Chemistry of Water Treatment, Second EditionThis second edition demonstrates how chemistry influences the design of water treatment plants and how it should influence the design. Historically, water treatment plants have been designed from hydraulic considerations with little regard to chemical aspects. The many chemical reactions used for removal of pollutants from water simply cannot be forced to occur within current designs. This book re-examines this traditional approach in light of today's water quality and treatment. Will current water treatment processes be sufficient to meet future demands or will new processes have to be devised? Chemistry of Water Treatment assesses the chemical and physical efficacies of current processes to meet the demands of the Safe Drinking water Act, providing expert information to persons responsible for the production of potable water into the next century. |
Отзывы - Написать отзыв
Не удалось найти ни одного отзыва.
Содержание
Criteria and Standards for Drinking Water Quality | 1 |
Organic Compounds in Raw and Finished Waters | 49 |
Tastes and Odors in Drinking Water | 93 |
Removal of Organics and Inorganics by Activated Carbon | 127 |
Aeration | 197 |
Removal of Particulate Matter by Coagulation | 215 |
Removal of Particulate Matter by Filtration and Sedimentation | 271 |
Removal of Hardness and Other ScaleForming Substances | 313 |
Removal of Inorganic Contaminants | 353 |
Removal of Corrosive Substances | 435 |
Removal of Pathogenic Bacteria Viruses and Protozoans | 483 |
Index | 487 |
197 | 518 |
Другие издания - Просмотреть все
Часто встречающиеся слова и выражения
acid activated alumina activated carbon addition adsorbed adsorption alkalinity alum application calculated capacity charge chemical chlorine coagulation compounds concentration constant contaminants contents corrosion courtesy cysts determined disinfection distribution dosage drinking water effect Equation et al example exchange Figure filter filtration flow formation given inactivation increase indicated initial inorganic iron kinetics lead less lower mercury metal method mg/L natural obtained occurs odor operation organic oxidation ozone particles pH value Phase pipe plant polymer precipitation present range reaction reduced Reference removal reported Reproduced residual River samples sand seen in Figure shows sludge softening solids solubility solution species supplies surface Table taste temperature tion treated turbidity types units various water treatment Water Works Assoc µg/L