Download e-book for kindle: Biogranulation Technologies for Wastewater Treatment: by Joo-Hwa Tay, Stephen Tiong-Lee Tay, Yu Liu, Kuan Yeow Show,

By Joo-Hwa Tay, Stephen Tiong-Lee Tay, Yu Liu, Kuan Yeow Show, Volodymyr Ivanov

ISBN-10: 0080450229

ISBN-13: 9780080450223

Microbial granules have useful value in anaerobic and cardio organic wastewater therapy. merits of granules are retention of biomass in reactor, variety of microorganisms, advanced constitution, and resistance to damaging stipulations. Microbial granules can be utilized to regard municipal and commercial wastewater for elimination of natural topic, xenobiotics, nutrition, and heavy metals. The ebook covers just about all points of formation and use of microbial granules in wastewater therapy. the knowledge on cardio microbial granulation are similar ordinarily to laboratory structures as a result of few pilot platforms on this planet utilizing cardio microbial granules. besides the fact that, through the analogy with anaerobic granulation, that is now used around the world, it really is attainable to foretell huge purposes of cardio granulation. This booklet might help researchers and engineers strengthen those new biotechnologies of wastewater remedy in keeping with cardio granulation. * Covers all facets of formation, association, and use of microbial granules in wastewater therapy * Integrates engineering, microbiology, and biotechnology of microbial granules * contains of deep basic information in addition to useful details for functions of microbial granules in wastewater remedy

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Extra info for Biogranulation Technologies for Wastewater Treatment: Microbial granules

Example text

The microbial aggregates are finally shaped by hydrodynamic shear force to form a certain structured community. The shape and size of microbial aggregates are predominantly determined by the interactive strength/pattern between aggregates and hydrodynamic shear force, microbial species, and substrate loading rate. The present general four-step model for anaerobic granulation attempts to broadly cover the current understanding of the entire granulation process as much as possible. It should be realized that identification of gross engineering events in relation to anaerobic granulation is relatively easy.

The microbial aggregates are finally shaped by hydrodynamic shear force to form a certain structured community. The shape and size of microbial aggregates are predominantly determined by the interactive strength/pattern between aggregates and hydrodynamic shear force, microbial species, and substrate loading rate. The present general four-step model for anaerobic granulation attempts to broadly cover the current understanding of the entire granulation process as much as possible. It should be realized that identification of gross engineering events in relation to anaerobic granulation is relatively easy.

The microbial species including methanogens and acidogens form a syntrophic relationship in which each bacteria group constitutes a significant link in a complex chain of bioconversion. The syntrophic microcolony model suggests that the syntrophic relationship eventually lead to the formation of stable microcolonies or consortia, viz initial granules (Hirsh, 1984). Anaerobic granule indeed can be regarded as the congregation of cells to form fairly stable, contiguous, multicellular associations under physiological conditions in a defined biological system.

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Biogranulation Technologies for Wastewater Treatment: Microbial granules by Joo-Hwa Tay, Stephen Tiong-Lee Tay, Yu Liu, Kuan Yeow Show, Volodymyr Ivanov


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