It might correct itself up to the 8.0 range, but you may need dosing to really get up to the 8.2-8.4 reccomended. With a 7.8pH you've probably had some precipitation that is tough to reverse.
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It might correct itself up to the 8.0 range, but you may need dosing to really get up to the 8.2-8.4 reccomended. With a 7.8pH you've probably had some precipitation that is tough to reverse.
Looks really good Fiona
Thanks Miss Wiggle How's your back?
So - you painted that unit silver yet ?
Come a long way in 2 months
Sure, quick lesson in ionic chemistry 101 . Precipitation is when two ions in solution combine with an ionic bond to form a physical salt. For example, when you put more Sodium and Chloride ions in water than it can hold (since water has a finite ability to hold solutes), the two will precipitate out of solution and form table salt . When you put too much Calcium and Carbonate in solution the two will precipitate out and form white calcium carbonate salt.
Imbalances in the ions I mentioned before cause them to form these bonds because of the nature of the ions involved in saltwater. The reason for the precipitation is a little more complicated than just having too much of both ions (since there are dozens of ions in a seawater solution) and is more of an ionic chemistry 401 level course .
Seriously though, in the case of calcium carbonate, once it precipitates out of solution back into the salt form the ionic bonds are very strong and not easily re-dissolved in a seawater situation. Therefore you may need to dose to bring dissolved levels back to desired ranges.
Hubby just pulled a face when I suggested silver.So - you painted that unit silver yet ?
Come a long way in 2 months
Hubby just pulled a face when I suggested silver.So - you painted that unit silver yet ?
Come a long way in 2 months
Phewww what does he know lol
Whens the 1st livestock being added
So - you painted that unit silver yet ?
Come a long way in 2 months
LOL Nice to see you back Mr Chac. Nope, 'Walnut' was the colour we went for in the end... looks no different on the pics, but much nicer in real life. Hubby just pulled a face when I suggested silver. I guess he isn't as 'with it' as you, huh?
Sure, quick lesson in ionic chemistry 101 . Precipitation is when two ions in solution combine with an ionic bond to form a physical salt. For example, when you put more Sodium and Chloride ions in water than it can hold (since water has a finite ability to hold solutes), the two will precipitate out of solution and form table salt . When you put too much Calcium and Carbonate in solution the two will precipitate out and form white calcium carbonate salt.
Imbalances in the ions I mentioned before cause them to form these bonds because of the nature of the ions involved in saltwater. The reason for the precipitation is a little more complicated than just having too much of both ions (since there are dozens of ions in a seawater solution) and is more of an ionic chemistry 401 level course .
Seriously though, in the case of calcium carbonate, once it precipitates out of solution back into the salt form the ionic bonds are very strong and not easily re-dissolved in a seawater situation. Therefore you may need to dose to bring dissolved levels back to desired ranges.
I read that last night... couldn't make sense of it... so waited until this morning.... I think I kinda get what you are talking about, but how does that pertain to my low PH? I don't think I've ever felt as stupid before... Do I really need to know all this stuff to run a fish only marine tank??
*wishes she'd listened better at school*
So - you painted that unit silver yet ?
Come a long way in 2 months
LOL Nice to see you back Mr Chac. Nope, 'Walnut' was the colour we went for in the end... looks no different on the pics, but much nicer in real life. Hubby just pulled a face when I suggested silver. I guess he isn't as 'with it' as you, huh?
Sure, quick lesson in ionic chemistry 101 . Precipitation is when two ions in solution combine with an ionic bond to form a physical salt. For example, when you put more Sodium and Chloride ions in water than it can hold (since water has a finite ability to hold solutes), the two will precipitate out of solution and form table salt . When you put too much Calcium and Carbonate in solution the two will precipitate out and form white calcium carbonate salt.
Imbalances in the ions I mentioned before cause them to form these bonds because of the nature of the ions involved in saltwater. The reason for the precipitation is a little more complicated than just having too much of both ions (since there are dozens of ions in a seawater solution) and is more of an ionic chemistry 401 level course .
Seriously though, in the case of calcium carbonate, once it precipitates out of solution back into the salt form the ionic bonds are very strong and not easily re-dissolved in a seawater situation. Therefore you may need to dose to bring dissolved levels back to desired ranges.
I read that last night... couldn't make sense of it... so waited until this morning.... I think I kinda get what you are talking about, but how does that pertain to my low PH? I don't think I've ever felt as stupid before... Do I really need to know all this stuff to run a fish only marine tank??
*wishes she'd listened better at school*
i feel the same! this all confuses me so much, but you do start to get your head around it eventually
ha ha don't worry, there's shed loads i don't understand.... and to say we're doing alright... we're moving from one disaster to the next and somehow have got away with not making a massive mess of things so far..... sort of alright... but don't be under any illusions as to how we're coping!
i'll try and draw you a pic of how a marine biologist told us to set up the powerheads in our tank, apparently gives the best circulation.
aha, fuzz, i've found an article about the o2 exchange and it's got a good diagram in of how to set up your powerheads... i don't understand half of it but the pic will help you!!
what's your email i'll send you it.