I've been reading about drip systems and it is more complicated than I thought. You need a drip emitter, a pressure regulator for the emitter to work properly, and some sort of filter. Not too sure about the filter part though.
Anyway, I just thought of a super simple way to do a 24/7 drip system even if it's not too precise about the amount of water being changed (fluctuations in water pressure).
Okay so the drip system works like this. Find a faucet, attach a small pipe to it, and place the end of the pipe in the sump. Open the faucet to the desired water flow rate. Trial and error is needed to achieve the desird GPH. Of course pressure is not always constant and there may be fluctuations. But that's the tradeoff for such simplicity.
Next, to prevent the sump overflowing, make an overflow in the sump by drilling a hole to the desired max water level. Attach pipe to the bulkhead and route the pipe to wherever you want. The drain, sink, or maybe another tank. This way, water level remains constant
Using this method, you can easily adjust the GPH by turning the knob of the faucet left or right until you find the ideal flow rate that is right for your tank. With a real drip system, you have to change the emitter.
I do not know if anyone has posted something similar before but I was unable to find one.
I'm planning on doing this to my tank. Do you guys see any prroblems with this setup?
Anyway, I just thought of a super simple way to do a 24/7 drip system even if it's not too precise about the amount of water being changed (fluctuations in water pressure).
Okay so the drip system works like this. Find a faucet, attach a small pipe to it, and place the end of the pipe in the sump. Open the faucet to the desired water flow rate. Trial and error is needed to achieve the desird GPH. Of course pressure is not always constant and there may be fluctuations. But that's the tradeoff for such simplicity.
Next, to prevent the sump overflowing, make an overflow in the sump by drilling a hole to the desired max water level. Attach pipe to the bulkhead and route the pipe to wherever you want. The drain, sink, or maybe another tank. This way, water level remains constant
Using this method, you can easily adjust the GPH by turning the knob of the faucet left or right until you find the ideal flow rate that is right for your tank. With a real drip system, you have to change the emitter.
I do not know if anyone has posted something similar before but I was unable to find one.
I'm planning on doing this to my tank. Do you guys see any prroblems with this setup?
