Free Energy Water Big Pump and Big Air-Pressure for rice field | Water Pump without Electricity 

So nice of you

So nice of you

Wow, thank you!

Can you install or put or add a Vacuum Pressure Gauge at the top of the drum and focus on it the camera?

No need for the drum. Only pipes and priming water would work. This setup would not work if the elevation of the output is higher than the elevation of the source water

@@glazerhits6080 You are wrong. What you are talking about is the Siphon pump which they already have in their archive videos. This is a free energy drum pump, a better form of a RAM PUMP.

@@LearnForideas a 0 00 0 be

Glad to help

If the outlet is below water it doesn't matter. The problem with too big outlet otherwise is that air will come in if the flow doesn't fill the pipe. If air enters the system it will accumulate at the highest point, and will eventually make it stop. It's smart to have a system to trap and potentially bleed of any air.

@@AldriFerdig ... please read my comment and if you want a pumping a water 💦💦 to height level.... put the one-way valve in your out late pipe.... please try this 🙏💐

Hệ thống hoạt động tốt chủ yếu nhờ áp suất nước, nếu để một đầu ống vào, trước tiên nước vào ống tới max, sau khi mở ống xả, áp sẽ đẩy Nước ra mạnh nhưng áp sẽ giảm nhanh và khi hết áp nước sẽ không chảy ra nữa. Nguyên tắc giữ được áp thì nước sẽ chảy liên tục

Great idea हम आपके आभारी है

Best of luck

I'll suggest first try for yourself with a small prototype and go for bigger projects. I tried many a time but it doesn't work well. Yes it works for few minutes but eventually the flow of water either begins to flow in droples or the water in the barrel gets exhausted. And that's the reality of it...when tried. I tried a multiple times but the result was the same

Glad to help

happy to hear that

Great suggestion!

I will try my best

Sorry Dan, you are way out. There is no need for those tanks. You could as well use a larger main barrel. In any case, the output must be lower than the source.

Thanks, will do!

Notpossble

It is my pleasure

The intake has a non return.

The non-returnvalve was the secret! I was almost certain ! Thanks

Its NRV... that hold back the water against gravity in the intake column. And the whole principle is make storage tank vacuum tight. The drum volume also act as storage buffer to maintain the constant flow.. When you open the outlet valve, water rushes in due to level deference though the drum outlet. And this creates vacuum in the entire supply chain connected to inlet water column. The vacuum then sucks the water thru water column NRV from river or bore well ( as the inlet). Thus maintaining the flow. Pl note, outlet flow pipe dia must be smaller then inlet pipe.

@@bharatkukreti8449 No, they used an outlet about the double diameter than the inlet. You will find the diameters used in some commentary above.

Foot valve, one way valve, check valve. Not needed if you use a barrel.

great and have any support please sir,

you could not use soft barrel

From where we can order that you called check valve that you soak in the water

we call that device a "foot valve" here in northeast US and it is one piece from the store. maybe that helps?

@@LearnForideas ... you are right 👍

I think pressure guage won't work, the system is working like a siphone, so it has no pressure but it has a vaccume effect, vaccume gauge will do the work.

@@carlitomadrona6211 ... I think 🤔 you are right Sir 🙏💐

@ MABIRU channel .... welcome all innovative ideas 🙏💐

i have tested this and it did not work.

@@toto_elio477 that's why you didn't upload your test. since you're upload also didn't work. haha

outlet pipe from the drum should be minimum 2.5 times water inlet diameter and then reduced again at the end of the outlet run to increase pressure if needed

@@dano5562 Nah. You've been fooled. The outlet is actually lower than river water level. All you you need is the initial suction to get the flow going. A bit like you would do with a hose that goes up and then down.

@@accaciagame1706 that is not correct... look again. Think of a boat motor drawing gas, from tank, if the tank has no bleed valve the tank will draw a vacuum. that pipe from the river is the filling pipe(aka vacuum fill inlet), the higher we have to lift the water from river more vacuum!!! untill you can even sqaush the drum, this works upto 30 ft!!! if drum is strong enough and holds enough water.

Me too am thinking on the siphone effect in that the outlet is lower than the inlet position. Because siphon works only if the outlet is in a lower than the inlet water level.another point i want to understand is in many similar videos, i observed that tge barrel should be full of water with out any air. If there is air i think it should not work. So i need these two explanations

You have to think the engineering side of the system. The drum is acting as the pump. It does not matter if there is air or not as long as it is sealed after being filled with water. The outlet pipe need not be lower than the water level in the river. Once the outlet stopcock is opened water will flow out, creating negative pressure in the drum. This will in turn suck up the water in the river into the drum and out thru the outlet pipe.

The water level in the river must be higher than the outlet to the field. The rest is details. In fact you do not need any drums at all, just a hose or a tube.

