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Engineering
Mechanical Engineering
Inlet and outlet design for a cylindrical tank
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[QUOTE="vetenar, post: 6280876, member: 671679"] Thank you for the video and I am sorry about the vagueness of my question. The species is Atlantic herring. The tank is only for growing larvae. Eggs will be incubated in another system, and then hatched larvae will be transferred to the tank. Each tank will have a few hundreds of larvae. This is my test tank so far: [ATTACH type="full"]255035[/ATTACH] I have - one aeration tube opposite the water outlet. During feeding time, there will be no water inflow, and aeration will be the only source to create water motion in the tank. - one water inlet tube. When feeding time is over, water flows into the tanks and flushes the food out. Now the water is coming out from the bottom of the tube at about 1 L/min. I haven't tested where best to put it or the pressure of the water inlet yet, possibly I will need to drill some holes on the side of the tube. - the screened outlet connected to the outlet hole. Since the water is coming out through the holes under the water level, it is insufficient to flush the food out. I think one screened outlet which also has holes up to the water surface level might work, but I still have not figured out how to make the screen mesh which covers this entirely. The tanks are not connected to the system yet, so everything except for the outlet hole can be redesigned. My plan is to fix the design of the screened outlet and then test the other parameters together. [/QUOTE]
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Engineering
Mechanical Engineering
Inlet and outlet design for a cylindrical tank
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