🙂 The goal of this video is to-give the viewers a new idea and to showcase the capacity of an
ordinary water-container how it perfectly handle a pressure up to 50psi or more (30psi recommended for safety) with a gag as my-main goal. I don't showcase here how
the engineering behind a bladder-tank works. No deep details and information was shown
through-out the video because its just for fun.
But here in the-description I will explain all the FAQs. 🙂
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⚠️⚠️⚠️ DIS-CLAIMER: DO IT AT YOUR OWN-RISK. ⚠️⚠️⚠️
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This is only a video-evidence, (not a DIY) of my-successful experiment in transforming
a regular 5gallons water-container (round) into a substitute pressure-tank that can hold
a standard-household water pressure of 40-60 psi!
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This set-up was tricky. At first glanced you can-say its not a real deal.
But if you look closely and understand everything, you will find it amazing.
You can see this thing does not-have air inlet (schrader valve) like a normal
bladder-tank. But remember that the-tank used in this project was plastic.
It has an elasticity (like rubber) unlike metals. That acts as 2 in 1, a bladder, and a-tank.
The orientation of the pump and the-tank was carefully planned to ensure
a good working outcome. I placed the-tank above the pump so that the air will remain
in-tank while being compressed. I compressed the air by closing the water out-let. And
allowing the pump with water to run while the-tank is empty (nothing but air). As the
pressure rises to 50psi the-tank begun to compressed the trapped air in-side and
making the tank's top bulged. You can see the water increases to the-tank making it
60% water and 40% compressed air at 50psi. As the pump turn's off at 50psi, you-have
3-5mins (depends on how you conserve the flow of pressure) to drop the gauge to 30psi
where the pump starts-working again. As the pressure drop to 30psi, the-tank will be less-stressed
making it 40% water and 60% uncompressed air. The pump will work about 1 min
to fill the 50psi or-less if you have-a bigger pump. And now the cycle is complete.
And there you go I hope that's clarify all your questions. Thank you for watching!
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I don't en-courage you to remake this process for safety precaution. Dealing-with pressure
is-dangerous specially above 30 psi. However if you still wanted to try, keep the pressure
below 30psi for your safety and also to prolong your materials lifespan.
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