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Innovative Biofilm Prevention Strategies - A. Bargmeyer, M. Shirtliff, P. Butterfield, Anne Camper, Melinda J. Friedman, Glen Boyd, A. Bargmeyer
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A. Bargmeyer, M. Shirtliff, P. Butterfield, Anne Camper, Melinda J. Friedman, Glen Boyd, A. Bargmeyer:

Innovative Biofilm Prevention Strategies - Paperback

ISBN: 1843399040

Paperback, [EAN: 9781843399049], Iwa Publishing, Iwa Publishing, Book, [PU: Iwa Publishing], Iwa Publishing, 952068, Biochemistry, 952052, Agricultural Sciences, 952050, Professional Science, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 952258, Environmental Science, 952256, Earth Sciences, 952050, Professional Science, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 387058011, Chemical, 387059011, Coatings, Ceramics & Glass, 387064011, Materials, 387065011, Petrochemical, 387069011, Plant Design, 387060011, Plastics, 387062011, Polymer Chemistry, 387066011, Process Dynamics, 387061011, Safety, 387070011, Structural Properties, 387067011, Thermodynamics, 387068011, Unit Operations & Transport Phenomena, 387057011, Engineering, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 387101011, Environmental, 387071011, Civil, 387057011, Engineering, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 950618, Environmental Science, 950604, Environment, 956280, Science & Math, 927726, Subjects, 916520, Books, 956820, Biology, 956824, Cell Biology, 956828, Developmental Biology, 956830, Entomology, 51331011, Extraterrestrial, 51332011, Freshwater Biology, 956566, Marine Biology, 956826, Microbiology, 956370, Molecular Biology, 51333011, Systematics, 956812, Biological Sciences, 956280, Science & Math, 927726, Subjects, 916520, Books, 956302, Biochemistry, 956282, Chemistry, 956280, Science & Math, 927726, Subjects, 916520, Books, 956310, Environmental Science, 956306, Earth Sciences, 956280, Science & Math, 927726, Subjects, 916520, Books, 956788, Technology, 956790, Futurology, 956408, History of Technology, 106448011, Innovations, 956794, Nanotechnology, 106449011, Philosophy of Technology, 956800, Renewable Energy, 956796, Risks, 956798, Safety & Health, 274725011, Social Aspects, 956802, Technical Thinking & Writing, 106450011, Technology & Public Policy, 106451011, Technology & Society, 106452011, Technology Transfer, 956280, Science & Math, 927726, Subjects, 916520, Books, 15305971, Chemical Engineering, 15305951, Engineering, 15115321, Textbooks, 927726, Subjects, 916520, Books, 690358011, Environmental Engineering, 15305951, Engineering, 15115321, Textbooks, 927726, Subjects, 916520, Books, 690544011, Biology, 15306931, Biology & Life Sciences, 15306801, Sciences, 15115321, Textbooks, 927726, Subjects, 916520, Books, 690542011, Environmental Studies, 15306801, Sciences, 15115321, Textbooks, 927726, Subjects, 916520, Books

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Innovative Biofilm Prevention Strategies - A. Bargmeyer, M. Shirtliff, P. Butterfield, Anne Camper, Melinda J. Friedman, Glen Boyd, A. Bargmeyer
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A. Bargmeyer, M. Shirtliff, P. Butterfield, Anne Camper, Melinda J. Friedman, Glen Boyd, A. Bargmeyer:

