CSM+B will most probably contain sulphates already.I bought the Nilo csm+b
CSM+B will most probably contain sulphates already.I bought the Nilo csm+b
It was about time 😉. This calculator is indeed god-brewed!I just discovered that this god sent calculator can calculate micros dilution, life saver, thx !!
I consider this ratio wildly incorrect.Even good ol' EI standard pretty much suggests ratios of 4:1:20 (N P K) (varies by source, but its about that range).
There's nothing wrong about 3:1 ratio, yet it seems that this ratio (Ca:Mg) is not that important. Observations and agronomic literature suggest that plants tolerate quite a wide range of ratios.True and that's because the Ca:Mg ratio (specifically the 3:1 ratio) is widely adopted and pose no debate.
True, but what @MichaelJ says...it's something that Zeus and I could work on but I doubt most people are actually interested in this. They just want to grow plants.
... is also very true.If you are mixing dry salts, I would say you are already well into the intermediate territory as a hobbyist.
Exactly and this why it is in the calculator. The calculator actually allows you to use whatever ratio floats your boat since reality is that it doesn't really matter unless you go to extremes. But Ca:Mg ratio is typically how a lot of people think when it comes to remineralizing their water. We used that so people could relate more easily.There's nothing wrong about 3:1 ratio, yet it seems that this ratio (Ca:Mg) is not that important. Observations and agronomic literature suggest that plants tolerate quite a wide range of ratios.
In practice, there's only one situation really worthy an attention: some hard waters are relatively poor in magnesium. Mg adjustment is then necessary.
True, but what @MichaelJ says...
I consider myself past the intermediate level when it comes to growing plants and mixing ferts. Have I ever needed to use ratios? Never. Can I grow plants, well my journal can attest to that as well as the hundreds of customers I have sold plants to and have praised how healthy my plants are. There are also countless people out there who grow perfectly healthy plants without going into this ratio rabbit hole.. is also very true.
Once a person enters the field of blending salts, it would be a pity to create a nonsense - meaning wildly inefficient and possibly harmful blends.
😱 that would be a much much bigger job, as it would require so much coding changing in the back end as we have close to one hundred commercial products which link to the target cells and that's just scratching the surface. Giving the resultant NPK ratio the IFC is another thing all together. Maybe a little 'popup' text which shows what the targeted NPK ratio may be another option- however if targets are overshot as sometimes happens depending on what salts and targets are used, Having a desired NPK ratio may be misleading if the user doesn't notice the target is overshot. So giving the resultant NPK ratio may be a better solution and any overshot in the users targets will be accounted for as only one NPK ratio will be showing on a screen already packed with data.able to manually enter target values for N, P and K, rather than just NO3, PO4 and K
😱 that would be a much much bigger job, as it would require so much coding changing in the back end as we have close to one hundred commercial products which link to the target cells and that's just scratching the surface. Giving the resultant NPK ratio the IFC is another thing all together. Maybe a little 'popup' text which shows what the targeted NPK ratio may be another option- however if targets are overshot as sometimes happens depending on what salts and targets are used, Having a desired NPK ratio may be misleading if the user doesn't notice the target is overshot. So giving the resultant NPK ratio may be a better solution and any overshot in the users targets will be accounted for as only one NPK ratio will be showing on a screen already packed with data.
Myself and @Hanuman have had a chat about it and are thinking about the coding side. No timeframes or promises 😉
All requested are always considered, but some do make you initially think 'WTF' and that was one of them 🤣I have no personal requirement for this option, so feel free to file it well below my historic request for a daily dosing/daily water change option 😅 😂
All requested are always considered, but some do make you initially think 'WTF' and that was one of them 🤣
That is why I think that the <"commercial mixes designed for hydroponics"> etc won't be far wrong.Once a person enters the field of blending salts, it would be a pity to create a nonsense - meaning wildly inefficient and possibly harmful blends.
You also have the issue of agricultural and horticultural fertilisers expressing phosphorus content as the pentoxide (P2O5) and potassium (K) as dipotassium oxide K2O.Perhaps the only thing that might make it easier is to be able to manually enter target values for N, P and K, rather than just NO3, PO4 and K.
