Biogas from waste and renewable resources: an introduction / Dieter Deublein and Angelika Steinhauser

By:

Deublein, Dieter

Contributor(s):

Steinhauser, Angelika

Material type: Text

TextLanguage: English Publication details: Wiley-VCH Verlag Gmbh & co., 2011. Boschstr:Edition: 2nd rev edDescription: xxviii, 550 pISBN:

9783527327980

Subject(s):

DDC classification:

665.776 DEU-B

Contents:

1. Energy supply-today and in the future -- 2. Energy supply in the future-scenarios -- 3. Potential for transforming biomass into end-point energy sources -- 4. History and status to date in Europe -- 5. History and status to date worldwide -- 6. General aspects of the recovery of biomass in the future -- 7. Substrate -- 8. Biogas -- 9. Biochemistry -- 10. Bioreactions -- 11. Process parameters -- pt. 4. Microorganisms in methanogenic ecosystems. 12. Methanogenic ecosystems -- 13. Microorganisms in methanation -- 14. Guidelines and regulations -- 15. The biogas laboratory -- 16. Tanks and bioreactors -- 17. Equipment for tempering the substrate -- 18. Thermal insulation -- 19. Agitators -- 20. Mixing of biomass and water -- 21. Machines to separate the liquid from the biomass -- 22. Pipes -- 23. Pumps -- 24. Measurement, control, and automation technology -- 25. Exhaust air cleaning -- 26. Transportation and storage of the biomass -- 27. Process technology for upstream processing -- 28. Feeding -- 29. Digested residue -- 30. Wastewater -- 31. Batchwise and continuous processes without separators -- 32. Existing installations from different suppliers -- 33. Operation of a plant without separation equipment -- 34. Benefits of a biogas plant -- 35. Typical design calculation for an agricultural biogas plant -- 36. Economics calculations for biogas plants -- 37. Efficiency -- 38. Installation with substrate dilution and subsequent water separation -- 39. Installation with biomass accumulation -- 40. Plants with separation of non-hydrolyzable biomass -- 41. Percolation process -- 42. Special plant installations -- 43. Biogasholder -- 44. Gas preparation -- 45. Quantities of gas and measurement of gas quality -- 46. Liquefaction or compression of the biogas -- 47. Utilization of gas exclusively to generate heat -- 48. Utilization of gas to generate current and heat -- 49. Biogas for feeding into the natural gas network -- 50. Biogas as fuel for vehicles

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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	665.776 DEU-B (Browse shelf(Opens below))	Available		006669

Total holds: 0

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Previous	662.88 TEC Technologies for converting biomass to useful energy :	664 FRE-F Fresh: a perishable history /	664.8 FRU Fruits and vegetables processing cluster in Pune:	665.776 DEU-B Biogas from waste and renewable resources:	666.893 CON Concrete	666.893 GAM-C Concrete Technology : Theory and Practice /	666.893 GAM-C Concrete Technology : Theory and Practice /	Next

Include Index.

1. Energy supply-today and in the future --
2. Energy supply in the future-scenarios --
3. Potential for transforming biomass into end-point energy sources --
4. History and status to date in Europe --
5. History and status to date worldwide --
6. General aspects of the recovery of biomass in the future --
7. Substrate --
8. Biogas --
9. Biochemistry --
10. Bioreactions --
11. Process parameters --
pt. 4. Microorganisms in methanogenic ecosystems. 12. Methanogenic ecosystems --
13. Microorganisms in methanation --
14. Guidelines and regulations --
15. The biogas laboratory --
16. Tanks and bioreactors --
17. Equipment for tempering the substrate --
18. Thermal insulation --
19. Agitators --
20. Mixing of biomass and water --
21. Machines to separate the liquid from the biomass --
22. Pipes --
23. Pumps --
24. Measurement, control, and automation technology --
25. Exhaust air cleaning --
26. Transportation and storage of the biomass --
27. Process technology for upstream processing --
28. Feeding --
29. Digested residue --
30. Wastewater --
31. Batchwise and continuous processes without separators --
32. Existing installations from different suppliers --
33. Operation of a plant without separation equipment --
34. Benefits of a biogas plant --
35. Typical design calculation for an agricultural biogas plant --
36. Economics calculations for biogas plants --
37. Efficiency --
38. Installation with substrate dilution and subsequent water separation --
39. Installation with biomass accumulation --
40. Plants with separation of non-hydrolyzable biomass --
41. Percolation process --
42. Special plant installations --
43. Biogasholder --
44. Gas preparation --
45. Quantities of gas and measurement of gas quality --
46. Liquefaction or compression of the biogas --
47. Utilization of gas exclusively to generate heat --
48. Utilization of gas to generate current and heat --
49. Biogas for feeding into the natural gas network --
50. Biogas as fuel for vehicles

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