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<br />Table of Contents <br />1 INTRODUCTION .............................................................................................................................................2 <br />2 UV-OXIDATION FUNDAMENTALS .............................................................................................................2 <br />2.1 Treatment mechanisms ............................................................................................................................2 <br />2.2 Water quality parameters ........................................................................................................................3 <br />2.2.1 UV Transmittance ..............................................................................................................................3 <br />2.2.2 Hydroxyl Radical Scavenging Demand..............................................................................................3 <br />2.3 The electrical energy per order parameter ............................................................................................3 <br />2.3.1 Parameters affecting E EO ....................................................................................................................4 <br />3 PILOT SYSTEM DESIGN ................................................................................................................................5 <br />3.1 approach to the UV-AOP Study ..............................................................................................................5 <br />3.2 uv-aop pilot system design .......................................................................................................................6 <br />4 UV-AOP SYSTEM TEST PROCEDURES ......................................................................................................8 <br />4.1 UV-AOP Mixing test procedure ..............................................................................................................8 <br />4.2 uv-aop performance test procedure ........................................................................................................8 <br />4.3 sample handling and analysis ..................................................................................................................9 <br />5 RESULTS AND DISCUSSION ......................................................................................................................10 <br />6 FULL-SCALE SYSTEM SIZING ...................................................................................................................17 <br />6.1 Design Criteria ........................................................................................................................................18 <br />7 CONCLUSIONS ..............................................................................................................................................20 <br /> <br /> i