First I want to start by apologizing for starting another thread regarding salt mixes but I'm trying to get a handle on my reef chemistry and I'm having issues with my current salt mix and I'm curious if anyone else has experienced anything similar. My experience in the hobby before starting this tank 10-14-17 was 25+ years ago with a fish only tank when I was a teenager that abruptly ended when I ripped a silicon seal in the middle of the night on my tank. I had this tank for about 1 year and had relative success for the time and experience I had.
Currently I'm using Aquavitro Salinity and I don't think I couldn't be less happy with this product. The product has been the least consistent and most unreliably sea salt I've had the displeasure of using. If I mix it according to the packaging my salinity is always 1.03sg with a Alk of 9.0 Dkh and a calcium that will read in the 430+ range. It mixes cloudy and generally speaking it's okay but to use it in my tank I have to reduce it to 1.026sg which changes these ranges. Letting the solution mix for more than 36 hours and the alkalinity and calcium numbers drop to 6.5.Dkh and 380-400PPM respectively but then the salinity is now correct at 1.026 (I'm assuming precipitation is the case since the bucket is covered in a dust when emptied and all of my mixing equipment is calcified.) All mixing is done at 78F with a 1000GPM pump in my mixing container which is either a 32G brute or a 10G brute depending on the volume of salt I need and volume seems to have no effect in my testing.
If I try to use this salt before 24hours of mixing (usually 6-8 hours) and make all of my parameters correct with diluting the mixture and dosing calc and alk I see a very rapid drop over the next 48 hours in Alk and Calc. My tank goes from 9.4 Alk to 7.6 and my Calcium usually goes from 430+ to around 400 over the course of 48 hours. If I dose the tank properly and maintain those parameters at my desired values of 9 dkh and 430PPM Ca (testing every 24 hours and dosing to try and prevent quick dips in values) my tank begins to stabilize after the 48hour mark. After the 48 hour mark my Alk and Ca consumption stabilizes and drops in half to about .5Dkh and 4-6ppm Ca per day to which I am now dosing BRS 2 part at a rate of about 30-40ML/day when stable. The question is does anyone see these issues with other salts and this salt too? I'm currently in the process of switching to RSCP but the high alk values might convince me to take a different route and just go with reef crystals and dose anything that's missing.
Before you ask,
Temp 78.0 (Infrared and mercury thermometer measurement)
SG 1.026 (calibrated each use with 1.025sg solution every use)
Alk 9.2 (9.0 is the target and since 2-3 daily testing my average is 9.0 but I'm dosing to 9.2 and I'm using both Hannah and Red Sea test kits and correlating data)
Ca 430 (Red sea testing, I have a Hannah checker too but due to the sensitivity of the equipment and the sample used something as simple as rinsing the ampule in tap water causes wildly inaccurate measurements and the Red Sea kit is just easier and faster to use)
MG 1380 (Red Sea test kit)
NH3 16PPB (That's Parts per billion or .16PPM according to Seneye but they've admitted that their sensor needs recalibration but want me to pay for it under warranty)
N02 Undetectable (API)
N03 Undetectable (API)
P04 Undetectable (Hannah)
I've been performing these tests every day since 2-1-19 so I can create a trend of consumption and dial in my testing methods.
This is my setup and livestock. I'm currently using a 65 gallon tank with a Trigger Ruby 36 sump, Kessil H80 in the fuge for Caulerpa in the fuge, Bubble Magus Curve 5 protein skimmer, Eflux DC-Flow pump 6009 (1050 GPH), two Eflux 6006 Wave pumps (2100GPH@30%), With a Kessil AP700 lighting system, and a Carbon and GFO reactor from BRS. I have estimated my total system volume to be approximately 77G US through volume calculations and displacement methods for the rocks. Livestock is a 60+ head Rasta Zoa, 3 head Utter Chaos Zoa, 5 head Pink Constellation Zoa, 1 head Australian torch, 5 head hammer coral, 1 large and 1 small RBTA, 4 clowns, 1 Lemon Coris Wrasse, 1 Royal Gramma, 1 Firefin Goby, and 1 Bangai Cardinal.
