Good morning all,
I have been tasked with creating a containment system for our piping run that transports Quilon C (Release agent) in solution of IPA from a large storage tank outside to inside the plant. The 1" piping is currently a chemical grade polypropylene over an approximately a 150yd run to the plant. The fear is if the pipe breaks it will spill IPA/Quilon C all over the lawn and outside.
My first lack of chemistry knowledge stab was, why don't we just use a grade of stainless and butt weld everything together. That would certainly be more secure than a plastic pipe that is getting weathered exposed to the elements. That is when I learned that stainless doesn't play well with chlorides. This Quilon C has ~7 % weight in its mixture. In my past life, I have passivated stainless pipes with a citrus acid to transport electrolyte. But we only did this a single time after assembly of all the piping to get it all cleaned. I do not know enough about stainless metallurgy and chromium levels to make a call on a grade of stainless to use. Or better yet, how I can treat the stainless so that I can safely transport this solution from our large tank to the plant. I do NOT want to have to rerun plastic pipe encased in another pipe just for containment.
Any direction would be greatly appreciated.
Thanks guys
Sid
I have been tasked with creating a containment system for our piping run that transports Quilon C (Release agent) in solution of IPA from a large storage tank outside to inside the plant. The 1" piping is currently a chemical grade polypropylene over an approximately a 150yd run to the plant. The fear is if the pipe breaks it will spill IPA/Quilon C all over the lawn and outside.
My first lack of chemistry knowledge stab was, why don't we just use a grade of stainless and butt weld everything together. That would certainly be more secure than a plastic pipe that is getting weathered exposed to the elements. That is when I learned that stainless doesn't play well with chlorides. This Quilon C has ~7 % weight in its mixture. In my past life, I have passivated stainless pipes with a citrus acid to transport electrolyte. But we only did this a single time after assembly of all the piping to get it all cleaned. I do not know enough about stainless metallurgy and chromium levels to make a call on a grade of stainless to use. Or better yet, how I can treat the stainless so that I can safely transport this solution from our large tank to the plant. I do NOT want to have to rerun plastic pipe encased in another pipe just for containment.
Any direction would be greatly appreciated.
Thanks guys
Sid