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Industrial Ecology (2nd Edition)
Ebook Free Industrial Ecology (2nd Edition)
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From the Back Cover
To a significant degree, the first edition of this book defined the new field of industrial ecology, the restructuring of technological activity to incorporate environmental concerns. Important topics from that book are updated here, among them life-cycle assessment product design for the environment the incorporation of environmental considerations into product development integrating industrial ecology into corporations budgets and cycles In addition, the new edition includes entire chapters on topics that are becoming or have become newly important to the field: the biological model applied to industrial systems the status of resources the transition from products to services systems analysis Earth systems engineering and management While still serving as a practical guide to product designers and corporate managers, the new edition also provides guidance for the broader task of mapping a societal evolution to a more sustainable world, thus justifying industrial ecology's label as "the science and technology of sustainability."
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Excerpt. © Reprinted by permission. All rights reserved.
It has been a maxim of many years' standing that the goals of industry are incompatible with the preservation and enhancement of the environment. It is unclear whether that maxim was ever true in the past, but there is certainly no question that it is untrue today. The more forward-looking corporations and the more forward-looking nations recognize that providing a suitable quality of life for Earth's citizens will involve not less industrial activity but more, not less reliance on new technologies but more, not less interaction of technology with society but more, and that providing a sustainable world will require close attention to industry-environment interactions. This awareness of corporations, of citizens, and of governments promises to ensure that corporations that adopt responsible approaches to industrial activities will not only avoid problems but will benefit from their foresight. Indeed, the involvement of industry is crucial if the world is to achieve sustainable development. Robert Sievers of the University of Colorado points out that governments have many critical short-term issues demanding their attention: achieving economic stability, feeding growing populations, establishing politically viable nations, making the transition from centrally controlled to free market economies, and so forth. The activities of many governments may thus be rather insular for the foreseeable future. At the same time, corporations are increasingly multinational, have longer time horizons, and depend for their survival and prosperity on relatively stable global business conditions and on responding to the desires and concerns of many different cultures and populations. Private firms, not governments, choose, develop, implement, and understand technology. Hence, responsible corporations may turn out to be among the global leaders in the transition between nonsustainable and sustainable development, but they will need the help of governments and nongovernmental organizations in establishing broad, insightful approaches and frameworks to the complex interactions that are involved. There are three time scales of significance in examining the interactions of industry and environment. The first is that of the past, and concerns itself almost entirely with remedies for dealing with inappropriate disposal of industrial wastes. The second time scale is that of the present, and deals largely with complying with regulations, with preventing the obvious mistakes of the past, and with conducting responsible operations. Hence, it emphasizes waste minimization, avoidance of known toxic chemicals, and "end-of-pipe" control of emissions to air, water, and soil. Corporate environment and safety personnel are often involved, as are manufacturing personnel, in making small to modest changes to processes that have proved their worth over the years. On neither of these time scales do today's industrial process designers and engineers play a significant role. The third time scale is that of the future. The industrial products, processes, and services that are being designed and developed today will dictate a large fraction of the industry-environment interactions over the next few decades. Thus, process and product design engineers hold much of the future of industry-environment interactions in their hands, and nearly all are favorably disposed toward doing their jobs with the environment in mind. Their problem is that doing so requires knowledge and perspective never given to them during their college or professional educations and not readily available in their current positions. Remedying this situation for the students and technological professionals of today and tomorrow is the primary focus of this book. In addition, we have crafted the book so that it will be a useful addition to curricula in policy, business, environmental science, law, and other related specialties, since it is equally important that students and professionals in those disciplines understand more about technology's role in mitigating or contributing to environmental problems. Industrial ecology, which we define in Chapter 2, is a modern approach to thinking about economy-environment interactions. As applied to manufacturing, it requires familiarity with industrial activities, environmental processes, and societal interactions, a combination of specialties that is rare. Accordingly, we have purposely attempted to make this volume useful for those whose primary background is industrial, environmental, or societal, or for those who interact with specialists in those disciplines. Many chapters include discussions of common industrial approaches to the issue being discussed as well as perspective on the environmental impacts produced. For the latter, we emphasize impacts on long time and space scales, as shorter horizons are often better recognized and better regulated either internally or externally. The approaches differ depending on the venue, but all in all, industrial ecology is about ways to transform environmental goals into reality. The book is divided into five sections. The first provides a brief definition of the topic and outlines the approach of the book. The second, the Physical, Biological, and Societal Framework, describes the playing field on which industrial ecology operates, and the opportunities and constraints that each of these areas provides. In the third section, Design for Environment, topics central to the designers of products, processes, and services are discussed: energy, materials, product delivery and use, end of life. The central concept of life-cycle assessment is introduced here in some detail. The fourth section, Corporate Industrial Ecology, addresses the implementation of industrial ecology within the corporate environment. The final section, Systems-Level Industrial Ecology, deals with issues broader than a design, a factory, or a corporation, as we discuss industrial ecosystems, resource analysis, models and