Secondary Wastewater Treatment - 5 PDH
-
Learn design basis and criteria for trickling filter plants
-
Learn the different dosing intervals for different classifications of trickling filters
-
Learn the biochemical oxygen demand (BOD) efficiency of different classifications of trickling filters
-
Learn how recirculation increases BOD removal efficiency in high rate trickling filter processes.
-
Learn the four common flow diagrams for single stage trickling filter plants.
-
Learn the four common flow diagrams for two stage trickling filter plants.
-
Learn why loading rate is the key design factor whether the surface application is continuous, intermittent, constant or varying rate.
-
Learn the importance of ventilation in providing aerobic conditions for effective treatment.
-
Learn how performance of trickling filters will be affected by temperature changes in the wastewater and filter films.
-
Learn about design formulas for determining BOD removal efficiencies for single and two stage trickling filters.
-
Learn the purpose of secondary sedimentation tanks.
-
Learn about the conventional plug-flow activated sludge process.
-
Learn about the step aeration activated sludge process.
-
Learn about the contact stabilization activated sludge process.
-
Learn about the completely-mixed activated sludge process.
-
Learn about the closed-loop reactor (oxidation ditch) extended aeration process.
-
Learn the classifications of wastewater treatment ponds.
-
Learn about shallow and aerated aerobic ponds.
-
Learn about aerobic-anaerobic wastewater treatment ponds.
-
Learn about facultative wastewater treatment ponds.