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Rim-flo Tank(Peripheral Inlet and Peripheral Outlet Radial Flow Sedimentation Tank) is a common sedimentation tank design type in the fields of environmental engineering and water treatment, mainly used for solid-liquid separation in sewage treatment processes.
Rim-flo Tank(Peripheral Inlet and Peripheral Outlet Radial Flow Sedimentation Tank) is a common sedimentation tank design type in the fields of environmental engineering and water treatment, mainly used for solid-liquid separation in sewage treatment processes.
Description
Its name originates from its flow characteristics: "peripheral inlet" means the water inlet is located at the perimeter of the tank, "peripheral outlet" means the water outlet is also located at the perimeter, and "radial flow" indicates that the water flow is radial (diffusing from the center to the outside or from the outside to the center). This design optimizes water flow distribution to improve sedimentation efficiency, making it suitable for large-flow treatment scenarios. The following is a comprehensive analysis from the aspects of definition, working principle, key characteristics, application scenarios, and advantages, ensuring professional, accurate, and easy-to-understand content. The response is based on engineering practices and standard water treatment knowledge, clearly structured into four main sections.
Description
Its name originates from its flow characteristics: "peripheral inlet" means the water inlet is located at the perimeter of the tank, "peripheral outlet" means the water outlet is also located at the perimeter, and "radial flow" indicates that the water flow is radial (diffusing from the center to the outside or from the outside to the center). This design optimizes water flow distribution to improve sedimentation efficiency, making it suitable for large-flow treatment scenarios. The following is a comprehensive analysis from the aspects of definition, working principle, key characteristics, application scenarios, and advantages, ensuring professional, accurate, and easy-to-understand content. The response is based on engineering practices and standard water treatment knowledge, clearly structured into four main sections.