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The fully revised third edition of this unique and comprehensive overview of the science and technology of the bottled waters industry contains brand new chapters which address these new developments. As well as an updated introductory chapter reviewing the market, the degree to which the global legislative and regulatory picture has changed is examined, and new and increasingly-used quality standards are assessed. The book provides a definitive source of reference for all those involved in bottled water production: beverage technologists, packaging technologists, analytical chemists, microbiologists and health and safety personnel.
The bottled waters industry has become a vital and vigorous sectorof the beverage world, in developed and developing countriesworldwide. Since publication of the first edition in 1998, theindustry has undergone a remarkable expansion, and this has servedto underline the need for an accessible source of technicalguidance. This book is unique in providing an overview of the science andtechnology of the bottled waters industry. The second edition hasbeen strengthened by bringing in a US co-Editor, and the coveragehas been thoroughly revised and considerably extended. A newchapter is included on cleaning and disinfection. The book provides a definitive source of reference for beveragetechnologists, packaging technologists, analytical chemists,microbiologists and health and safety personnel.
How and why branded bottles of water have insinuated themselves into our daily lives, and what the implications are for safe urban water supplies. How did branded bottles of water insinuate themselves into our daily lives? Why did water become an economic good—no longer a common resource but a commercial product, in industry parlance a “fast moving consumer good,” or FMCG? Plastic Water examines the processes behind this transformation. It goes beyond the usual political and environmental critiques of bottled water to investigate its multiplicity, examining a bottle of water's simultaneous existence as, among other things, a product, personal health resource, object of boycotts, and part of accumulating waste matter. Throughout, the book focuses on the ontological dimensions of drinking bottled water—the ways in which this habit enacts new relations and meanings that may interfere with other drinking water practices. The book considers the assemblage and emergence of a mass market for water, from the invention of the polyethylene terephthalate (PET) bottle in 1973 to the development of “hydration science” that accompanied the rise of jogging in the United States. It looks at what bottles do in the world, tracing drinking and disposal practices in three Asian cities with unreliable access to safe water: Bangkok, Chennai, and Hanoi. And it considers the possibility of ethical drinking, examining campaigns to “say no” to the bottle and promote the consumption of tap water in Canada, the United States, and Australia.
Bottled and Packaged Water, Volume Four in The Science of Beverages series, offers great perspectives on current trends in drinking water research, quality control techniques, packaging strategies, and current concerns in the field, thus revealing the most novel standards in the industry. As consumer demand for bottled and packaged water has increased, the need for scientists and researchers to understand how to analyze water quality, safety, and control are essential. This all-encompassing resource for research and development in this flourishing field covers everything from sensory and chemical composition, to materials and manufacturing. Presents a detailed analysis and sensory characteristics of water to foster research and innovation Provides the latest technological advancements and microbiological characterization methods in the field Includes regulatory tools for beverage packaging to help industry personnel maintain compliance
The continued lack of access to adequate amounts of safe drinking water is one of the primary causes of infant morbidity and mortality worldwide and a serious situation which governments, international agencies and private organizations are striving to alleviate. Barriers to providing safe drinking water for rural areas and small communities that must be overcome include the financing and stability of small systems, their operation, and appropriate, cost-effective technologies to treat and deliver water to consumers. While we know how to technically produce safe drinking water, we are not always able to achieve sustainable safe water supplies for small systems in developed and developing countries. Everyone wants to move rapidly to reach the goal of universal safe drinking water, because safe water is the most fundamental essential element for personal and social health and welfare. Without safe water and a safe environment, sustained personal economic and cultural development is impossible. Often small rural systems are the last in the opportunity line. Safe Drinking Water in Small Systems describes feasible technologies, operating procedures, management, and financing opportunities to alleviate problems faced by small water systems in both developed and developing countries. In addition to widely used traditional technologies this reference presents emerging technologies and non-traditional approaches to water treatment, management, sources of energy, and the delivery of safe water.
