In the process of biological treatment of wastewater, the concentration of dissolved oxygen (DO) is determined by several physical and biological phenomena, such as hydraulic transport of oxygen in and out of the aeration tank, transport of mass of oxygen in the gas phase into dissolved oxygen and utilization of oxygen due to growth and decay of cells. Consider the perfect mix aeration tank, where y is the dissolved oxygen concentration, and yi is the dissolved oxygen concentration. in the influent, F is the influent wastewater flow and V is the volume of the aeration tank and u is the flow of air into the aeration tank. Develop a control system that use feedback control to control DO concentration
In the process of biological treatment of wastewater, the concentration of dissolved oxygen (DO) is determined by several physical and biological phenomena, such as hydraulic transport of oxygen in and out of the aeration tank, transport of mass of oxygen in the gas phase into dissolved oxygen and utilization of oxygen due to growth and decay of cells. Consider the perfect mix aeration tank, where y is the dissolved oxygen concentration, and yi is the dissolved oxygen concentration. in the influent, F is the influent wastewater flow and V is the volume of the aeration tank and u is the flow of air into the aeration tank. Develop a control system that use feedback control to control DO concentration
Chapter2: Loads On Structures
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In the process of biological treatment of wastewater, the concentration of dissolved oxygen (DO) is determined by several physical and biological phenomena, such as hydraulic transport of oxygen in and out of the aeration tank, transport of mass of oxygen in the gas phase into dissolved oxygen and utilization of oxygen due to growth and decay of cells. Consider the perfect mix aeration tank, where y is the dissolved oxygen concentration, and yi is the dissolved oxygen concentration. in the influent, F is the influent wastewater flow and V is the volume of the aeration tank and u is the flow of air into the aeration tank. Develop a control system that use feedback control to control DO concentration.
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