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MICROBIAL CONTROL IN FIBERGLASS MAT SYSTEMS

机译:玻纤毡系统中的微生物控制

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摘要

In fiberglass mat systems, microbial control is frequently one of the most difficult process variables to monitor and regulate. Many factors that may contribute to this include poor microbial monitoring strategies and inappropriate biocide usage and/or dosing. Maintaining an effective microbial control program will improve the overall quality of the fiberglass mat produced. A total system approach should be used to properly implement an effective microbial control program. This approach should include three main components. The first component is a system survey that identifies mechanical or operational issues that contribute to microbial fouling. The second is to identify and implement the most effective microbial control program. The final, and possibly most difficult component, is continued monitoring of the system to ensure the efficacy of the microbial control program is maintained. The objective of this paper is to review the total system approach to creating an effective microbial control program. This paper also presents the advantages of microbial activity testing (ATP testing) and toxicity testing when used to monitor a microbial control program.
机译:在玻璃纤维毡系统中,微生物控制通常是最难监控和调节的过程变量之一。可能导致这种情况的许多因素包括微生物监测策略不佳以及杀生物剂的使用和/或剂量不当。维持有效的微生物控制程序将改善生产的玻璃纤维毡的整体质量。应该使用整体系统方法来正确实施有效的微生物控制程序。该方法应包括三个主要组成部分。第一部分是系统调查,确定导致微生物结垢的机械或操作问题。第二是确定并实施最有效的微生物控制程序。最后,可能是最困难的部分是对系统的持续监控,以确保维持微生物控制程序的有效性。本文的目的是回顾创建有效微生物控制程序的整个系统方法。本文还介绍了用于监测微生物控制程序的微生物活性测试(ATP测试)和毒性测试的优势。

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