Ways to suppress pH from naturally rising
00:00 - Intro
02:01 - Recap of Henry's Law of differential pressures. Any gas dissolved in a liquid will equalize with that same gas above the liquid.
04:36 - If you exceed the pH ceiling, the atmosphere will literally push CO2 back into the water.
04:57 - Where does CO2 come from when adding acid? It converts bicarbonate into carbonic acid (dissolved CO2).
07:50 - We don't want bicarbonate ions to convert into carbonate ions (at 8.3 pH or higher) because carbonates are attracted to calcium ions, creating calcium carbonate.
12:12 - How can we stop the rise of pH? How can we suppress pH?
12:39 - Analogy of the beer: what can you do to stop the beer from going flat? Think of it that way. How can you stop (or slow) the loss of CO2?
16:36 - Three categories of ways to suppress pH: cover the pool, chemically suppress it (acid feeder, CO2 injector, trichlor chlorine), and have very low alkalinity or high CYA to lower the pH ceiling.
18:53 - Explanation of sense-and-dispense acid feeders, and the challenges with them (overfeeding acid).
23:36 - If you don't have any of those reasons listed, but your pH is still being suppressed, please contact us! Teach us so we can learn more about this topic.
26:25 - Conclusion. Thanks for listening!
------------------------------------
Connect with Orenda Technologies
Website: https://www.orendatech.com
Blog: https://blog.orendatech.com
YouTube: https://www.youtube.com/user/OrendaTechnologies
Facebook: https://www.facebook.com/orendatech/
Instagram: https://www.instagram.com/orendatechnologies/
______________________________
Connect with us!
Game Changing Pool Business Software:
Realize your full potential.
Watershape University®
Water chemistry questions?
Orenda®
Questions? Comments? Or apply to sponsor the show:
ruleyourpool@gmail.com
Facebook: @ruleyourpool
YouTube: @rule-your-pool
More description
00:00 - Intro
02:01 - Recap of Henry's Law of differential pressures. Any gas dissolved in a liquid will equalize with that same gas above the liquid.
04:36 - If you exceed the pH ceiling, the atmosphere will literally push CO2 back into the water.
04:57 - Where does CO2 come from when adding acid? It converts bicarbonate into carbonic acid (dissolved CO2).
07:50 - We don't want bicarbonate ions to convert into carbonate ions (at 8.3 pH or higher) because carbonates are attracted to calcium ions, creating calcium carbonate.
12:12 - How can we stop the rise of pH? How can we suppress pH?
12:39 - Analogy of the beer: what can you do to stop the beer from going flat? Think of it that way. How can you stop (or slow) the loss of CO2?
16:36 - Three categories of ways to suppress pH: cover the pool, chemically suppress it (acid feeder, CO2 injector, trichlor chlorine), and have very low alkalinity or high CYA to lower the pH ceiling.
18:53 - Explanation of sense-and-dispense acid feeders, and the challenges with them (overfeeding acid).
23:36 - If you don't have any of those reasons listed, but your pH is still being suppressed, please contact us! Teach us so we can learn more about this topic.
26:25 - Conclusion. Thanks for listening!
------------------------------------
Connect with Orenda Technologies
Website: https://www.orendatech.com
Blog: https://blog.orendatech.com
YouTube: https://www.youtube.com/user/OrendaTechnologies
Facebook: https://www.facebook.com/orendatech/
Instagram: https://www.instagram.com/orendatechnologies/
______________________________
Connect with us!
Game Changing Pool Business Software:
Realize your full potential.
Watershape University®
Water chemistry questions?
Orenda®
Questions? Comments? Or apply to sponsor the show:
ruleyourpool@gmail.com
Facebook: @ruleyourpool
YouTube: @rule-your-pool
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