Got a lot done today
Bends in the PVC to the pumps didn't come out as clean as I wanted but it's functional.
Left to do:
1) Order 1" flexible PVC to run from the main lines coming into the basement all the way to the sump.
2) Connect primary and emergency drains to the sump.
3) Build manifold for the reactors and plumb the return line.
4) Order fittings and bulkheads to connect 1/4" ATO line to the sump and RO/DI to mixing station.
5) Finish plumbing the stand's drain to the home's sewer.
Concerns:
1) The Reeflow is connected to 1" input lines when they recommend no smaller than 1.5". I'm only shooting for approx. 600gph flow rates so I'm hopeful it will work out just fine. If not, I'll be ordering in Iwaki.
2) I'm using the return pump's input line (from the sump) to push water from the mixing station back into the sump. I haven't calculated the water level in the sump for a 15g and 30g water change but I'm hoping the PanWorld 100PX has enough muscle to combat the head pressure in the return chamber.
Left to do:
1) Order 1" flexible PVC to run from the main lines coming into the basement all the way to the sump.
2) Connect primary and emergency drains to the sump.
3) Build manifold for the reactors and plumb the return line.
4) Order fittings and bulkheads to connect 1/4" ATO line to the sump and RO/DI to mixing station.
5) Finish plumbing the stand's drain to the home's sewer.
Concerns:
1) The Reeflow is connected to 1" input lines when they recommend no smaller than 1.5". I'm only shooting for approx. 600gph flow rates so I'm hopeful it will work out just fine. If not, I'll be ordering in Iwaki.
2) I'm using the return pump's input line (from the sump) to push water from the mixing station back into the sump. I haven't calculated the water level in the sump for a 15g and 30g water change but I'm hoping the PanWorld 100PX has enough muscle to combat the head pressure in the return chamber.