I'll answer my own question, it took about 2 weeks for the ascorbic acid to stop eating my chlorine. The process was a pain, but it was well worth it, the pool is stain free. I would not recommend the purchase of CuLator.
I'll answer my own question, it took about 2 weeks for the ascorbic acid to stop eating my chlorine. The process was a pain, but it was well worth it, the pool is stain free. I would not recommend the purchase of CuLator.
17,500 Gallon above ground, Hayward 150 pound sand filter containing 75 pounds of Zeobright, 1.0 HP pump, Rheem natural gas heater
My results are generated from a Taylor K2006 kit.
27' round 17.5K gal AG pool; Bleach; Hayward 150 pound sand filter; Hayward 1.0 hp pump; 12hrs; Taylor K-2006; well; summer: ; winter: ; iPad; PF:6.9
The CuLator doesn't always change color and it's slow. The key is whether you tested metals before adding the CuLator and have a lower tested metal content afterwards. Without the CuLator, you'd have to add the HEDP metal sequestrant periodically forever or at least until the water got sufficiently diluted.
That is strange that it took so long for the chlorine to hold. Even if you added too much ascorbic acid, the chlorine would react with it quickly so you should have been able to shock through it in a day or two. What you describe sounds more like what happens when someone uses an EDTA-based sequestrant/chelator since EDTA reacts with chlorine more quickly than HEDP and creates a noticeable chlorine demand.
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