
Sign up to save your podcasts
Or


00:00 - Introduction
03:16 - pH buffering
04:43 - Bicarbonate, cyanurate and borate
06:41 - pH is based on H2O and hydrolysis
09:56 - Carbonate alkalinity means dissolved CO2 determines pH
11:51 - Bicarbonate converts into carbonate at 8.3 pH
13:22 - High TA, more buffering capacity, more acid demand
15:19 - Acids and conjugate bases
18:16 - pKa values and buffering strength
20:52 - What does pKa stand for?
23:05 - Closing
______________________________
Connect with us!
Realize your full potential.
Watershape University®
Water chemistry questions?
Orenda®
Questions? Comments? Or apply to sponsor the show:
[email protected]
Facebook: @ruleyourpool
YouTube: @rule-your-pool
By Eric Knight4.4
8787 ratings
00:00 - Introduction
03:16 - pH buffering
04:43 - Bicarbonate, cyanurate and borate
06:41 - pH is based on H2O and hydrolysis
09:56 - Carbonate alkalinity means dissolved CO2 determines pH
11:51 - Bicarbonate converts into carbonate at 8.3 pH
13:22 - High TA, more buffering capacity, more acid demand
15:19 - Acids and conjugate bases
18:16 - pKa values and buffering strength
20:52 - What does pKa stand for?
23:05 - Closing
______________________________
Connect with us!
Realize your full potential.
Watershape University®
Water chemistry questions?
Orenda®
Questions? Comments? Or apply to sponsor the show:
[email protected]
Facebook: @ruleyourpool
YouTube: @rule-your-pool

41,398 Listeners

4,429 Listeners

32,865 Listeners

727 Listeners

66,624 Listeners

135 Listeners

10,264 Listeners

4,432 Listeners

45 Listeners

40,794 Listeners

12 Listeners

29,364 Listeners

107 Listeners

8,619 Listeners

17,051 Listeners