In terrestrial fertilisers, for N: P: K, nitrogen (N) is quoted in its elemental form, the phosphorus (P) content as the pentoxide (P2O5) and potassium (K) as the oxide (K2O). To convert from one to the other you need to know the RAM of the element.
So N =14 and O =16, the RMM of NO3 is 14 + (3*16) = 62 and 62/14 = 4.43 multiply the quoted value of N by 4.43 and that is the amount of nitrate NO3.
PPM is the same unit as mg/L (there are 10^6 milligrams in 1 litre (1000 g) of water).
To convert N to NO3:
Nitrate-NO3 (mg/L) = 4.43 * N (mg/L), so 10 mg/L N is 44.3 ppm NO3
and to go from NO3 to N:
N (mg/L) = 0.2259 x Nitrate-NO3 (mg/L)
To convert P2O5 to P you multiply by 0.436.
If you want to know how much PO4--- that is, it is bit more complicated because you need to know the percentage of P in P2O5 (43.7) and the percentage of P in PO4 (32.6), the divide 43.7/32.6 = 1.34, so 10 mg/L P2O5 = 13.4 mg/L PO4, to go the other way around PO4 to P2O5 its 32.6/43.7 to give you multiply by 0.747.
Potassium (K) from potassium oxide (K2O) is fairly straight forward, just multiply by 0.83 to give the value.
I vote no, but that's because I know what it involves in terms of additional condition to the coding ... if if if or, and, if 🤣so would N:K ratio be useful as well if P isn't being targeted?
Once a person enters the field of blending salts, it would be a pity to create a nonsense - meaning wildly inefficient and possibly harmful blends.
The thing that gets me is what's a whacky N and P ratio that won't grow plants. 3:1, 5:1.Yes, everyone just wants to grow nice plants, but you're not going to be in a good spot to accomplish that if your end up with wildly erroneous blends that provides say way too much Phosphorus relative to Nitrogen
I just worry the IFC calculator is going to get dragged down a hole that it needn't go down.
For what its worth the calculator should help people calculate various mixes from dry salts, it's not there to suggest dosing regimes and ideal ratios.
It’s not Christmas yet but your wish has been granted. Next update will integrate NKP ratios in both the TargetCalculator and the DIYCalculator as long as both N and P are available. If anyone comes with additional commercial ferts we could also add those to the update if reported in time.Thats why having the N P K ratios calculated based on the amount of NO3 PO4 K right there perhaps as optional information could be helpful
I think you are under estimating people. Never have I seen anyone pushing over 4-5 ppm of PO4. Once people enter the realm of DIY ferts it usually means they have already gone through a journey of reading and basic understandIng of what the general levels of each nutrients should be. If anything, the very large majority of people clone commercial products and so they can see what the general idea is when it comes to NPK levels.Yes, everyone just wants to grow nice plants, but you're not going to be in a good spot to accomplish that if your end up with wildly erroneous blends that provides say way too much Phosphorus relative to Nitrogen etc.
For what its worth the calculator should help people calculate various mixes from dry salts, it's not there to suggest dosing regimes and ideal ratios. 😉
It will just save time for those interested in the ratios having the information handy without doing the maths
Excellent news! 👍It’s not Christmas yet but your wish has been granted. Next update will integrate NKP ratios in both the TargetCalculator and the DIYCalculator as long as P is available. If anyone comes with additional commercial ferts we could also add those to the update if reported in time.
@Hanuman and @Zeus. I'd be happy to test a Beta when you guys are comfortable with how it works!Anyhow, I’m glad this was done in less than 10 minutes. I was already having cold sweats of how much time this was going to take Zeus and I. Ended up being easy although it is not how I ideally would like it to be. But it’s good enough IMO.
No need for beta version I think for this. We will just release a new version.@Hanuman and @Zeus. I'd be happy to test a Beta when you guys are comfortable with how it works!
After all, I agree. A calculator way too sophisticated could discourage beginners. And "precise dosing enthusiasts", like me, are likely to have developed their own calculators. Mine is based on molar mass, and that would be an outright no-go for the audience, I'm afraid.For what its worth the calculator should help people calculate various mixes from dry salts, it's not there to suggest dosing regimes and ideal ratios.