4metters

No, only lower!

not really. The system will work with short outlet runs as you size the piping correct from inlet vs outlet pipe

put the camera in the outlet valve for 1 hr,

@@dano5562 If the inlet is elevated higher than the outlet it will run. With low flow you should duck the output into a bucket of water to prevent air from leaking in.

see this youtube video : FREE ENERGY Water Pump FULLY EXPLAINED!! REAL OR FAKE? Eternally flowing water - The truth about eternal flowing water without a pump

Yes

@@simonmwelwa6203 Yes ???? yes what ???

Vean más videos relacionados y verán que esto es una farsa

This siphon. will only run if the water level in the river is higher than the output to the rice field.

You have to put reducer at the end of the oulet same size as the inlet.

Not stop because input pipe and output pipe is same pipe size and have a strong and big drum if middle

@@LearnForideas Sorry, wrong information. Diameter and lengh of input and output is not critical But, input must be higher than the output. It is a siphon.

out let 60mm and inlet 34mm

The air pressure pipes and tank has 2 uses; 1) To trap any air coming from the outlet valve , and 2) To increase the force/pressure of water output.

@@compostsfertilizers5471 Nice answer, but how do you explain that it increases the outlet pressure?

@@dettyouy223 The air that manages to enter through the outlet pipe, trying to go to the main vacuum tank will enter the vertical pipes pushing the water in there hence forcing the water down.

@@compostsfertilizers5471 good idea thank you.

please check the process again friend

No need. You can hear the height inside by taping with a finger on the drum. The sound will change around the water level.

@@dettyouy223 ... you are right Sir 👍🙏💐

Sure I will

3-4m

It is a siphon. As long as the outlet is lower than the inlet the middle part can be up to about 10 meters, as that is the water column corresponding to one atmosphere pressure. There are no absolute max lengths, but friction will eventually make it stop depending on the size of your tubing.

@@AldriFerdig ....👍🙏💐

thank you too

depend on you drum and output pipe

Pipe diameter has no relevance. For this siphon to work, the water level in the river must be higher than the outlet to the field,

Source must be higher tan output at the rice field. This is a siphon.

please see my previous Videos about explanation

thank

No try 63mm inlet and 50mm outle

Most welcome 😊

How can I help you?

Sir gumana b?

Glad you like it!

So here he has a drum. Then he has a three valve setup hooked up to the drum. One valve is on the bottom and there are two valves up top. Bottom valve has a pipe after it with a tee and a pipe coming out the top of the tee with a cap on the end of that pipe. The other open end of the tee has another length of pipe and a valve on the end. The First top valve is for air venting, it is located at the back. In the front, closest to source water is a 45 degree bend attached to an elbow coming off the valve. At the 45 degree bend, a pipe is installed to reach the source, this is the inlet. An appropriate filter may need to be installed, as debris would accumulate inside the drum over time. In this particular configuration it can be used without a filter and free flow is used to flush the drum continuously. The water is from a stream that is not very muddy at all. This system is expected to run without clogging for a number of years, until repairing the leaks and possibly changing the drum is required for preventative maintenance. Use ptfe thread tape and ball valve replacements if required. Joiners can be used to repair sections of pipe.

@@thomasknight-wagener6630 .... sir... Happy 😊 to read your knowledge and comment... you are so good and kind-hearted person too ❤️ 🙏💐

DEAR FRIEND! THIS SISTEM Works to Atmosferic Pressure (1,33kgf /cm2 to sea water level). We have loses in the sistem ...THESE loses are praticam limits in 8 meters of water column.TANK you !

No, impossible. A siphon can not lift any water, not even 1 inch.

It is ok?

Deep only 3-4meters

yes sure we need to keep near Water source

To get more pressure at the outlet the inlet must be higher. In fact, you can drop the whole drum, just use a hose.

Thank you too

This is a siphon, no pump. The water level in the river must be higher than the output to the field

ok friend

why we use big pipe for output pipe because we need strong sucking water from Barrel and Not strong sucking and water could not suck from river also , thank

Smaller diameter intake pipe can provide the optimum suction power by minimizing the counter pull of the gravity. On the other hand, the bigger output pipe serves to harness that same energy of gravity and maximizes the pulling effect of it providing negative pressure or vacuum in the drum. This thing works becuse the law of physics is still intact or not broken. The pulling energy of gravity in the intake is smaller compared to the pulling energy in the output so there is a net force, hence net work.

input 34mm and output 60mm

Le bidon sert à augmenter la pression dans le système. Je pense que la distance importe peu mais de préférence plus proche du tonneau que de la sortie pour augmenter la pousser

@@alassanebassiti3630 Est-ce que vous avez une idée du principe qui augmente la pression de sortie ? Je comprends que ça capte les petites bulles d'air mais ça n'explique pas à mon sens l'augmentation de la pression de sortie. Si la pression d'air augmente dans le bidon, ça va provoquer l'échappée de cet air en trop !

The outlet can be as long as you want provided that it slopes downwards to keep the momentum and maintain a "pulling" force

@@RailCartAdventures Actually the output can go up and down, up and down, but the source, a river, must be elevated higher than the outlet.

we most welcome to share

Please share me detail our operation

ok thank

yes sure

Do not try if your water source is lower than your output. No siphon can lift water up.