Your system is leaking air somewhere. You didn't test for leaks. Where is the AIR coming from inside the container as water exits ? It's coming from a leak . ALSO, the pipe going into the TANK must be filled . Find the air leak.
It works. I always take a 2 inch hose, about 7 meters long and i siphon a container on flat ground by lowering the hose over 45 degrees. More water is in the hose over the 45 degrees than what is needed to raise over the edge of container. Its even siphones hard off the bottom even though there is no down sloap from the exit end of the hose, just a gradual slope maybe 3 times the volume of the lift.
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
I've watch the videos of free energy water syphon in youtube.. compare to your expirement, you did it different, there is a lot of thing that you did not follow..1. The suction pipe should be filled with water. 2. The contsiner should be air leak free 3. The outlet pipe should be bigger in size and on the end part, there should be a smaller pipe extension.. your expirement is not as same with the what posted in youtube..
2 года назад+8
Thanks for your comment, I am thinking of making a New video with all those sugestions include
If the output pipe is bigger, won't it drain te barrel faster then it can be filled by te smaller inlet pipe? Or is the outlet flow restricted by the inlet pipe diameter? I'm curious to see a comparison of both the same diameter pipes and your system.
This thing works. The pump is the drum placed above the well which pumps water from the well and outlet water will be moved by the gravitational force, so siting is very important. If raised the outlet pipe above the drum, you make atmospheric pressure to be more than the outlet drum pressure thus why you see those bubbles. But it can pump water from the well to the drum and from the drum water will flow to the lower side not climbing the hill.
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
Your setup is completely different to most of the videos. 1 significant fault in your demonstration is you did not prime the inlet pipe- for the record it works perfectly well in Australia 🇦🇺, we have been able to lift water from a depth of 30 metres using this technique NOTE - this only works if the uptake and the discharge pipe or pipes are proportional in the following- 1);intake must be charged ,fitted with a non return valve, pipe diameter is 25% smaller than your output pipe so as to create the vacuum great enough to pull the water upto the header tank.
Hii If you technical is working plz make video on RUclips or plz send me some image of it and is you have any video link plz shere me I am working on free energy concept to generate free energy by stream tube method if water flaw really exist so it is easy to make electric energy by hydro method
2 года назад+6
it is imposible take water form more than 10 meter deep because the atmospheric pressure doesnt permit it. remember , a device is able to suction water depending from atmospheric pressure.
@ Your first explanation was correct about vacuum forces in the drum. The hoses are a big deal, but cannot stress enough the importance of the mass of water in the tank. Gravity pressing on the mass cause increased negative pressure in the vacuum.This is why the 55 gallon tanks in the other videos draw so much water. There is a great demonstration in one where they use a plastic barrel and the negative pressure utterly crushes it. The tank you built should have cause SOME vacuum, but I wonder if there needs to be a certain minimum mass to cause the effect to gain enough power to perpetuate from gravity?
The inlet pipe cannot be primed because it has a valve on it. In fact if you try to "prime" the pipe it will instantly create a syphon to that lower level. The model is correct.
all the tubes need to be filled with water before undoing the output for the suction to work (otherwise you wont know if there is any leaks which would stop it from working completely.) hope this helps ( :
2 года назад+2
Thanks for your comment I will make another video adding a foot valve, best regards
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
I watched your video again. I made test like you, I used glass coffee jar drill holes in it, perfectly air sealed. Your 1st test the system was not air sealed, that why the water level did dropped. I discovered also the water weight not count. The vacuum is. Think abouth that, to lift the water from 4M need more vacuum then the outlet maybe 2M only, the system have shared vacuum. It does not work.
2 года назад+2
Thanks, but the column of water is the most important regardless the weight, I have done the test a few of times with the same result, the issue is that the vacuum chamber doesn't have vacuum enough to suction "New water" I will make another video with a vacuum gauge this time, there is a range of vacumm, which is formed by negative presure from the column of water, the weight is irrelevant.
2 года назад
This is my spanish version I make other tests (it is subtitled) ruclips.net/video/bIaxxiuXXiU/видео.html
Heron's fountain principal. Proven and high school science. Drum pressure pump is what you're trying to simulate. Don't use hoses, hose designed to hold pressure not vacuum and will collapse and cause loss of pressure. 1 way valve needed at water pickup. Prime the pick up. Air trap needed between your drum and outlet in your design, prevents the drum losing vacuum pressure. Pretty sure your drum has air leak aswell vacuum should achieve a lock on the water unless air is bubbling back into it from outlet and I didn't see it bubble so air coming in from top somewhere.
