Yield of glyphosate by air oxidation?
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Those familiar with glyphosate are likely aware that air oxidation is an advanced method for its production; foreign reports indicate that yields can reach 97% or even 100%. Is this really achievable? Is it possible to do this domestically? Additionally, what are the main factors affecting the yield? I’d like to ask everyone!
The reports claim it’s achievable, but considering the exaggeration in domestic businesses and academia, well, a discount should be applied. Still, the advancement of AirOx is undeniable. Since the product is available in powder and liquid forms, I’m not sure what the yield rate for the powder form will be
Our family’s yield is 89%, but the content is indeed very stable. QQ79937890
For related topics on the forum, please refer to http://bbs.hcbbs.com/viewthread.php?tid=103801!
Our company’s PIMDAA is oxidized to 93% GLP93
Total: 96%. Solid powder yield: 92%
Overall yield: 95%; solid yield is 90%, but the content remains very stable at over 97%
Overall yield: 96%; solid yield: 93%, but the purity is above 97% in both cases
There are really skilled people out there – the solid yield can reach 93%. I wonder if that’s true?
Is it really that high as the people on floors 5-9 said?