The corrosion problem associated with by-products needs to be addressed urgently
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By-products include methyl acetate, ethyl acetate, methyl formate, methanol, ethanol, and water. The iron containers are severely rusted and corroded; the alcohol meter reads 63, with a density of 0.91. The water is white in color. This should not affect the color or the burning properties. I’m looking for a low-cost solution to this problem. Thank you so much.
A carbon steel lining for these materials will do, solving the problem once and for all.
The storage tank is severely corroded; is a solution needed? Can’t you use an anti-corrosion coating for the storage tank?
Thank you for the advice. Using this as fuel can also corrode the stove, so users switch to stainless steel, but it’s troublesome, and some are unwilling to do so. My thought is whether the problem can be solved by the product itself
Thank you for the advice. Using this as fuel can also corrode the stove, so users switch to stainless steel, but it’s troublesome, and some are unwilling to do so. My idea is to focus on whether the problem can be solved by the product itself.
I didn’t finish saying it; the method mentioned above is perfect just for storage tanks.
Try removing the moisture to 0.05%
Line or customize a batch of PE single storage tanks
Is there anything that could be added to make it better? What should I add?
In the presence of water, adding alkali for neutralization is ineffective, as esters decompose more severely under acidic or alkaline conditions. If you really don’t want to remove water (since it requires a lot of energy to eliminate even trace amounts of water from this system), try adding some triethylamine...
\ud83d\udc4d\ud83d\ude4f Thank you for your guidance, master. I’ll give it a try.