2 года назад
This is NOT an Heron's Fountain. This is just a syphon, tiny huge difference.
This is no Heron‘s fountain, but a simple siphon with a priming barrel. No need for any foot valve or any more priming. The video shows that a siphon is not capable of lifting any water to a higher level. A siphon is no pump.
here air is entering in drum and water flowing in oulet pipe. From which side air entering certainly not from inlet pipe but from drum itself. So drum is not air tight and that is why water not lifting in inlet pipe.
I've been thinking about trying this but I'll be sure to do exactly like they do on the videos and use an air tight container and a check valve on the water intake .
2 года назад
I am thinking of making a video like that as well!
I have a problem with my farm pond it has a bad problem with turnover in fall it is a drainage pond and has no spring or stream feeding it. I'm trying to figure out a way to circulate the water is there a way to use a syphen pump under water taking water from the top of the pond and circulating it to the bottom? If the outlet point is lower in the water than the input point could this in theory work or would I be wasting my time? Also if it is possible to create circulation and run water from the top of the pond to the bottom I could add a ventury effect at the flow away from the drum adding air into the water and aerate the water going to the bottom of the pond? I haven't see any videos on this I would be vary interested if it works. The problems I see with this is the water at the top of the pond is warmer and less dense than the cold water at the bottom, also the water at the bottom has a lot of water pressure pushing the water back up the pipe I'm trying to force water down. But I was thinking maybe I could use a ram pump lower or at the same level as the input pipe it could be used to force the flowing water to over come the water pressure at the bottom pushing the water to a lower point the waste water from the ram pump would be put back into the pond and would help add aireation to the middle of the pond, a check value at the end of the pipe would prevent water flowing back up the pipe, I could also add a tesla valve along the way to insure the water will flow only in one direction. Not sure if any of this could work I've see a lot of videos like the one described here but I've never seen any videos putting the water back into the same source it was pulled from. I believe it is impossible because if it worked it would be a perpetual motion engine so there has to be some point when the pressures would equalize but I was thinking if I just had to add water to a drum from time to time it wouldn't be the end of the world, if I could get it working for a few hours during night when the pond needs air the most it would be fantastic.
Though I saw many model of free energy water flow I couldn't understand properly but your project I can understand &also some comment help me about your project.Many many thanks bro.
That's a great demonstration model. Hopefully your video will prevent some people from investing time and money into building such a free energy "pump", only to find out that it cannot pump to a higher point.
2 года назад+1
Thank you very much, I am a big fan of your content!! yes, I tried to make a video using the simpliest words I could find for explain it. My motivation came of thinking how lots of farmers could get cheated by these clickbait-earning-views channels about free energy water "pumps". Best regards.
Your model lacked the footvalve in your inlet which holds water column in inlet initially, which will in turn make the water level in inlet higher than the outlet pipe. Before opening the outlet valve you have to prime the inlet pipe with footvalve with water .
2 года назад+2
@@kumudkishan4463 thanks for your comment, I am planning of making a New video adding a foot valve and other features, Best regards
@ make sure it is sealed better too, at a smaller scale, viscosity may be a problem in smaller pipe too. i would like to see a working demonstration of this with everything visible and clear plastic. thanks. do not put the pipe up higher when it starts siphoning, if it pumps it higher than the source water, it works.
@@strawman9410 there is more to it than what was presented here.. the size and shape of the container being used. For starters .. has to be a little bit larger in size that what is being used in this video.. because to get adequate flow and suction.. the input and output piping have to be larger. Also they cannot be made of rubber .. the level of suction that is needed to complete this cycle will collapse the rubber hose. Also the 1st example in this video does not have hot glue sealing the lid.. this should have been redone and not counted. This is where the air was more than likely coming from not allowing suction to happen.. the second test look at all the hotglue around the lid.. if he had kept the second container on the table only to provide moderate lift the system did and would have worked.. No it is not going to pump water to any level above the " drum pump" but it would allow the suction to happen and the water to flow out in-between the drumpump outlet and the ground which is in most cases higher level than the water source.. I've seen Rice farmers use this same system to move water from a glowing river to a dried up rice field 50 or more yards from the water source.. The trick is getting the drum pump high enough to allow gravity to do its job , also just as you stated .. the inlet/ suction pipe vs the outlet pipe has to be correct as far as diameter for the suction to take place
@@strawman9410 Till now any scientists can't make free energy in this universe but you can it ???? Now a days people making free energy by only a plastic bottle or drum with water! How cheap! Funny man.
