On the production process of polyoxymethylene
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I’m not sure what the production capacity of the largest single unit in use worldwide is at the moment; it seems to be a bit lower compared to other plastics. I wonder what the maximum capacity that such a unit can have if designed to handle higher volumes, and what the bottlenecks are in increasing that capacity
This thing can’t just be expanded at will; the equilibrium conversion rate for the TOX reaction resulting from 60% formaldehyde is only 6%, and the larger it gets, the more problems there are~!
What was said upstairs is jargon; so the focus should be on increasing the formaldehyde concentration
Yes, it’s only concentrated; but if it’s expanded, the energy consumption certainly won’t increase by the same factor
Ours has a capacity of 50,000 tons per year. The main bottleneck lies in the fact that spray granulation tends to clog the nozzles
50,000 tons? Is it a production line?
:(I don’t even know what spray granulation is.)
50,000 tons of spray granulation – it might be polyformaldehyde, but it’s not exactly the same as polyformaldehyde, even though the difference is just the word “multi”; “60% of formaldehyde results in a conversion rate of only 6% under TOX reaction conditions,” and it’s likely to be 4% instead. Let’s learn from each other*
You’re not talking about polyoxymethylene! ! !