Currently I'm using Aquavitro Salinity and I don't think I couldn't be less happy with this product. The product has been the least consistent and most unreliably sea salt I've had the displeasure of using. If I mix it according to the packaging my salinity is always 1.03sg with a Alk of 9.0 Dkh and a calcium that will read in the 430+ range. It mixes cloudy and generally speaking it's okay but to use it in my tank I have to reduce it to 1.026sg which changes these ranges. Letting the solution mix for more than 36 hours and the alkalinity and calcium numbers drop to 6.5.Dkh and 380-400PPM respectively but then the salinity is now correct at 1.026 (I'm assuming precipitation is the case since the bucket is covered in a dust when emptied and all of my mixing equipment is calcified.) All mixing is done at 78F with a 1000GPM pump in my mixing container which is either a 32G brute or a 10G brute depending on the volume of salt I need and volume seems to have no effect in my testing.
If I try to use this salt before 24hours of mixing (usually 6-8 hours) and make all of my parameters correct with diluting the mixture and dosing calc and alk I see a very rapid drop over the next 48 hours in Alk and Calc. My tank goes from 9.4 Alk to 7.6 and my Calcium usually goes from 430+ to around 400 over the course of 48 hours. If I dose the tank properly and maintain those parameters at my desired values of 9 dkh and 430PPM Ca (testing every 24 hours and dosing to try and prevent quick dips in values) my tank begins to stabilize after the 48hour mark. After the 48 hour mark my Alk and Ca consumption stabilizes and drops in half to about .5Dkh and 4-6ppm Ca per day to which I am now dosing BRS 2 part at a rate of about 30-40ML/day when stable. The question is does anyone see these issues with other salts and this salt too? I'm currently in the process of switching to RSCP but the high alk values might convince me to take a different route and just go with reef crystals and dose anything that's missing.
Before you ask,
Temp 78.0 (Infrared and mercury thermometer measurement)
SG 1.026 (calibrated each use with 1.025sg solution every use)
Alk 9.2 (9.0 is the target and since 2-3 daily testing my average is 9.0 but I'm dosing to 9.2 and I'm using both Hannah and Red Sea test kits and correlating data)
Ca 430 (Red sea testing, I have a Hannah checker too but due to the sensitivity of the equipment and the sample used something as simple as rinsing the ampule in tap water causes wildly inaccurate measurements and the Red Sea kit is just easier and faster to use)
MG 1380 (Red Sea test kit)
NH3 16PPB (That's Parts per billion or .16PPM according to Seneye but they've admitted that their sensor needs recalibration but want me to pay for it under warranty)
N02 Undetectable (API)
N03 Undetectable (API)
P04 Undetectable (Hannah)
I've been performing these tests every day since 2-1-19 so I can create a trend of consumption and dial in my testing methods.
This is my setup and livestock. I'm currently using a 65 gallon tank with a Trigger Ruby 36 sump, Kessil H80 in the fuge for Caulerpa in the fuge, Bubble Magus Curve 5 protein skimmer, Eflux DC-Flow pump 6009 (1050 GPH), two Eflux 6006 Wave pumps (2100GPH@30%), With a Kessil AP700 lighting system, and a Carbon and GFO reactor from BRS. I have estimated my total system volume to be approximately 77G US through volume calculations and displacement methods for the rocks. Livestock is a 60+ head Rasta Zoa, 3 head Utter Chaos Zoa, 5 head Pink Constellation Zoa, 1 head Australian torch, 5 head hammer coral, 1 large and 1 small RBTA, 4 clowns, 1 Lemon Coris Wrasse, 1 Royal Gramma, 1 Firefin Goby, and 1 Bangai Cardinal.