Artan Nazik, Yagci Nevin Ozgur, Artan S Reha, Orhon Derin
Faculty of Civil Engineering, Istanbul Technical University, Department of Environmental Engineering, Maslak, Istanbul, Turkey.
J Environ Sci Health A Tox Hazard Subst Environ Eng. 2003;38(10):2125-34. doi: 10.1081/ese-120023340.
This paper covers an evaluation of more than twenty full-scale industrial wastewater treatment plants employing sequencing batch reactor (SBR) process mainly for carbon removal and a pilot-scale SBR designed for carbon and nitrogen removal from tannery effluent. The study highlights the major features of the SBR technology and proposes a rational dimensioning approach for carbon and nitrogen removal SBRs treating high strength industrial wastewaters based on scientific information on process stoichiometry and modeling, also emphasizing practical constraints in design and operation.
本文涵盖了对二十多个采用序批式反应器（SBR）工艺主要用于碳去除的全尺寸工业废水处理厂，以及一个为从制革废水去除碳和氮而设计的中试规模SBR的评估。该研究突出了SBR技术的主要特点，并基于有关过程化学计量和建模的科学信息，为处理高强度工业废水的碳和氮去除SBR提出了一种合理的尺寸确定方法，同时也强调了设计和运行中的实际限制。