predictions, and Earth system science and engineering. We have purposely mixed the philosophical with the practical. Avoiding that mix creates a textual product that is easier to write and easier to comprehend, but one that is much less relevant. The essence of industrial ecology is that it is the combination of technology with society, and that combination has many facets and many implications. The industrial ecologist needs to appreciate corporate and societal interactions, and to understand something of the interactions of industrial activity with the environment. Only at that point is there a logical framework in which to place goals and techniques. We have been gratified at the reception given to the first edition of this book. It was published in 1995, at a time when industrial ecology was a young field searching for definition, approaches, and tools. Our attempt to fill this need was inevitably preliminary. Nonetheless, several thousand students and professionals used the book; Sukehiro Gotoh of Japan's National Institute for Research on the Environment translated it into Japanese; and several thousand students and professionals acquired our subsequent books, Design for Environment (1995), Industrial Ecology and the Automobile (1998), Streamlined Life-Cycle Assessment (1998) (T.E.G. only), and Industrial Ecology: Policy Framework and Implications (1999) (B.R.A. only), all published by Prentice Hall. During these few years, the field has begun its own archival publication, the Journal of Industrial Ecology, and has formed the International Society of Industrial Ecology. The vigor and lasting nature of industrial ecology is now unmistakable. As industrial ecology has developed, ideas that were embryonic a decade ago have matured, and new ways of approaching technology-environment interactions have emerged. Accordingly, we spend significant parts of this edition of the book on topics completely unaddressed in the first edition: the relevance of biological ecology, indicators and metrics, the service sector, industrial symbiosis, systems analysis, and scenario development, to name a few. In a textbook for a mature field, these additions would be largely a synthesis of the work of many. Industrial ecology is new enough and its practitioners few enough, however, that parts of these topics represent our efforts to define and describe areas not yet widely addressed, but appearing to hold considerable promise. These new areas seem likely to transform industrial ecology from a topic centered rather narrowly on product design to one defining the parameters and pathways toward sustainable development. In the process, industrial ecology is becoming increasingly interdisciplinary and ever more broadly relevant. We are grateful to many people for their help during the preparation of this second edition. Detailed reviews were performed by Arpad Horvath, University of California, Berkeley, Timothy Considine, Pennsylvania State University, M. Bertram, R. Gordon, R. Lifset, H. Rechberger, and S. Spatari, and the book is much the better for their comments. For the use of illustrations and examples, we thank I. Horkeby (Volvo Car Corporation), and R. Tierney (Pratt & Whitney). We have appreciated our interactions with the staff at Prentice Hall, especially Marcia Horton and Laura Fischer, who have helped us produce what we feel is a most attractive book. Finally, we thank AT&T, the AT&T and Lucent Foundations, the U.S. National Science Foundation, and the U.S. National Academy of Engineering for their support of industrial ecology initiatives; their help has been essential in the development of this new field. T. E. GRAEDEL B. R. ALLENBY
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Product details
Hardcover: 363 pages
Publisher: Prentice Hall; 2 edition (September 27, 2002)
Language: English
ISBN-10: 9780130467133
ISBN-13: 978-0130467133
ASIN: 0130467138
Product Dimensions:
7 x 0.9 x 9 inches
Shipping Weight: 1.3 pounds (View shipping rates and policies)
Average Customer Review:
4.3 out of 5 stars
5 customer reviews
Amazon Best Sellers Rank:
#373,004 in Books (See Top 100 in Books)
This sets the standard for a new science of life cycle impact assessment and explains its fundamental principles about making better decisions in the context of a highly interconnected global supply chain.
Though a bit dated the information is well put together.Text for the environmental engineering course at Conestoga College
Very satisfied with both price, book and time of shipment.
I bought this book while writing my under-graduation final project in "Corporate Environmental Strategies", which was later published in a Brazilian magazine called Industrial Ecology. The book changed the way I see environmentalism in a very important way: it made me stop discussing about the real state of the world and start worrying about improving it (in those times I had read 'The skeptical Environmentalist' by Bjorn Lomborg and 'The Ultimate Resource 2' by Julian Simon, which are great books in my opinion). I started to understand that the most important is not to define where we stand, but to make the world a better place.Graedel and Allenby propose practical and detailed strategies in order to 'green' the production process. They start the book with a really unbiased discussion about environmentalism and slowly provide the context for the introduction of environmental processes into the industrial world (full table of contents below). The text is written in a very clear and didactic way, and the technical terms are explained from A-Z.I strongly recommend this book for engineers, environmentalists, managers, biologists, and people who want to improve the world's environment.TABLE OF CONTENTS1. Humanity and Environment.2. The Industrial Ecology Concept.3. Technological Change and Evolving Risk.4. The Relevance of Biological Ecology to Technology.5. The Status of Resources.6. Society and Culture.7. Governments, Laws, and Economics.8. Industrial Product Design and Development.9. Industrial Process Design and Operation.10. Choosing Materials.11. Designing for Energy Efficiency.12. Product Delivery.13. Environmental Interactions During Product Use.14. Design For End of Life.15. An Introduction to Life-Cycle Assessment.16. The LCA Impact and Interpretation Stages.17. Streamlining the LCA Process.18. Using the Corporate Industrial Ecology Toolbox.19. Managing Industrial Ecology in the Corporation.20. Indicators and Metrics.21. Services, Technology, and Environment.22. Industrial Ecosystems.23. Metabolic and Resource Analysis.24. Systems Analysis, Models, and Scenario Development.25. Earth Systems Engineering and Management.26. The Future of Industrial Ecology.Appendix A: Electronic Solder Alternatives: A Detailed Case Study.Appendix B: Units of Measurement in Industrial Ecology.Glossary.Index.
The book presents the main topics of environmental science in a clear, organized format, relating them to industrial production of goods. Full of visual aids, excercises, and suggested reading lists at the end of each chapter, could definetly be a text book for undergrads.Humanity and Environment.Technology and Industry. Lyfe-Cycle Assessment. Process and Product Audits. Industrial Design. Materials, Packaging and Transportation. Recycling.
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