Hello all,
Chlorine 4
PH 7.4
TA 70
CH 250
CYA < 20
Borates (need to test. I just read about the new drop test and may give it a try because I don't trust my strips)
I was amazed at how much the record rains in Northern California affected my pool chemistry. I admit that I did not keep up with my testing during this rainy season because every time it entered my mind it was raining outside so I let things go as far as testing. At the beginning of winter my CH was 550 and my CYA was 40 - 50. As you can see my CH and CYA dropped significantly over the winter. Also my TA got down to 40 ppm. I just dumped a bunch of baking soda into my pool to raise it to 70. My plan is to chlorinate my pool with chlorine pucks until my CYA rises to 40 ppm. I realize my calcium hardness is at the low end of the range but if the rain stops I know it will naturally rise due to evaporation.
Did anyone else in California have similar experiences with their water chemistry due to all the rainfall?
Chlorine 4
PH 7.4
TA 70
CH 250
CYA < 20
Borates (need to test. I just read about the new drop test and may give it a try because I don't trust my strips)
I was amazed at how much the record rains in Northern California affected my pool chemistry. I admit that I did not keep up with my testing during this rainy season because every time it entered my mind it was raining outside so I let things go as far as testing. At the beginning of winter my CH was 550 and my CYA was 40 - 50. As you can see my CH and CYA dropped significantly over the winter. Also my TA got down to 40 ppm. I just dumped a bunch of baking soda into my pool to raise it to 70. My plan is to chlorinate my pool with chlorine pucks until my CYA rises to 40 ppm. I realize my calcium hardness is at the low end of the range but if the rain stops I know it will naturally rise due to evaporation.
Did anyone else in California have similar experiences with their water chemistry due to all the rainfall?