Hi sir thank you for your video. But I think there many misconception on your model regarding this pump. I think if you want to make an experimentation to really know if it’s working or not you should exactly follow the same construction principals. I’ve seen many videos I never tried myself but I think the best way to know if it’s really working or not is to exactly follow the same assembly and try. Thank you again.
2 года назад
I have made a new video with a bigger model, please check it out, it is in spanish but it is translated though
Looking at your first experiment, water should not flow out if you have a sealed system. To explain it simpler, get a straw. Fill it with water and put your finger at the end and raise up the straw with the water. Water won't drip. The vacuum pressure is holding the water. The bigger your pipe, the higher vacuum pressure you have.
2 года назад
thanks for your comment, I will make more videos regarding this issue. best regards
Hi good day I think the problem of your experience is the intake pipe is empty if you use the electric motor in a deep well you need to put a foot valve for the water in the intake stay because if the intake pipe is empty even you use electric water pump the water will not rise
2 года назад
I made another video adding a foot valve in order to prime the input pipe, please check it out, it is in spanish with subtitles though, best regards.
If there is vacuum in the raised container, then the air pressure on the outlet should prevent the water flow. Both inlet and outlet are subject to air pressure. I don't think it works. Flow into this container under vacuum is called a "flying syphon".
You saw how does a Syphon work! But we don't want it while we want to fill the suction pump before release the water of the barrel. Then the water suction from the well will be successful ! Am I Right ?
2 года назад+1
Thanks for commenting actually it will be the same whether you prime the suction pipe or not, I'm planning of making another video adding a check valve
My friend, you made a big mistate in inlet section there is no checkwall device in your model so your system is not oneway in that section so the flow disturbs when you take the outlet section on a higher level and morever you dont have air bag in your outlet section you must see the ramp motor working methodology on youtube.
2 года назад
Thanks for your comment I will make another video with all that ajustments
Excellent model and demonstration! Thank you for explaining this hoax "pump". You can't pull water up with a syphon it must flow down. You need valves and pressure to pump water.
@ I went a read some of the comments on your vid. I cannot believe the arguments people make. Like "you didn't prime the inlet pipe" but that would just start a syphon backwards and most videos have a manual valve to prevent that when filling the barrel. So that argument is wrong. Then I saw "you didn't put a check valve on the inlet pipe" which again would make it impossible to prime the pipe unless you turned it upside down or put the check valve at the end of the inlet under the level of the water. Again something that isn't in any of the videos. They show pipes and open fittings no valves. Also if you add a column of water on top of a spring controlled valve you have even more (much more) resistance to flow up. This is why I try to never argue with ignorant people. They simply cannot believe facts and want to believe a hoax or magic. If this "pump" was real wouldn't Einstein or someone hundreds of years ago figured it out and make it a common system? It's just someone making a syphon and calling it a pump to hoax and get views on RUclips. Note I admit some of the "systems" work in the videos but they cannot sustain flow without the discharge end lower that the source level. So they work because they syphon not pump. No barrel and pipe system will pull water up from a well to above ground level. Never ever!
Your system is not vacuum tight. The container should not empty. I built a similar model but mine was sealed. The water would not flow because air could not get in to replace the water.
I actually filled my container by syphoning in the water and the main line was fully primed. I agree that the system doesn't work, but your test was flawed.
2 года назад
Hi, I will make antoher video using a U type vacuum gauge for measure the container is completely hermetic. Regards.
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
What about the videos they use a check valve and pump it from a well to water corn with barrel, have you tested it?
2 года назад
Hi, no, I haven't used a Check valve yet, but there are many videos which they don't use any check valve though, however I am figuring out built a tiny check valve and film another video.
@ I am talking about wells they use the barrel and get water out of a dug well to water crops. Just wanted to know if you tried it?
2 года назад
No, I haven't either, but it is actually possible to get water from a water well, if water's destination is on a lowet level than the water's level in the well, I have seen a few videos where other guys ( not those channels about hoaxes,learn for future, for life ) can extract water (no fake), they are taking advantage of a invert syphon system.
