As I had mentioned in a previous thread, I was considering using an aquarium pump to agitate the electolyte in my tank to dislodge any bubbles that may adhere to the surface.
First, a quick rundown of my system:
- Tank is a 30 gallon rubbermaid tote
- 15 gallons of electrolyte prepared according to LCD instructions
- 5A/30V Power supply
The pump I chose is an inline/submersible mag drive aquarium pump. I chose this mainly because I had a couple laying around for PC watercooling. The one I'm using is a Lifetech 4550, aka the LT700 from Logic Cooling. It has a ceramic impeller shaft, all plastic body, and can be ran inline or submersed. If ran submersed, there is a sponge filter which might help keep a tank clean. Specs are 700 GPH max flow, ~9ft max head.
I chose to use 1/2" schedule 40 PVC for the tubing in the tank, and 1/2" ID flexible tubing from Logic Cooling to connect the pump to the PVC.
Here's how it all came together:

All that was needed was about 6' of 1/2" schedule 40 (<$2.00), 2 90 degree elbows (~$0.25 ea.), 1 end cap (~$0.25), and 1 1/2x3/8 MNPT coupling (~$0.80). Total for parts at the hardware store was less than $10. The tubing and pump was stuff I already had on hand, but would cost less than $40 if bought new.
The last step was to drill holes in the PVC pipe to make jets to agitate the tank. I chose 1/8" holes.
Here's the system in action, causing lots of agitation:
First, a quick rundown of my system:
- Tank is a 30 gallon rubbermaid tote
- 15 gallons of electrolyte prepared according to LCD instructions
- 5A/30V Power supply
The pump I chose is an inline/submersible mag drive aquarium pump. I chose this mainly because I had a couple laying around for PC watercooling. The one I'm using is a Lifetech 4550, aka the LT700 from Logic Cooling. It has a ceramic impeller shaft, all plastic body, and can be ran inline or submersed. If ran submersed, there is a sponge filter which might help keep a tank clean. Specs are 700 GPH max flow, ~9ft max head.
I chose to use 1/2" schedule 40 PVC for the tubing in the tank, and 1/2" ID flexible tubing from Logic Cooling to connect the pump to the PVC.
Here's how it all came together:

All that was needed was about 6' of 1/2" schedule 40 (<$2.00), 2 90 degree elbows (~$0.25 ea.), 1 end cap (~$0.25), and 1 1/2x3/8 MNPT coupling (~$0.80). Total for parts at the hardware store was less than $10. The tubing and pump was stuff I already had on hand, but would cost less than $40 if bought new.
The last step was to drill holes in the PVC pipe to make jets to agitate the tank. I chose 1/8" holes.
Here's the system in action, causing lots of agitation:

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