Innovative Biofilm Prevention Strategies - Paperback

ISBN: 1843399040

Paperback, [EAN: 9781843399049], Iwa Publishing, Iwa Publishing, Book, [PU: Iwa Publishing], Iwa Publishing, 952068, Biochemistry, 952052, Agricultural Sciences, 952050, Professional Science, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 952258, Environmental Science, 952256, Earth Sciences, 952050, Professional Science, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 387058011, Chemical, 387059011, Coatings, Ceramics & Glass, 387064011, Materials, 387065011, Petrochemical, 387069011, Plant Design, 387060011, Plastics, 387062011, Polymer Chemistry, 387066011, Process Dynamics, 387061011, Safety, 387070011, Structural Properties, 387067011, Thermodynamics, 387068011, Unit Operations & Transport Phenomena, 387057011, Engineering, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 387101011, Environmental, 387071011, Civil, 387057011, Engineering, 950756, Professional & Technical, 927726, Subjects, 916520, Books, 950618, Environmental Science, 950604, Environment, 956280, Science & Math, 927726, Subjects, 916520, Books, 956820, Biology, 956824, Cell Biology, 956828, Developmental Biology, 956830, Entomology, 51331011, Extraterrestrial, 51332011, Freshwater Biology, 956566, Marine Biology, 956826, Microbiology, 956370, Molecular Biology, 51333011, Systematics, 956812, Biological Sciences, 956280, Science & Math, 927726, Subjects, 916520, Books, 956302, Biochemistry, 956282, Chemistry, 956280, Science & Math, 927726, Subjects, 916520, Books, 956310, Environmental Science, 956306, Earth Sciences, 956280, Science & Math, 927726, Subjects, 916520, Books, 956788, Technology, 956790, Futurology, 956408, History of Technology, 106448011, Innovations, 956794, Nanotechnology, 106449011, Philosophy of Technology, 956800, Renewable Energy, 956796, Risks, 956798, Safety & Health, 274725011, Social Aspects, 956802, Technical Thinking & Writing, 106450011, Technology & Public Policy, 106451011, Technology & Society, 106452011, Technology Transfer, 956280, Science & Math, 927726, Subjects, 916520, Books, 15305971, Chemical Engineering, 15305951, Engineering, 15115321, Textbooks, 927726, Subjects, 916520, Books, 690358011, Environmental Engineering, 15305951, Engineering, 15115321, Textbooks, 927726, Subjects, 916520, Books, 690544011, Biology, 15306931, Biology & Life Sciences, 15306801, Sciences, 15115321, Textbooks, 927726, Subjects, 916520, Books, 690542011, Environmental Studies, 15306801, Sciences, 15115321, Textbooks, 927726, Subjects, 916520, Books

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Innovative Biofilm Prevention Strategies - A. Bargmeyer
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Innovative Biofilm Prevention Strategies - new book

2005

ISBN: 9781843399049

ID: 9781843399049

Innovative Biofilm Prevention Strategies: Paperback: IWA Publishing: 9781843399049: 19 Apr 2005: Biofilms are ubiquitous in drinking water distribution systems, regardless of the type of treatment or disinfection employed by a utility. In general these biofilms pose no direct health threat unless their growth becomes excessive or pathogens that are inadvertently introduced into a distribution system become part of the biofilm microbial community. While biofilm can cause problems associa. Biofilms are ubiquitous in drinking water distribution systems, regardless of the type of treatment or disinfection employed by a utility. In general these biofilms pose no direct health threat unless their growth becomes excessive or pathogens that are inadvertently introduced into a distribution system become part of the biofilm microbial community. While biofilm can cause problems associated with taste and odor or corrosion, the possible presence and persistence of opportunistic pathogens within the biofilm may be the most important concern. Current methods employed to minimize biofilm include the use of residual disinfectants, reduction of organic matter or inorganic electron donors (e.g. ammonia) in the water, use of pipe materials and coatings that reduce the amount of biofilm accumulation, frequent flushing of pipelines, and the practice of corrosion control treatment when corroded iron pipes are present. New strategies for the control of biofilm are being discovered and tested in a wide variety of settings, but generally not within the context of drinking water distribution systems. It is therefore important to investigate the most promising new biofilm control strategies to determine their applicability to the very complex drinking water distribution system environment. The goal of this research was to investigate novel biofilm control strategies and technologies that could possibly be applied to drinking water systems. The intent of the research was to serve as an exploratory look at new control options and determine if any could warrant. Originally published by AwwaRF for its subscribers in 2004. Biochemistry, , , , Innovative Biofilm Prevention Strategies, A. Bargmeyer, 9781843399049, IWA Publishing, , , , ,

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Innovative Biofilm Prevention Strategies - Bargmeyer, A.; Shirtliff, M.; Butterfield, P.
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Bargmeyer, A.; Shirtliff, M.; Butterfield, P.:
Innovative Biofilm Prevention Strategies - Paperback

2005, ISBN: 1843399040, Lieferbar binnen 4-6 Wochen

ID: 9781843399049

Internationaler Buchtitel. In englischer Sprache. Verlag: AWWARF, 108 Seiten, L=279mm, B=210mm, H=6mm, Gew.=263gr, [GR: 26760 - TB/Biochemie/Biophysik], [SW: - Science], Kartoniert/Broschiert, Klappentext: Biofilms are ubiquitous in drinking water distribution systems, regardless of the type of treatment or disinfection employed by a utility. In general these biofilms pose no direct health threat unless their growth becomes excessive or pathogens that are inadvertently introduced into a distribution system become part of the biofilm microbial community. While biofilm can cause problems associated with taste and odor or corrosion, the possible presence and persistence of opportunistic pathogens within the biofilm may be the most important concern. Current methods employed to minimize biofilm include the use of residual disinfectants, reduction of organic matter or inorganic electron donors (e.g. ammonia) in the water, use of pipe materials and coatings that reduce the amount of biofilm accumulation, frequent flushing of pipelines, and the practice of corrosion control treatment when corroded iron pipes are present. New strategies for the control of biofilm are being discovered and tested in a wide variety of settings, but generally not within the context of drinking water distribution systems. It is therefore important to investigate the most promising new biofilm control strategies to determine their applicability to the very complex drinking water distribution system environment. The goal of this research was to investigate novel biofilm control strategies and technologies that could possibly be applied to drinking water systems. The intent of the research was to serve as an exploratory look at new control options and determine if any could warrant. Specific objectives of the work included: * Perform laboratory scale investigation of three control technologies using rotating annular reactors to simulate a drinking water distribution pipeline. * Select the most promising technology and test that technology in actual field settings under a variety of water quality and disinfectant conditions.

