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测试抗菌清洁剂对被黑葡萄穗霉污染的石膏墙板的功效。

Testing antimicrobial cleaner efficacy on gypsum wallboard contaminated with Stachybotrys chartarum.

作者信息

Menetrez Marc Y, Foarde Karin K, Webber Tricia D, Dean Timothy R, Betancourt Doris A

机构信息

US Environmental Protection Agency, Office of Research and Development, National Risk Management Research Laboratory, Air Pollution Prevention and Control Division, Research Triangle Park, NC 27711, USA.

出版信息

Environ Sci Pollut Res Int. 2007 Nov;14(7):523-8. doi: 10.1065/espr2007.03.397.

Abstract

GOAL, SCOPE AND BACKGROUND: Reducing occupant exposure to indoor mold is the goal of this research, through the efficacy testing of antimicrobial cleaners. Often mold contaminated building materials are not properly removed, but instead surface cleaners are applied in an attempt to alleviate the problem. The efficacy of antimicrobial cleaners to remove, eliminate or control mold growth on surfaces can easily be tested on non-porous surfaces. However, the testing of antimicrobial cleaner efficacy on porous surfaces, such as those found in the indoor environment such as gypsum board can be more complicated and prone to incorrect conclusions regarding residual organisms. The mold Stachybotrys chartarum has been found to be associated with idiopathic pulmonary hemorrhage in infants and has been studied for toxin production and its occurrence in water damaged buildings. Growth of S. chartarum on building materials such as gypsum wallboard has been frequently documented.

METHODS

Research to control S. chartarum growth using 13 separate antimicrobial cleaners on contaminated gypsum wallboard has been performed in laboratory testing. Popular brands of cleaning products were tested by following directions printed on the product packaging.

RESULTS

A variety of gypsum wallboard surfaces were used to test these cleaning products at high relative humidity. The results indicate differences in antimicrobial efficacy for the six month period of testing.

DISCUSSION

Results for the six types of GWB surfaces varied extensively. However, three cleaning products exhibited significantly better results than others. Lysol All-Purpose Cleaner-Orange Breeze (full strength) demonstrated results which ranked among the best in five of the six surfaces tested. Both Borax and Orange Glo Multipurpose Degreaser demonstrated results which ranked among the best in four of the six surfaces tested.

CONCLUSIONS

The best antimicrobial cleaner to choose is often dependent on the type of surface to be cleaned of S. chartarum contamination. For Plain GWB, no paint, the best cleaners were Borax, Lysol All-Purpose Cleaner-Orange Breeze (full strength), Orange Glo Multipurpose Degreaser, and Fantastik Orange Action.

RECOMMENDATIONS AND PERSPECTIVES

These results are not meant to endorse the incomplete removal of mold contaminated building materials. However, it is recognized that complete removal may not always be possible and solutions to control mold regrowth may contribute to reduced occupant exposure. Current recommendations of removal and replacement of porous building materials should be followed. It is not the intension of this discussion to endorse any product. Reporting on the performance of these products under the stated conditions was and remains the only purpose.

摘要

目标、范围及背景:本研究的目标是通过对抗菌清洁剂的功效测试,减少居住者接触室内霉菌的机会。通常,被霉菌污染的建筑材料未得到妥善清除,而是使用表面清洁剂试图缓解问题。抗菌清洁剂在无孔表面上清除、消除或控制霉菌生长的功效很容易测试。然而,在多孔表面(如室内环境中常见的石膏板)上测试抗菌清洁剂的功效可能会更复杂,并且容易得出关于残留微生物的错误结论。已发现葡萄穗霉与婴儿特发性肺出血有关,并对其毒素产生及在水损建筑物中的出现情况进行了研究。葡萄穗霉在石膏墙板等建筑材料上的生长情况已有大量记录。

方法

在实验室测试中,使用13种不同的抗菌清洁剂对受污染的石膏墙板上的葡萄穗霉生长进行了控制研究。按照产品包装上印刷的说明对知名品牌的清洁产品进行了测试。

结果

在高相对湿度下,使用了多种石膏墙板表面来测试这些清洁产品。结果表明在为期六个月的测试期间,抗菌功效存在差异。

讨论

六种类型的石膏墙板表面的测试结果差异很大。然而,有三种清洁产品的效果明显优于其他产品。来苏尔全能清洁剂 - 橙色微风(原液)在测试的六个表面中的五个表面上表现出的效果名列前茅。硼砂和橙色光彩多功能除油剂在测试的六个表面中的四个表面上表现出的效果名列前茅。

结论

最佳抗菌清洁剂的选择通常取决于要清除葡萄穗霉污染的表面类型。对于普通石膏墙板(无油漆),最佳清洁剂是硼砂、来苏尔全能清洁剂 - 橙色微风(原液)、橙色光彩多功能除油剂和范塔斯蒂克橙色活力清洁剂。

建议与展望

这些结果并非旨在认可对被霉菌污染的建筑材料进行不完全清除。然而,人们认识到完全清除可能并不总是可行的,控制霉菌再生的解决方案可能有助于减少居住者的接触。应遵循当前关于清除和更换多孔建筑材料的建议。本讨论无意认可任何产品。在所述条件下报告这些产品的性能过去是、现在仍然是唯一目的。

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