析效率,减少冷凝问题,ssd安装的成本效益场景在9个房子。ssd的场景都是成功的在减少氡。卸货高出地面的粉丝位于地下室表明一个密封的氡风扇与适当的配件和密封的管道能够减少氡可接受的水平成本效益的方式。

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