Blah blah blah? Why so aggressive. If your position was correct you would be able to cite it in some literature somewhere. You haven't give a single fact or cited one thing to back up your claim, just some anecdotal things about plumbing a house, which has nothing to do with this.
It's called the Hydrostatic Paradox, and they figured it out about 300 years ago. It doesn't matter if it's a 1" diameter pipe, or the bottom of the ocean. If you have 20' of vertical water height the pressure exerted at the bottom is the same. Pressure is independent of volume or expanse. For example, the water pressure behind a fresh water dam at 100 feet deep is about 43.3 pis regardless of whether the dam's reservoir is 25 miles long or 10 feet long. Depth and fluid density are the only relevant parameters needed to determine pressure. If you have some information to back up what you're saying I would love to see it, cause if I am wrong, we should stop telling all the Scuba students we instruct how water pressure actually works, and while we're at it, inform the Navy Seals so they can fix their decompression algorithms. I'm sorry if your life experiences don't align with 300 years of science, but it doesn't make the science any less true. Since you won't give any cited information, I will.
Here is an excerpt from a book for new plumbers of all things. It describes perfectly how it works.
https://books.google.com/books?id=F...age&q=hydrostatic paradox in plumbing&f=false
Here is another excerpt:
https://books.google.com/books?id=5...age&q=hydrostatic paradox in plumbing&f=false
Another:
Vertical pressure variation - Wikipedia, the free encyclopedia
I don't think I'll ever be able to convince you, but for everyone else, you should do your own research before relying on someone else's unproven, unsubstantiated word.
As to the original poster, your system looks fine. Is it giving you much noise or bubbles?
It's called the Hydrostatic Paradox, and they figured it out about 300 years ago. It doesn't matter if it's a 1" diameter pipe, or the bottom of the ocean. If you have 20' of vertical water height the pressure exerted at the bottom is the same. Pressure is independent of volume or expanse. For example, the water pressure behind a fresh water dam at 100 feet deep is about 43.3 pis regardless of whether the dam's reservoir is 25 miles long or 10 feet long. Depth and fluid density are the only relevant parameters needed to determine pressure. If you have some information to back up what you're saying I would love to see it, cause if I am wrong, we should stop telling all the Scuba students we instruct how water pressure actually works, and while we're at it, inform the Navy Seals so they can fix their decompression algorithms. I'm sorry if your life experiences don't align with 300 years of science, but it doesn't make the science any less true. Since you won't give any cited information, I will.
Here is an excerpt from a book for new plumbers of all things. It describes perfectly how it works.
https://books.google.com/books?id=F...age&q=hydrostatic paradox in plumbing&f=false
Here is another excerpt:
https://books.google.com/books?id=5...age&q=hydrostatic paradox in plumbing&f=false
Another:
Vertical pressure variation - Wikipedia, the free encyclopedia
I don't think I'll ever be able to convince you, but for everyone else, you should do your own research before relying on someone else's unproven, unsubstantiated word.
As to the original poster, your system looks fine. Is it giving you much noise or bubbles?
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