Anammox Process: Technological Advancement and Application in Industrial Wastewater Treatment Plant systematically summarizes studies on the effect of various operational factors on nitrogen removal performance, along with reactor type, mode of operation (batch or continuous), and cultured anammox bacterial species. The book lists the effect of potential anammox inhibition factors, such as high nitrite concentration, high salinity, sulfides, toxic metal elements, and toxic organic compounds and provides a thorough interpretation of the synergistic and antagonistic toxicity of these inhibitors. In addition, this updated resource suggests a strategy for the optimization of anammox processes for wastewater treatment, also stressing the importance of future studies.
1. Cover image - p. i 2. Title page - p. i 3. Table of Contents - p. i 4. Copyright - p. iv 5. Contributors - p. xi 6. 1 Effect of operational conditions on anammox bacterial community - p. 1 7. 2 Performance of anammox process for wastewater treatment - p. 25 8. 3 Microbiology and application of the anammox process - p. 45 9. 4 Recent insights on anammox bacteria in the treatment of ammonium-rich wastewater - p. 59 10. 5 Microbiology and application of the anammox process for the treatment of wastewater in the food industry - p. 79 11. 6 Physiological and kinetic characterization of ANAMMOX microorganisms - p. 103 12. 7 Recent advances in anammox bioreactors for industrial wastewater reuse - p. 127 13. 8 Autotrophic nitrogen removal technology: A boon for Kolkata Ramsar sites - p. 143 14. 9 Anammox process: Potential and application - p. 167 15. 10 Standard techniques for preservation of anammox biomass - p. 187 16. 11 Mainstream application of nitrification-denitrification process - p. 213 17. Index - p. 247
Anammox Process: Technological Advancement and Application in Industrial Wastewater Treatment Plant systematically summarizes studies on the effect of various operational factors on nitrogen removal performance, along with reactor type, mode of operation (batch or continuous), and cultured anammox bacterial species. The book lists the effect of potential anammox inhibition factors, such as high nitrite concentration, high salinity, sulfides, toxic metal elements, and toxic organic compounds and provides a thorough interpretation of the synergistic and antagonistic toxicity of these inhibitors. In addition, this updated resource suggests a strategy for the optimization of anammox processes for wastewater treatment, also stressing the importance of future studies.
1. Cover image - p. i 2. Title page - p. i 3. Table of Contents - p. i 4. Copyright - p. iv 5. Contributors - p. xi 6. 1 Effect of operational conditions on anammox bacterial community - p. 1 7. 2 Performance of anammox process for wastewater treatment - p. 25 8. 3 Microbiology and application of the anammox process - p. 45 9. 4 Recent insights on anammox bacteria in the treatment of ammonium-rich wastewater - p. 59 10. 5 Microbiology and application of the anammox process for the treatment of wastewater in the food industry - p. 79 11. 6 Physiological and kinetic characterization of ANAMMOX microorganisms - p. 103 12. 7 Recent advances in anammox bioreactors for industrial wastewater reuse - p. 127 13. 8 Autotrophic nitrogen removal technology: A boon for Kolkata Ramsar sites - p. 143 14. 9 Anammox process: Potential and application - p. 167 15. 10 Standard techniques for preservation of anammox biomass - p. 187 16. 11 Mainstream application of nitrification-denitrification process - p. 213 17. Index - p. 247
