Drinking Water and Health.
Clasificación: | Libro Electrónico |
---|---|
Autor principal: | |
Formato: | Electrónico eBook |
Idioma: | Inglés |
Publicado: |
Washington :
National Academies Press,
1980.
|
Temas: | |
Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Drinking Water and Health
- Copyright
- Contents
- Preface
- REFERENCE
- I Executive Summary
- DISINFECTION
- Chemistry
- GRANULAR ACTIVATED CARBON
- II The Disinfection of Drinking Water
- ORGANIZATION OF THE STUDY
- GENERAL ASPECTS OF DISINFECTION
- Raw Water Quality
- Disinfectant Demand
- Physical and Chemical Treatments
- Particulates and Aggregates
- The Importance of Residuals
- Application of the Disinfectant
- Microbiological Considerations
- Model Systems and Indicator Organisms
- Laboratory Cultures versus Naturally Occurring OrganismsCHLORINE AND CHLORAMINES
- Chemistry of Chlorine in Water
- Chloramine Formation: Inorganic Chloramines
- Organic Chloramines
- Breakpoint Chlorination
- Analytical Methods and Their Evaluation
- Biocidal Activity
- Efficacy against Bacteria
- Free Chlorine (HOCl and OCl- )
- Monochloramine (NH2Cl)
- Dichloramine (NHCl2)
- Organic Chloramines
- Efficacy against Viruses
- Free Chlorine (HOCl and OCl- )
- Combined Chlorine (NH2Cl and NHCl2)
- Efficacy against Parasites
- Mechanism of ActionSummary
- Research Recommendations
- OZONE
- Chemistry of Ozone in Water
- Production and Application of Ozone
- Analytical Methods
- Residual
- Biocidal Activity
- Efficacy against Bacteria
- Efficacy against Viruses
- Efficacy against Parasites
- Mechanism of Action
- Summary and Conclusions
- Research Recommendations
- CHLORINE DIOXIDE
- The Chemistry of Chlorine Dioxide in Water
- Production and Application
- Analytical Methods
- Biocidal Activity
- Efficacy against Bacteria
- Efficacy against Viruses
- Efficacy against ParasitesComparative Biocidal Activity
- Mechanism of Action
- Conclusion
- Research Recommendations
- IODINE
- Chemistry of Iodine in Water
- Production and Application
- Analytical Methods
- Biocidal Activity
- Efficacy against Bacteria
- Efficacy against Viruses
- Efficacy against Parasites
- Mechanism of Action
- Conclusions
- Research Recommendations
- BROMINE
- Chemistry of Bromine in Water
- Production and Application
- Analytical Methods
- Biocidal Activity
- Efficacy against Bacteria
- Efficacy against VirusEfficacy against Parasites
- Mechanisms of Action
- Summary and Conclusions
- Research Recommendations
- FERRATE
- The Chemistry of Ferrate in Water
- Preparation
- Analytical Methods and Residuals
- Biocidal Activity
- Efficacy against Bacteria
- Efficacy against Viruses
- Mechanism of Action
- Conclusions
- HIGH PH CONDITIONS
- Attainment of Elevated pH
- Analytical Methods and Process Control
- Residual
- Biocidal Activity
- Efficacy against Bacteria
- Efficacy against Viruses