"Many people consider ground water deep beneath their feet as mysterious, perhaps even supernatural. To clarify matters, hydrogeologist Frank Chapelle has written a definitive history and science of subsurface water in his Wellsprings, a book both accessible to the lay reader while being filled with startling nuggets of information pleasing to the professional water scientist."--Donald Siegel, professor of earth sciences, Syracuse University "This book tells the story of bottled water in the United States in a highly readable and in-depth way, covering both the facts of the subject, and the persons and events that resulted in this now ubiquitous product."--Stephen C. Edberg, professor, Yale University Bottled water is a part of everyday life for millions of Americans. Per capita consumption in the United States now tops fifteen gallons per year with sales over $5 billion in 2002. Even as fuel prices climb, many people are still willing to pay more for a gallon of bottled water than they are for the equivalent in gasoline. At the same time, bottled water has become a symbol of refined taste and a healthy lifestyle. But despite its growing popularity, many people cannot quite put their finger on just why they prefer bottled water to the much less expensive tap variety. Some have a vague notion that bottled water is "healthier," some prefer the convenience and more consistent taste, and others are simply content to follow the trend. The fact is most people know very little about the natural beverage that they drink and enjoy. It is reasonable to wonder, therefore, just what differentiates bottled water from other water? Is it really better or healthier than tap water? Why is it that different brands seem to have subtle variations in taste? As Francis H. Chapelle reveals in this delightful and informative volume, a complex story of geology, hydrology, and history lies behind every bottle of spring water. The book chronicles the history of the bottled water industry in America from its beginnings in Europe hundreds of years ago to the present day. Subsequent chapters describe the chemical characteristics that make some waters desirable, and provide an overview of the geologic circumstances that produce them. Wellsprings explains how these geologic conditions vary throughout the country, and how this affects the kinds and quality of bottled water that are available. Finally, Chapelle shows how the bottled water industry uses this natural history, together with the perceived health benefits of spring waters, to market their products. Accessibly written and well illustrated, Wellsprings is both a revealing account and a user's guide to natural spring waters. Regardless of your drinking preference, this timely exploration will make your next drink of water refreshingly informed.
The Drinking Water Book takes a level-headed look at the serious issues surrounding America's drinking water supply. In the completely revised comprehensive guide to making tap and bottled water safer, you'll find unbiased reporting on what's in your water and how to drink safely. Featuring the latest scientific research, Ingram evaluates the different kinds of filters and bottled waters and rates specific products on the market. The Drinking Water Book: · Honestly and thoroughly tackles a subject vital to ongoing environmental, health, and safety concerns · Shows how to avoid bogus safety tests, scams, and unnecessary expenditures · Explains the toxins in our water, how to test for them, and how to get rid of them · Details which toxins aren't regulated by federal and state water standards
Water went from being a free natural resource to one of the most successful commercial products of the last one hundred years. That's a big story, and water is big business. Gleick exposes the true reasons we've turned to the bottle, from fear mongering by business interests and our own vanity to the breakdown of public systems and global inequities.
With an increasing population, use of new and diverse chemicals that can enter the water supply, and emergence of new microbial pathogens, the U.S. federal government is faced with a regulatory dilemma: Where should it focus its attention and limited resources to ensure safe drinking water supplies for the future? Identifying Future Drinking Water Contaminants is based on a 1998 workshop on emerging drinking water contaminants. It includes a dozen papers that were presented on new and emerging microbiological and chemical drinking water contaminants, associated analytical and water treatment methods for their detection and removal, and existing and proposed environmental databases to assist in their proactive identification and regulation. The papers are preceded by a conceptual approach and related recommendations to EPA for the periodic creation of future Drinking Water Contaminant Candidate Lists (CCLsâ€"produced every five yearsâ€"include currently unregulated chemical and microbiological substances that are known or anticipated to occur in public water systems and that may pose health risks).