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paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: November 2012 Pages: 647 Language: Chinese Publisher: Tsinghua University Press of Environmental Education Series. Environmental Biotechnology: Principles and Applications (translated version) describes a microbial process for protecting and improving the environment the basic principles and their practical application. The book is not only involved in the traditional application of environmental biotechnology. such as activated sludge process and anaerobic digestion. also describes emerging applications such as the detoxification of harmful compounds. bioremediation. biological drinking water filtration. The book provides a lot of diagram. table. after each chapter there are exercises to help you understand and master the basic concepts and principles. but also gives abundant examples in order to facilitate the reader the correct analysis. design. and solve practical environmental problems. University Environmental Education Series. Environmental Biotechnology: Principles and Applications (translated version) fit as institutions of higher learning environment class professional textbooks. but also the field of scientific and technical personnel available for the environment. biological reference. Contents: Chapter 1 Microbiology basis of 1.1 cells the 1.2 taxonomy and phylogeny 1.3 prokaryotes 1.3.1 bacterial 1.3.2 archaebacterium 1.4 eukaryotic 1.4.1 fungal 1.4.2 algae 1.4.3 protozoa 1.4.4 other cell microbial 1.5 Virus 1.6 infectious diseases reactive 1.8.2 1.7 1.8.1 enzyme biochemistry 1.8 enzyme activity regulation 1.9 energy capture 1.9.1 Electronic energy carrier 1.9.2 energy electronic invested 1.10 metabolism 1.10.1 catabolism 1.10.2 an anabolic 1.10.3 metabolism and nutrition population 1.11 genetics and information flow 1.12 deoxyribonucleic acid (DNA) the in 1.12.1 1.12.3 DNA chromosome 1.12.2 plasmid replication 1.13 ribonucleic acid (RNA) 1.13.1 transcriptional 1.13. 2 messenger RNA (mRNA) 1.13.3 the transporter RNA (tRNA) 1.13.4 translation and ribosomal RNA (rRNA) 1.13.5 to translate 1.13.6 adjust 1.14 phylogeny 1.14.1 phylogenetic classification the basic 1.15 Microbial Ecology 1.15. 1 1.15.2 substances exchange 1.15.3 1.16.2 molecular biology tools to meet the 1.16 microbial ecology research tools 1.16.1 traditional enrichment tools 1.16.3 multi-species model References Exercises Chapter 2 stoichiometry and bacterial Energetics of the stoichiometric equation example 2.1 2.3 matrix distribution and cell yield of 2.2 microbial cells Empirical Formula 2.4 energy reaction 2.5 overall reaction of biological growth 2.5.1 fermentation reaction free energy 2.7 2.6 Energetics and bacterial growth 2.6.1 energy reaction yield coefficient Chapter 7. Chapter 8. oxidation pond school 2.8 oxidized nitrogen source References Exercises Chapter 3. the microbial kinetics Chapter 4 biofilm dynamics Chapter 5 Chapter 6 reactor activated sludge aerobic biofilm process and the reaction energy Technology Chapter 9 Chapter 10 of the process of nitrification and denitrification process Phosphorus Removal Chapter 12 Chapter 11 Appendix A different chemicals for water treatment. Chapter 15. Chapter 13 of Chapter 14 of the methanation anaerobic treatment process detoxification of harmful chemicals biological repair the 25 form free Appendix B normalized surface load curveFour Satisfaction guaranteed,or money back.