Water & wastewater infrastructure: energy efficiency and sustainability / Frank R. Spellman

By:

Spellman, Frank R

Material type: Text

TextLanguage: English Publication details: CRC Press, 2013. New York:Description: xviii, 443 pISBN:

9781466517851

Subject(s):

Waterworks -- Energy conservation

DDC classification:

628.10286 SPE-W

Contents:

1. Introduction 2. Characteristics of the wastewater and drinking water industries – 3. Water, wastewater, and energy – 4. Planning for a sustainable energy future – 5. Energy-efficient equipment – 6. Energy-efficient operating strategies – 7. Combined heat and power (CHP) – 8. Gas turbines – 9. Microturbines – 10. Reciprocating engines – 11. Steam turbines – 12. Fuel cells – 13. CHP and wastewater biogas – 14. Macro- and microhydropower – 15. Solar power – 16. Wind power – 17. Energy conservation measures for wastewater treatment.

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Holdings
Item type	Current library	Collection	Call number	Status	Date due	Barcode	Item holds
Text/Reserve Book	Library, SPAB H-1	Non Fiction	628.10286 SPE-W (Browse shelf(Opens below))	Available		006814

Total holds: 0

Browsing Library, SPAB shelves, Shelving location: H-1, Collection: Non Fiction Close shelf browser (Hides shelf browser)

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Previous	628.1 WAT Water and liberalisation:	628.1028 JOH-G Geographic information systems in water resources engineering /	628.10286 GRE Green technologies for sustainable water management.	628.10286 SPE-W Water & wastewater infrastructure:	628.10286 SPE-W Water and wastewater infrastructure: energy efficiency and sustainability	628.1068 RAT-W Water and wastewater finance and pricing:	628.1091732 URB Urban water cycle processes and interactions /	Next

Includes reference and Index

1. Introduction
2. Characteristics of the wastewater and drinking water industries –
3. Water, wastewater, and energy –
4. Planning for a sustainable energy future –
5. Energy-efficient equipment –
6. Energy-efficient operating strategies –
7. Combined heat and power (CHP) –
8. Gas turbines –
9. Microturbines –
10. Reciprocating engines –
11. Steam turbines –
12. Fuel cells –
13. CHP and wastewater biogas –
14. Macro- and microhydropower –
15. Solar power –
16. Wind power –
17. Energy conservation measures for wastewater treatment.

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