Looked up the pH of some glyphosate products on their MSDS. They were around 4.5-5. So you would think taking the water pH down to that level would be alot better than mixing it with something 9.25, that's quite a spread(pH scale goes from 0 to 14). I would guess some glyphosate would be neutralized(lost), but don't know....
I got quoted about $45 for a bit over 20 liters(23Kg) of hydro chloric acid(HCL 31.45%). With it being so acidic.... supposedly less than a pH of 1... a little would go a long way. Dangerous as hell though---eyes, skin and fumes.
So if 50 mls of LI700 at about pH 3.6 took ten liters of source water(9.25) down to about 5.5 pH.... just think how little of something with a pH of less than one you would need.
How much of the acidic nature of the glyphosate is contributed from the active ingredient and how much from the "carrier"?
9.25 pH might be too much to overcome without loses in active ingredient.
Can anyone definitively answer this?
I got quoted about $45 for a bit over 20 liters(23Kg) of hydro chloric acid(HCL 31.45%). With it being so acidic.... supposedly less than a pH of 1... a little would go a long way. Dangerous as hell though---eyes, skin and fumes.
So if 50 mls of LI700 at about pH 3.6 took ten liters of source water(9.25) down to about 5.5 pH.... just think how little of something with a pH of less than one you would need.
How much of the acidic nature of the glyphosate is contributed from the active ingredient and how much from the "carrier"?
9.25 pH might be too much to overcome without loses in active ingredient.
Can anyone definitively answer this?
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