Description: _x000D_ _x000D__x000D_Simplified pseudo-steady state model and pseudo-steady state models_x000D_are developed for ozone hydrogen peroxide and ultraviolet hydrogen_x000D_peroxide advanced oxidation processes (AOPs). The models consider_x000D_four AOPs including: 1) ozone with hydrogen peroxide process; 2)_x000D_hydrogen peroxide added after ozonation process; 3) ultraviolet with_x000D_hydrogen peroxide process; 4) ozone Rc-concept model. Each model_x000D_considers flow conditions in various reactors such as a) completely_x000D_mixed batch reactor, b) completely mixed flow reactor, c) plug flow_x000D_reactor, d) dispersed flow reactor in closed system. We provide_x000D_Microsoft Excel spread sheet and MathCad files to run the simplified_x000D_pseudo-steady state model and the pseudo-steady state model,_x000D_respectively. Users can estimate removal efficacy of a target_x000D_compound and energy efficiency per removal of order of the target_x000D_compound for designing AOPs in sustainable development of water and_x000D_wastewater treatment._x000D_
Cost: Free
Learning Resource Type: Teaching - Course (Graduate - Graduate)
Media Type: Document
Difficulty: Easy
Audience: From Graduate To Graduate
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