Design of Ozone and UV Processes for Drinking WaterDisinfection Based on Pilot-Scale Studies

机译：基于中试研究的饮用水消毒臭氧和紫外线工艺设计

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This study presents a comprehensive approach and a rigorousrnmethodology to evaluate the feasibility of ozonation and ultravioletrntechnologies for Cryptosporidium inactivation based on site-specificrnwater characteristics and disinfection objectives. The results of thisrnstudy demonstrates that conducting a thorough pilot-scale study canrnprovide valuable information for the design of a robust and soundrnprocess that could meet future disinfection regulations mainly centeredrnon Cryptosporidium inactivation. The use of microbial surrogates suchrnas Bacillus subtilis spores during pilot studies can also provide sitespecificrninformation on the future disinfection performance of potentialrnsuitable processes.

机译：这项研究提出了一种综合的方法和一种严格的方法论，以根据特定地点的水质特征和消毒目标来评估臭氧化和紫外线技术对隐孢子虫灭活的可行性。这项研究的结果表明，进行全面的中试研究可以为设计一种健壮而健全的工艺提供有价值的信息，该工艺可以满足未来以消毒隐孢子虫为中心的消毒法规。在试点研究过程中使用微生物替代物诸如枯草芽孢杆菌孢子还可以提供有关潜在合适工艺未来消毒性能的特定地点信息。

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来源
《International Ozone Association 16th world congress: abstracts and full papers of oral presentations》|2003年|1-23|共23页
会议地点 Las Vegas NV(US)
作者
Jerome Leparc; Chandra Mysore; Birgit Marrino; Larry Gurnari;
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USFilter– Two Sun Court – Suite 220 – Norcross, GA 30092;

USFilter– Two Sun Court – Suite 220 – Norcross, GA 30092;

PCI-WEDECO Environmental Technologies – 1 Fairfield Crescent –rnWest Caldwell, NJ 07006;

PCI-WEDECO Environmental Technologies – 1 Fairfield Crescent –rnWest Caldwell, NJ 07006;

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Design of Ozone and UV Processes for Drinking WaterDisinfection Based on Pilot-Scale Studies

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