Maranello458
Member
Hello to the group,
I’m trying to research water flow and current dynamics produced by powerheads in large monster tanks between 850 and 1,000 gallons. So far, I’ve only found some minor references on YouTube videos and a wee bit in print.
I’m planning on a tank either 14’ or 16’ long, 36” high and 30” or 36” wide. This will be a FOWLR tank (Triggers and a couple of Eels) with a live sand bottom. I would really like to have a fast current section that could be used for exercise and wave action heads for a long successive rolling waves on the surface down the 14’ or 16’ length.
Are there any references by manufacturers or other companies/universities with actual studies, or computer based modelling available? I’m not finding much, but I may not be looking in the right place.
So, how do those of you with larger tanks manipulate the current/flow to achieve your desired goals? Did you use colourants to position the heads? I’ve thought about using a dye when the tank is filled and leak tested, but that will dissipate quickly and not be very useful for successive flow experiments.
Computer based modelling seems like the answer, but I’m drawing a blank thus far trying to find anything that might help. I’ve also checked various manufacturers websites for more detailed flow information on their powerheads, but I’ve not found anything helpful as yet.
Any assistance would be appreciated if you’ve done this, or know of more detailed studies on water flow with larger tanks.
Thanks in advance and Cheers!
I’m trying to research water flow and current dynamics produced by powerheads in large monster tanks between 850 and 1,000 gallons. So far, I’ve only found some minor references on YouTube videos and a wee bit in print.
I’m planning on a tank either 14’ or 16’ long, 36” high and 30” or 36” wide. This will be a FOWLR tank (Triggers and a couple of Eels) with a live sand bottom. I would really like to have a fast current section that could be used for exercise and wave action heads for a long successive rolling waves on the surface down the 14’ or 16’ length.
Are there any references by manufacturers or other companies/universities with actual studies, or computer based modelling available? I’m not finding much, but I may not be looking in the right place.
So, how do those of you with larger tanks manipulate the current/flow to achieve your desired goals? Did you use colourants to position the heads? I’ve thought about using a dye when the tank is filled and leak tested, but that will dissipate quickly and not be very useful for successive flow experiments.
Computer based modelling seems like the answer, but I’m drawing a blank thus far trying to find anything that might help. I’ve also checked various manufacturers websites for more detailed flow information on their powerheads, but I’ve not found anything helpful as yet.
Any assistance would be appreciated if you’ve done this, or know of more detailed studies on water flow with larger tanks.
Thanks in advance and Cheers!
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