Environmental engineering :designing a sustainable future
.PUBLICATION, DISTRIBUTION, ETC
Place of Publication, Distribution, etc.
New York
Name of Publisher, Distributor, etc.
Facts On File
Date of Publication, Distribution, etc.
2010
PHYSICAL DESCRIPTION
Specific Material Designation and Extent of Item
xv, 213 p. : ill. )chiefly col.( ; 25 cm
SERIES
Series Title
Green technology
GENERAL NOTES
Text of Note
Includes bibliographical references )p. 194-203( and index
NOTES PERTAINING TO TITLE AND STATEMENT OF RESPONSIBILITY
Text of Note
Anne Maczulak
CONTENTS NOTE
Text of Note
Preface -- Acknowledgments -- Introduction -- 1: New Directions In Civil Engineering -- History of environmental engineering -- Balancing resources and wastes -- Ecological design -- Case study: How do prairie dog tunnels work? -- Zero energy architecture -- Biomimicry -- Techniques used in engineering and design -- Abalone shell-designed for strength -- Conclusion -- 2: Designing Transit Systems -- Transport: Current status and future needs -- Urban transportation systems -- Personal vehicles -- Fuel efficiency -- Pedestrians and parking -- Commuter rails and buses -- Can bicycles make a difference? -- Air travel -- Roads -- Freight transport -- Case study: World's growing car culture -- Clean ships -- Alternatives to travel -- Conclusion -- 3: Innovations In Personal Vehicles -- New vehicles emerge -- Drag and energy loss -- Automobile industry -- Efficient vehicle design -- Aerodynamics -- Power -- Vehicle surface technology -- Case study: US interstate highways' effects on the environment -- Conclusion -- 4: Sustainable Manufacturing -- Today's manufacturing plants -- Wastes and emissions -- Heat energy -- Pollution control in manufacturing -- Zero discharge manufacturing -- Case study: Energy cost of making a car -- Sustainability and business -- Conclusion -- 5: Energy-Efficient Electronics -- Energy efficiency through the years -- Solar homes -- Smart appliances -- Lighting -- Case study: Learning from electric eels -- Home energy and heat storage -- Light -- Sensors and feedback -- Btu and the kilowatt -- Energy from nanotechnology -- Conclusion -- 6: Ecological Landscape Design -- Traditional landscape design -- Landscaping with nature -- Frank Lloyd Wright -- Ecological architecture -- Plants and trees -- Soil, water, and lawns -- Biodiversity gardens -- Rainwater harvesting -- Micro climates -- Walkways and driveways -- Case study: America's scenic byways -- Landscape design skills -- Conclusion -- 7: Sustainable Wastewater Treatment -- Energy-water connection -- Wastewater in developing countries -- Case study: Kufunda learning village, Zimbabwe -- Anaerobic digesters -- Gray water reuse -- Methane-cow power -- Ecological wastewater treatment -- Carbon adsorption -- Energy from wastewater -- Conclusion -- 8: Future Needs -- Appendixes -- Glossary -- Further resources -- Index