Detail – drinking water barium chemistry regime
| Location . | Average non-dissolved barium (mg/L) . | Range non-dissolved barium (mg/L) . | Comment on the status of reaction Ca2+, Ba2+ (aqueous) ↔ Ca, Ba (salt) . |
|---|---|---|---|
| Cluster | 0.0052 (17% of site-incoming total barium) | 0–0.022 (0–71% of site-incoming total barium) | Both average and range expressed the reaction not having moved in the reverse (dissolving) direction at all: the average had expressed solid formation generally; the range, equilibrium through to high solid formation |
| Cluster cooler sub-location | 0.022 | Most exacerbated solid formation | |
| Comparison | 0.0002 (0.6% of site-incoming total barium) | −0.001 to 0.001 (−3 to 3% of site-incoming total barium) | Both average and range expressed near equilibrium conditions generally, neither highly dissolving nor highly solids forming but some solids resuspended/redissolved |
| Comparison cooler sub-location | −0.001 | Most exacerbated the reverse of solid formation |
| Location . | Average non-dissolved barium (mg/L) . | Range non-dissolved barium (mg/L) . | Comment on the status of reaction Ca2+, Ba2+ (aqueous) ↔ Ca, Ba (salt) . |
|---|---|---|---|
| Cluster | 0.0052 (17% of site-incoming total barium) | 0–0.022 (0–71% of site-incoming total barium) | Both average and range expressed the reaction not having moved in the reverse (dissolving) direction at all: the average had expressed solid formation generally; the range, equilibrium through to high solid formation |
| Cluster cooler sub-location | 0.022 | Most exacerbated solid formation | |
| Comparison | 0.0002 (0.6% of site-incoming total barium) | −0.001 to 0.001 (−3 to 3% of site-incoming total barium) | Both average and range expressed near equilibrium conditions generally, neither highly dissolving nor highly solids forming but some solids resuspended/redissolved |
| Comparison cooler sub-location | −0.001 | Most exacerbated the reverse of solid formation |