Why have some plants changed their vertical high-pressure ammonium methoxide condensers to use a single tube for discharge?
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This post was last edited by Child born in 1987 on 2010-5-25 at 14:25. Why do some factories change their vertical high-pressure ammonium methylate condensers to use a single pipe for discharge? Won’t the presence of liquid mixed with gas affect stable discharge?
Why isn’t anyone responding? Isn’t the discharge through two pipes stable? Most designs also use two pipes for discharge. But why did some factories change it to one pipe? The documentation also states that it’s possible to use one pipe instead
Which factory? I haven’t seen it yet.
I saw it in a document on CO2 stripping; it said that some plants have switched to using one pipe for discharging the product. I’m wondering why they made such a change, and I’m not sure yet which specific plants have done this
Which factory was renovated? Let me introduce it. The pool-type condenser also has two, right?
I’ve been to many factories, but I’ve never seen a single discharge pipe.
A condenser with a low production capacity, designed as a single tube leading to the synthesis tower, should work fine; after all, the gas and liquid flow together. Experts say that using two tubes for gas and liquid separation doesn’t ensure very clear separation. Making the tube larger avoids the need for openings in high-pressure containers, but when production volume increases, finding a large enough tube might present difficulties. Friend, have you seen any information provided by the author regarding the impact this has on production?