Hi there folks, looking for some advice!
I would like to convert an existing lanthanum injection system to use canister style filters versus a filter sock. Currently the lanthanum is injected into a dedicated skimmer and the output goes to a filter sock with a float in it to turn everything off when it clogs.
The challenge is how to detect the filters in the canisters are clogging so that the lanthanum injection can be turned off. My concern is the lanthanum continuing to inject after the filters are clogged which will lead to (1) dosing pump and supply pump dueling it out due to pressure not he water line (2) possibly damaged pumps (3) possible build up of lanthanum in the line.
The current thought is to measure the flow rate out of the canisters and to turn things off when the flow drops too low.
arrangement:
...............Lanth Dosing pump
....................|
...............one-way 1/4" valve
....................|
supply pump -> T for lath -----------> 20 micron sediment filter -> 10 micron sediment filter -> flow meter -> output
I would like to convert an existing lanthanum injection system to use canister style filters versus a filter sock. Currently the lanthanum is injected into a dedicated skimmer and the output goes to a filter sock with a float in it to turn everything off when it clogs.
The challenge is how to detect the filters in the canisters are clogging so that the lanthanum injection can be turned off. My concern is the lanthanum continuing to inject after the filters are clogged which will lead to (1) dosing pump and supply pump dueling it out due to pressure not he water line (2) possibly damaged pumps (3) possible build up of lanthanum in the line.
The current thought is to measure the flow rate out of the canisters and to turn things off when the flow drops too low.
arrangement:
...............Lanth Dosing pump
....................|
...............one-way 1/4" valve
....................|
supply pump -> T for lath -----------> 20 micron sediment filter -> 10 micron sediment filter -> flow meter -> output