Model-Based Optimization of a Wastewater Treatment Plant: Hakkari Case Study
Ertuğrul Gül, Melek Erdek
Abstract
Open-access reader
Ertuğrul Gül, Melek Erdek
Abstract
Open-access reader
Wastewater must be treated in order to reduce the environmental impact of used water and to ensure the efficient use of its resources. Physical, chemical, and biological treatment techniques are used to treat domestic wastewater. It's crucial to either optimize existing processes for domestic wastewater, which has different characteristics in terms of wastewater characterization, or use appropriate treatment technologies, taking into account the conditions in the region where the plant will be built. In this study, the wastewater treatment plant for the Hakkari city centre, where there is no wastewater treatment plant and wastewater is discharged without treatment, was designed and modeled using the GPS-X simulation program.
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Wastewater must be treated in order to reduce the environmental impact of used water and to ensure the efficient use of its resources. Physical, chemical, and biological treatment techniques are used to treat domestic wastewater. It's crucial to either optimize existing processes for domestic wastewater, which has different characteristics in terms of wastewater characterization, or use appropriate treatment technologies, taking into account the conditions in the region where the plant will be built. In this study, the wastewater treatment plant for the Hakkari city centre, where there is no wastewater treatment plant and wastewater is discharged without treatment, was designed and modeled using the GPS-X simulation program.
Key concepts: Wastewater, Sewage treatment, Environmental science, Waste management, Environmental engineering, Engineering