Kümin Daniel, Albert Monika Gsell, Summermatter Kathrin
Basler & Hofmann AG, Esslingen, Switzerland.
Institute for Infectious Diseases, University of Bern, Bern, Switzerland.
Appl Biosaf. 2019 Dec 1;24(4):200-206. doi: 10.1177/1535676019887049.
Formaldehyde is still the method of choice for fumigation of rooms and HEPA filters at high- and maximum-containment facilities because of its proven track record and low cost. However, formaldehyde has been shown to be carcinogenic and should ideally be replaced by other, less hazardous methods. This change has in part been hampered by the relatively high cost of alternative methods.
Here, we provide examples of room fumigations using aerosolized hydrogen peroxide showing not only that it can be used economically but also that it is a versatile method and may be used under circumstances not normally suited for fumigation.
Four examples of fumigation setups are presented that illustrate the versatility, ease of use, and adaptability of aerosolized hydrogen peroxide as a fumigant. In addition, we demonstrate that aerosolized hydrogen peroxide passes through HEPA filters in biological safety cabinets and individually ventilated cage racks.
Considering that the fumigation method presented here is simple and highly effective, we expect it to serve as a relatively cost-effective alternative to formaldehyde fumigation for disinfecting potentially contaminated rooms and surfaces.
由于其可靠的记录和低成本,甲醛仍是高防护和最高防护设施中房间及高效空气过滤器熏蒸的首选方法。然而,甲醛已被证明具有致癌性,理想情况下应由其他危害较小的方法取代。这一转变在一定程度上受到替代方法相对较高成本的阻碍。
在此,我们提供了使用雾化过氧化氢进行房间熏蒸的示例,表明其不仅可以经济地使用,而且是一种通用方法,可在通常不适合熏蒸的情况下使用。
给出了四个熏蒸设置示例,说明了雾化过氧化氢作为熏蒸剂的通用性、易用性和适应性。此外,我们证明雾化过氧化氢可通过生物安全柜和独立通风笼架中的高效空气过滤器。
鉴于此处介绍的熏蒸方法简单且高效,我们预计它将成为一种相对经济有效的替代方法,用于对可能受污染的房间和表面进行消毒,以替代甲醛熏蒸。