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Innovative Biofilm Prevention Strategies - Bargmeyer, A Shirtliff, M Butterfield, P
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Bargmeyer, A Shirtliff, M Butterfield, P:
Innovative Biofilm Prevention Strategies - Paperback

ISBN: 9781843399049

[ED: Taschenbuch], [PU: AwwaRF], Biofilms are ubiquitous in drinking water distribution systems, regardless of the type of treatment or disinfection employed by a utility. In general these biofilms pose no direct health threat unless their growth becomes excessive or pathogens that are inadvertently introduced into a distribution system become part of the biofilm microbial community. While biofilm can cause problems associated with taste and odor or corrosion, the possible presence and persistence of opportunistic pathogens within the biofilm may be the most important concern. Current methods employed to minimize biofilm include the use of residual disinfectants, reduction of organicmatter or inorganic electron donors (e.g. ammonia) in the water, use of pipe materials and coatings that reduce the amount of biofilm accumulation, frequent flushing of pipelines, and the practice of corrosion control treatment when corroded iron pipes are present. New strategies for the control of biofilm are being discovered and tested in a wide variety of settings, but generally not within the context of drinking water distribution systems. It is therefore important to investigate the most promising new biofilm control strategies to determine their applicability to the very complex drinking water distribution system environment. The goal of this research was to investigate novel biofilm control strategies andtechnologies that could possibly be applied to drinking water systems. The intent of the research was to serve as an exploratory look at new control options and determine if any could warrant. Specific objectives of the work included: Perform laboratory scale investigation of three control technologies using rotating annular reactors to simulate a drinking water distribution pipeline.Select the most promising technology and test that technology in actual field settings under a variety of water quality and disinfectant conditions.Versandfertig in 3-5 Tagen, [SC: 0.00]

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Innovative Biofilm Prevention Strategies
Author:

Bargmeyer, A.; Shirtliff, M.; Butterfield, P.

Title:

Innovative Biofilm Prevention Strategies

ISBN:

9781843399049

Biofilms are ubiquitous in drinking water distribution systems, regardless of the type of treatment or disinfection employed by a utility. In general these biofilms pose no direct health threat unless their growth becomes excessive or pathogens that are inadvertently introduced into a distribution system become part of the biofilm microbial community. While biofilm can cause problems associated with taste and odor or corrosion, the possible presence and persistence of opportunistic pathogens within the biofilm may be the most important concern. Current methods employed to minimize biofilm include the use of residual disinfectants, reduction of organic matter or inorganic electron donors (e.g. ammonia) in the water, use of pipe materials and coatings that reduce the amount of biofilm accumulation, frequent flushing of pipelines, and the practice of corrosion control treatment when corroded iron pipes are present. New strategies for the control of biofilm are being discovered and tested in a wide variety of settings, but generally not within the context of drinking water distribution systems. It is therefore important to investigate the most promising new biofilm control strategies to determine their applicability to the very complex drinking water distribution system environment. The goal of this research was to investigate novel biofilm control strategies and technologies that could possibly be applied to drinking water systems. The intent of the research was to serve as an exploratory look at new control options and determine if any could warrant. Specific objectives of the work included: * Perform laboratory scale investigation of three control technologies using rotating annular reactors to simulate a drinking water distribution pipeline. * Select the most promising technology and test that technology in actual field settings under a variety of water quality and disinfectant conditions.

Details of the book - Innovative Biofilm Prevention Strategies


EAN (ISBN-13): 9781843399049
ISBN (ISBN-10): 1843399040
Paperback
Publishing year: 2005
Publisher: AWWARF
108 Pages
Weight: 0,263 kg
Language: eng/Englisch

Book in our database since 29.03.2007 20:06:07
Book found last time on 14.12.2016 14:46:23
ISBN/EAN: 9781843399049

ISBN - alternate spelling:
1-84339-904-0, 978-1-84339-904-9

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