@ also there are features that you forget to consider like Tee( connected to a closed tube upwards)in the outlet and smaller tube connected at the tip of the outlet
2 года назад
@@WestPhTV those tees are for filling though, there are other videos which there no tee, anyway, thanks for your suggest, I am truly planning of making a 1 to 1 scale model.
I have seen a number of videos concerning this type of pump. The conclusion that I am coming to is that this will not work continually without recharging the drum with water as I suggest that the water in the drum will reduce. Therefore the system works from the kinetic energy of initially lifting the water which is finite.
2 года назад
thank you for your comment, in fact this method doesnt use kinetic energy because is just a syphon, on the other hand, a RAM pump is a real "free" energy pump wich uses kinetic energy taking advantage to water hammer. best regards
Thank you for your video. However your test appears flawed. The liquid can not empty from the container without causing a vacuum. if your container was properly air tight that quantity of water could not flow out without sucking air back in through the outlet. Also the inlet pipe needs a non-return valve at the bottom and it needs to be a charged line before opening the outlet. the outlet pipe needs to be at least 2-3 times diameter of the inlet. The outlet pipe also needs to be charged before opening. The general principal as far as I can tell is the combined weight of the water in the container and the outlet pipe are what is used to draw water from the lower water source. I would like to see you do the experiment again with these adjustments.
2 года назад+1
Thanks for your comment Brandon I am preparing a new video with a bigger model, it has a non retorn valve and a vacuum gauge, it is going to be interesting, I will waiting for you there, I will make a spanish version first and then an english version, best regards.
Like others have said. You experiment is not the same. You need a check valve/foot valve on the intake pipe. The intake pipe must be primed. You are also using tubbing. It flexes too much. Your seals on the tubing need to be tight. That glue is not good enough. Every time you move the tubing it the seal is disturbed. (use tight grommets).
You have to put a check valve on your intake pipe and fill it up first and out let pipe is bigger then inlet at the end of out let you put a smaller one to increase pressure coming out you have to watch the whole thing to get it right
2 года назад+1
Thabks for your comment, I made another video with a non-return (foot valve) check it out
I have view the other videos n noticed that you left out key components that allows this system to work properly..like a check valve to keep water in the suction side..n also u need to seal the container properly..u can't have any air leaks...also..you didn't install the pressure tubes..that blocks the water from returning to the container....
the term "free energy" they use is not using Electrical pumps... it works on me as far as syphon is concerned, that's the only purpose for it, transferring water from point A to point B, the source must have abundant water like rivers or well... it will continue forever as long as the water on river wont dry up...
There must be a high suction within the container. Otherwise it just equals out.. The container has possibility to collapse, so use small hose in and out to decrease the suction needed. You have air leaks even at the ball valve it leaks pressure. Everything must be sealed for high pressure, so high pressure connection fittings of pvc require sanding and glue for no leaking at higher pressure. Not ball valves also you might use pvc tape aka teflon tape for no air leaks. you have things looking right.. but that pull needs to be strong enough and the container must not capsize and no iv thumb ball that's to slooow.. it's about overcoming the pull with vacuum pressure and volume pull. not hight and gravity, don't forget to prime aka fill everything first.
This would work the same even without the container (drum) when the destination is lower than the source. So the drum is just a fancy distraction. I'm sure glad you made this video as they even had me believing it.
You do have a good point with what you showing. But you did miss quite a few crucial methods that allow these people use. And had been proved as effective from lotto science people. One method is I use an eldrum to create a vacuum section on top of the drum method that you are using. 2A second method you could use to make it walk is using a vacuum pump method where you have a pipe with a vacuum air tube and a belief valve that creates a suction pump that leases the water and falls as it back down the tube again with a greater force
2 года назад
Thanks for comment, I will make more videos regarding this issue, however, the atmospheric vacuum is related to the column´s high so it is imposible generate more vacuum than column value. currently I am developing videos about RAM pumps wich are actually free energy pumps. watch my lastest video.
Please show or let me know at what level does the water flow stop. Is the vacuum strong enough to suck the water up & keep the flow going even at a slow rate if the outlet is at the same level as the water source?
2 года назад+2
Thanks for your comment, the flow stops when the outlet is at the same level than the water's source level, im thinking of making another video with more tests and a vacuum gauge in order to show the pressures.
@ Thanks. If you were to drain the outlet back into the source container making a closed system would the vacuum be strong enough to keep it flowing in a loop or since it is the same level will the flow stop. Looking forward to your new video experiments with the vacuum gauge.
