![]() These flow processes are inherently dynamic and depend heavily on flow rates, water levels, residence time, contact time, chemical concentrations, and mixing efficiencies.Ĭomputational fluid dynamic (CFD) model studies can be reliably used to predict the complex interactions between the various treatment processes and help ensure that the design objectives are successfully met. ![]() Successfully achieving these objectives is dependent upon proper design and optimization of the treatment water flow systems within the plant. ![]() The major objectives in wastewater treatment plant design include: 1) meeting water quality standards and requirements, 2) optimizing the treatment process efficiency, 3) minimizing overall project cost, and 4) controlling ongoing operating costs and maintenance requirements. The design of wastewater treatment plant system components is complex, as all of the individual components in the system must operate harmoniously to achieve the desired system performance. ![]() ![]() This overview of computational fluid dynamic (CFD) modeling for wastewater treatment plant design reveals how it is applied to different system components, as well as why (i.e., the benefits) and when (in the design process) it should be applied. ![]()
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