Given 1. design flow rate of 100 m3/h. 2.pH of influent water =7 3…. Given 1. design flow rate of 100 m3/h. 2.pH of influent water =73. Influent water contains 1 ppm of ammonia4. Other contaminants are not detected.5. Ct require= 20 mg/L.min6. Free chlorine residual required= 0.5 ppm7. Ammonia is completely converted into nitrogen gas8.Length to width ratio = 409.Depth to width ratio = 310.Atomic weight: N= 14 g/mol, H= 1 g/mol,Cl=35.5 g/molDetermine 1. Amount of chlorine required (in mg/L)2.Volume of chlorine contact tack. Engineering & Technology Mechanical Engineering Fluid Dynamics CEE 437
