A detailed schematic diagram illustrating a wastewater treatment system
Sophisticated Wastewater Treatment System: A Complete Process Diagram
@unique-atlas33 creations ·
Explore the intricate process of a sophisticated wastewater treatment system with detailed diagrams showcasing filtration, separation, and advanced oxidation techniques. Perfect for engineers and environmental enthusiasts!
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- 1 / 3hd-turbo1:1
I want to design a wastewater treatment system. The incoming wastewater with a flow rate of 20 cubic meters per hour is first directed to a physical and sand filtration system to separate its coarse particles. Then 19 cubic meters per hour of the remaining wastewater is divided into two parts, dilute and concentrated, through a centrifugal separator. The concentrated part enters the centrifuge decanter with a flow rate of 6 cubic meters per hour, and then the concentrated part exiting the centrifuge decanter enters the ring dryer and is dried there. The diluted part separated from the centrifuge decanter, along with the diluted part exiting the centrifuge separator, which have a total flow rate of 13 cubic meters, enters the advanced oxidation process with nanobubbles and cold plasma.
- 2 / 3hd-turbo1:1
I want to design a wastewater treatment system. The incoming wastewater with a flow rate of 20 cubic meters per hour is first directed to a physical and sand filtration system to separate its coarse particles. The remaining wastewater is divided into two parts, dilute and concentrated, through a centrifugal separator. The concentrated part enters the centrifuge decanter, and then the concentrated part exiting the centrifuge decanter enters the ring dryer and is dried there. The diluted part separated from the centrifuge decanter, along with the diluted part exiting the centrifuge separator, enters the advanced oxidation process with nano bubbles and cold plasma. The slag and its sediment enter another spray dryer. The middle part enters the ionization process and is then filtered by an RO device with a capacity of 10 cubic meters per hour, the water exiting the RO can be reused, and the remaining 30% is the effluent. Please write the name of each device above it.
- 3 / 3hd-turbo1:1
I want to design a wastewater treatment system.The incoming wastewater with a flow rate of 20 cubic meters per hour is first directed to a physical and wedge wire filtration system to separate its coarse particles. The remaining wastewater is divided into two parts,dilute and concentrated, through a centrifugal separator. The concentrated part enters the centrifuge decanter, and then the concentrated part exiting the centrifuge decanter enters the ring dryer and is dried there. The diluted part separated from the centrifuge decanter, along with the diluted part exiting the centrifuge separator, enters the advanced oxidation process with nano bubbles and cold plasma. The slag and its sediment enter another big spray dryer. The middle part enters the ionization process and is then filtered by an big RO device with a capacity of 10 cubic meters per hour; the water exiting the RO can be reused, and the remaining 30% is the effluent. it will operate in 1000 m2 space
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