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Joined 21 days ago
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Cake day: January 16th, 2025

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  • i am not into gardening much, but your photos look great. You seem to have a good microscope, maybe you can buy some stains (not very expensive unless you buy good stuff to quantise) and even do some charecterisation.

    From what I got, you have a mildly basic master batch, which you dilute. Regular tap water should not have a pH more than 9-10, and if you want the final batch to be neutral, then you need your master batch to have a pH of roughly 3-4. Since you have a mostly basic master batch (kOH in reasonable concentration alone would make it 13+). Most other salts would be mostly neutral. I dont know what phosphorus form you are using, if its phosphorus oxide (P2O3 or P2O5, though latter is very unlikely) then mildly acidic, if Calcium phosphate then mildly basic. If you target for a pH of 8-9 or plants (I dont think any higher would be suitable, though depends on plants, can you check for any residue (salts) on plant parts, if so, your stuff is way to basic).

    Getting back on point, purely to get rid of any live growth, you can add anything which generates free radicals (peroxides (hydrogen, or sodium or potassium), or iodine (you can get tinctures), or even ozone (you can buy ozonator, somewhat expensive), or if you want to set something up, just perform some electrolysis in portions of master batch, but please ensure you don’t inhale stuff. And electrolysis will make system more basic.

    My bigger question is, is this growth really problematic or not, if plant health is not getting hampered, i would not actually do anything, and maybe add some small amount of worms (if in soil, then even earth worms work). They can feed on this growth, and help in tilling.

    Again, I am a gardening noob, and not a chemist, so what I may have said may as well be shit, please feel free to correct me.













  • I can’t think of any downsides, besides the increased construction cost (not really sure how much increase, considering the ground space required is less, and no digging, but designing hanging fuel tanks, maybe about 1-2 tons of fuel would be hard) and limit on the capacity stored. Why were they discontinued? Was the disaster risk any higher. My initial guess it that any body driving and smashing the pumps is not present anymore, they are built high enough to not be hit by trucks.