I was thinking the same! Maybe people watching has family that’s still alive and able. And has land that they can call their own

amazing comment.

I’m blown away that after 50,000 yrs these people don’t know how to get water out of the ground all by themselves.

@@robertmccarthy1256 I'm pretty sure that's exactly what you're watching in the video. Is them getting water out of the ground by themselves. I don't at all understand your comment. Quite frankly it's bizarre and makes no sense. Probably the mind of a radical leftist lgbtq democracy supporter

@@robertmccarthy1256 50,000 years ago people lived near a river, lake or spring. With large populations demanding water away from a surface source then artesian water is the only option and it can be hard to attain, especially if it is 100m down.

@@teeanahera8949 not for w_i_e people

@@robertmccarthy1256 50,000 years ago? No way you aren’t trolling or you are 14 zzz

Ur a liar

I guessing you left out some details or I'm calling bullshit! A 6" diameter hole in the ground 40 feet filled with water; that water would weigh 480 pounds! How were you able to push that kind of weight to the surface by hand? Even a smaller column of water as used in the video is the big limiting factor of a well 300 feet as they suggest is possible. That's water weight. A thick mud slurry like they suggest weighs even more with every inch in diameter or depth. Think of your 6" pipe as a plastic liter bottle about a foot tall. Now lift that bottle to stack another bottle under it. Lift those two to stack a 3rd under . Then lift all three to stack the 4th. Continue until your lifting a stack of 40 to slide the 41st bottle below and you will understand the gravity of the situation. Literally! I'm not saying it's impossible but it's impractical with the limits of the tools shown here.

@@tenlittleindians You're not lifting the water, though - you're inputting water at the bottom of the water column to "flush" out debris. I agree that there is a limit on how deep you can go based off the pressure required to input additional water at the bottom of the column; but, if you were to replace the water hose here with a power washer, that'd get you considerably more distance. You might want to understand basic physics before spouting off, because there is a huge difference between your analogy of "lifting water", and the actual issue here of "back pressure" on a water output, at the bottom of a water column.

@@jcpt928 To inject it in the bottom requires the same force as lifting the column of water! Were you unaware how it's calculated? And using a high pressure pump ain't exactly "digging it by hand" anymore. Your "flushing it out" story doesn't hold water. (See what I did there? It's known as a play on words) How are you going to "simply" flush it out? You either need to lift all the casing to create an opening at the bottom or your back to pumping water down the casing which requires pushing that water somewhere once the casing is full. (Back out the top under the full pressure that I previously calculated) I suggest you visit a local grade school and see if one of the nice teachers can take some time away from a toddler to help you brush up on your limited capacity for simple basic math.

@@tenlittleindians You're completely dismissing the size, surface area, etc. of the casing, the digging head, the hole itself, etc. You clearly aren't paying attention. Water isn't a solid.

Yup!!!!!! Is thier an 0 anywhere? Proabably not! Have people worked to hard for far to long! Probably have! Anything else? Have the best day possible

Thousands of years in China IIRC,

Well Done 😂 Clever ;)

Hi are you interested in the pump made from PVC pipes shown at the end? We made a video about this: kzfaq.info/get/bejne/ZqqYecqTnq-8ZKM.html

@@WOT_utwente how can I contact you, see if you can sell me one those drill machine?

Well you would have to install a valve just behind the drill head that can be opened from the top ... with say a pull string . But the drill pipe is full of the mud slurry being pumped down to bring up sand and other material outside the pipe. Which I doubt it could lift rock chunks .

Theres water on earth just need to travel to get it. Some further than others

A well is a deep subject.

Hi, you are correct, this is a sludging method. Also the pressurised drilling fluid can indeed clog up the aquifer, this is exactly the reason why we need to thoroughly develop the well. About the gravel: the emas drill set will not lift up gravel. However, because of the shape of the drill head it is sometimes possible that gravel is pressed into walls of the borehole such that the drilling can continue.

@@WOT_utwente It is unlikely that the drill will force gravel into a wall of gravel. It is more likely that the bit will bypass the gravel and lock up the drill stem or keep the casing and screen from going full depth.. It is impossible to clear up a well that you cannot inspect for sieve size or for cake. Even using a mechanical rig, the aquifer can be stopped up several feet belong the centerline of the borehole. The direct circulation process can force thixotropic mud into course materials. Thixotropic muds are liquid when in motion and set to a solid when motionless. The small diameter diameter you are using is not capable the high velocity needed to properly release the thixotropic mud.

impossible to drill 1000 feet=333 metres.

Someone owns a drilling business?????????????

Hi, thank you for your reply. Reverse flow drilling is indeed also a very interesting method, especially to lift up gravel.

Not all of us.

they are stuck. can't go any farther down

@@baddog9320 Yep, start over.

Yeah good point there are rocks down there and I seriously doubt this will work in north Georgia. I'm glad my father in law actually put a good well down. I know the water is good and I don't have to try digging a well. There is a spring on the property but the flow is too slow and the water is filthy. The creek has cleaner water..73