Quantity 11c is released because the thrid of 3 volumes on environmental biotechnology. quantity 11a offers with wastewater remedy, quantity 11b with soil decontamination, and quantity 11c offers a profound evaluate on stable waste remedy, off-gas therapy, and the instruction of ingesting water.
All of those issues are of significant relevance for a sustainable improvement. in accordance with the presentation of basic facets particular emphasis is given to the outline of procedures and purposes.
Chapter 1 Bio? and Pyrotechnology of stable Waste remedy (pages 4–33): Claudia Gallert and Josef Winter
Chapter 2 Microbiology of Composting (pages 35–100): Hans Jurgen Kutzner
Chapter three Composting of Plant Residues and Waste Plant fabrics (pages 101–125): Frank Schuchardt
Chapter four expertise and techniques of Composting (pages 127–150): Uta Krogmann and Ina Korner
Chapter five Anaerobic Fermantation of rainy or Semi?Dry rubbish Waste Fraction (pages 151–166): Norbert Rilling
Chapter 6 Landfill platforms, Sanitary Landfillling of good Wastes ?Long?Term issues of Leachates (pages 167–190): Kai?Uwe Heyer and Rainer Stegmann
Chapter 7 Sanitary Landfills ? Long?Term balance and Environmental Implications (pages 191–202): Michael S. Switzenbaum
Chapter eight mixed Mechanical and organic therapy of Municip stable Waste (pages 203–211): Peter Schalk
Chapter nine Hygienic concerns on Aerobic/Anaerobic therapy of Wastewater, Sludge, Biowaste, and Compost (pages 213–248): Dieter Strauch, Werner Philipp and Reinhard Bohm
Chapter 10 destiny payment buildings with Minimized Waste and Wastewater iteration (pages 249–255): Ralf Otterpohl
Chapter eleven procedure Engineering of organic Waste fuel Purification (pages 258–274): Muthumbi Waweru, Veerle Herrygers, Herman Van Langenhove and Willy Verstraete
Chapter 12 Microbiological points of organic Waste fuel Purification (pages 275–302): Karl?Heinrich Engesser and Thorsten Plaggemeier
Chapter thirteen Bioscrubbers (pages 304–320): Egbert Schippert and Horst Chmiel
Chapter 14 Biofilters (pages 321–332): Klaus Fischer
Chapter 15 therapy of Waste fuel pollution in Trickling Filters (pages 333–344): Thorsten Plaggemeier and Oliver Lammerzahl
Chapter sixteen Membrane techniques and replacement concepts (pages 345–353): Martin Reiser
Chapter 17 advertisement functions of organic Waste fuel Purification (pages 357–367): Derek E. Chitwood and Joseph S. Devinny
Chapter 18 Potable Water remedy (pages 370–412): Rolf Gimbel and Hans?Joachim Malzer
Chapter 19 Hygienic points of consuming Water (pages 413–423): Dirk Schoenen
Chapter 20 man made Groundwater Recharge and financial institution Filtration (pages 425–444): Gudrun Preu? and Ulrich Schulte?Ebbert
Chapter 21 Biofilms in Biofiltration (pages 445–455): Hans?Curt Flemming
Chapter 22 Biofiltration strategies for natural topic elimination (pages 457–478): Wolfgang Uhl
Chapter 23 views of Waste, Wastewater, Off?Gas and ingesting Water administration (pages 479–488): Claudia Gallert and Josef iciness
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Additional info for Biotechnology: Environmental Processes III, Volume 11c, Second Edition, Second Edition
Even for treatment of suspended waste fractions as described under (1)digestion of evenly disrupted material yields a higher biogas productivity and less solid residues are found in the effluent (PALMOWSKI und MULLER,1999). 6 Direct Anaerobic Fermentation of Non-Recyclable Municipal Solid Waste (“Restmull”) of which Packing Material and the Biowaste Fraction have been Separated The 40-60 mm sieving fraction of nonrecyclable municipal waste without packing material and biowastes has an energy content of about 5,000 kJ kg-’ and thus contains not enough energy for incineration ( > 9,000 kJ kg -I).
If wastewater is utilized for moistening purposes, the ammonia concentration in the reactor and also the salt concentration increase quite significantly. Methanogenesis may then be negatively affected (LANGHANS, 1999). , BTA-process, Fig. 8b). Sludge from gravity sedimentation of the pulped material and surplus sludge from anaerobic digestion of the liquid waste suspension are then mixed with dry plant material and composted. Disruption of fibrous substrates such as vegetable residues, potato peels, grass, leaves etc.
Sumes the 38 ATP: According to this calcula(3) The control of pathogenic agents in tion, which follows the reasoning of DIEKERT wastes to be composted, and the emission of pathogenic agents from compost (1997), the catabolism has a physiological efficiency of 61-69%, whereas the anabolism of plants are of concern to medical microonly 40%. A very similar balance has been biologists. This aspect has to be extendfound by TERROINE and WURMSER (1922) for ed to agents causing plant diseases and to the effect of compost on plant patho- the mold Aspergillus niger as discussed in detail by BATTLEY(1987, pp.