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Making Technology Work
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  • 87 b/w illus. 43 tables
  • Page extent: 282 pages
  • Size: 253 x 177 mm
  • Weight: 0.607 kg
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 (ISBN-13: 9780521523172 | ISBN-10: 0521523176)

DOI: 10.2277/0521523176

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 (Stock level updated: 02:45 GMT, 25 November 2015)


This book presents fifteen cases of technology applications in the energy and environment sectors, including solar, wind, fuel cell, nuclear, coal combustion and emission control technologies. The case studies demonstrate the importance of an interdisciplinary approach, integrating technical and non-technical aspects of the problem. They also introduce a toolbox of analytical techniques useful in the context of realistic technology application. These techniques include energy and mass balances, project financial analysis tools, treatment of external costs and benefits, probabilistic risk assessment, learning curves, regression analysis, and life cycle costing. Each case study presents a description of the relevant technology at a level accessible to anyone familiar with elementary concepts in basic science and engineering. The book is addressed to upper-level undergraduate students in the natural sciences, engineering and the social sciences who are interested in learning about problems of technology application, as well as technology practitioners in industry and government.

• Authors are world renowned in studies on energy and the environment • Introduces a 'toolbox' of analytical techniques useful for technology applications in the sciences, engineering and economics • Emphasizes interdisciplinary, integrated approach, synthesizing technical and non-technical features in all 15 chapters


1. Introduction; 2. Gasohol; 3. Solar thermal, windpower and photovoltaic technologies; 4. Electricity from coal; 5. Controlling acid rain from coal-fired power plants; 6. Greenhouse gases and global warming; 7. Nuclear power and its fuel cycle; 8. Managing nuclear waste; 9. Nuclear power and weapons proliferation; 10. Natural gas; 11. Safety and risk: examples from the liquefied natural gas and nuclear industries; 12. Synthetic fuels; 13. Fuel cells for automobiles; 14. Energy models and statistics; 15. The government's role in innovation; 16. Conclusions.

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