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Biological Wastewater Treatment, Third Edition课后题
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摘自Biological Wastewater Treatment, Third Edition page125-126 3.Using the half-reaction technique, write the molar stoichiometric equation for microbial growth for each of the following situations: a. Aerobic growth on domestic wastewater with ammonia nitrogen as the nitrogen source. The yield is 0.60 mg biomass COD formed/mg substrate COD removed. b. Growth on a carbohydrate with nitrate as the terminal electron acceptor and ammonia as the nitrogen source. The yield is 0.50 mg biomass COD formed/mg substrate COD used. c. Growth on a carbohydrate with nitrate as the terminal electron acceptor and nitrogen source. The yield is 0.40 mg biomass COD formed/mg substrate COD used. d. Normalize them with respect to the electron donor. 4. Convert the molar stoichiometric equation from Study Question 3a into a mass-based equation with the electron donor as the reference component. 5. Convert the molar stoichiometric equation from Study Question 3a into a COD-based equation with the electron donor as the reference component. 求解答，谢谢~ |
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