Hi Rubén. These models seem to be working but how is the vacuum in the reservoir strong enough to lift the water from the source with the outlet higher than the source? ruclips.net/video/cT1_KTiBL4I/видео.html ruclips.net/video/jjtcbEaoGk0/видео.html
The amount of water is not enough to create a vaccume preasure.. it should be test in bigger container and the material you use is not required to creat vaccume preasure.. you must test it in real pipe and good water vessel with no air leak in the tank..
The fact that you added a plastic gasket between the lid and the container has nothing to do with the fact that it works afterwards right, so I am pretty sure that your 1st test would have passed had the container not had a vacuum leak
I have been planning to try this in my plot where there is a shallow well, may be water level is 5' deep. Does your test mean that the drum pump won't work? I have seen many such videos, mostly from Philippines and Thailand. Why would they hoodwink people for no apparent gain to them! Could someone throw some more light on this?
2 года назад
Thanks for your comment, it is possible suction water from your shallow well ONLY if the end of your outlet pipe is in a lower level than the water's level in the well, this is a syphon my friend (not a pump), is for carry water from a High level to a low level. All those videos made by those guys are fake they videos are made in order to get money by youtube monetization.
bc their rice fields are lower level than the river dyke, the incline isn't easily perceived by eye or camera the drum role is to prime/purge the long pipe
From my understanding this works! As long as you're system is air tight and inlet pipe from water source is 25% smaller in diameter than the outlet pipe..but also so encouraging to say that, u could take this water as high as u want by putting more barrels and repeating the process 😃!
Exactly, he has air leaks. Otherwise, where is the AIR replacing the water coming from? I see air coming in at high speed. A pinhole is enough to ruin the system .
@@seetheforest Correct! And here comes te beauty of water: The plunger or pistost is solid and it has, a fixed shape and a limited stroke - a stroke limited by the lenght of the cylinder containing it. The plunger creates a seal and that seal creates some vaccum that suck in some liquid - let's call it water. Now such a seal can be also created by water. And by lowering the water lever, you can mimic the effect of the stroke of the piston in a syringe.
I agree with you pressure is still dependent on head not weight of water. But one comment on the first experiment. There shouldn't be any continues flow to a point it drains the tank. Water displaced was being replaced by air. meaning the tank is not air tight. Air is coming in somewhere replacing the water flowing out. I still want to see the calculation using Bernoulli's principle if weight and movement of water in discharge pipe can't really generate excess energy. Maybe do a third experiment to use 20x the tube length you used, generating more flow momentum to gain a bit of differential pressure due to flow. Don't let any part of discharge tube to be lower than source. If there is truth in this concept, I would say Bernoulli's equation should show the amount of free energy.
2 года назад
Great!! I will do it that way, I am thinking of using a vacuum gauge as well.
I believe somewhre in your inlet , filling valve, or container cap is not properly sealed it must not be passing by air otherwise you cannot create a siphon effect
Your test setup is incorrect. Making something in a small scale proves the concept only if the same types of materials are used. You are assuming all valves are the same. They are not. Those small input fish-tank valves require too much suction power (try to suck through them and you will see how hard it is). The valves in the original clips are using a half-ball that opens and closes the intake and require very little power to be opened. Give it a try and you will see. You can find people making it with a transparent plastic 5 gallon bottle and it gets compressed from the power of the suction of the output. Also, because of the transparency, you can see the input water coming in just nicely.
2 года назад
I have made a new video in a bigger scale tank, kindly check it out, anyway the result is the same, this doesnt work for raising water.
One fatal error you made. First rule of negative vacuum make it "perfect vacuum" means no air inside of the container. First the inlet must submerged in water and put alot of flooting balls to prevent the teist suction Second make a two bucket 1 with full of water and another with empty and 2x the size of the other container (withwater) make sure the empty container or bucket it has negative pressure minimum of -10 psi for small diameter of inlet, the bigger the inlet the higher the negative pressure inside of the empty container. Third make sure the exit is submerged atlist 8 inches to prevent the air comming in Now you have negative vacuump pump it work like hammer pump. But this is negative pump has potential since the outlet can make upto 8ft. I did a 8 inch pipe outlet and put inside a rotor blade and spin the small generator I have (500w) The real problem is the inlet cause the water is to heavy and my solution is making a smaller inlet. As of now it's working fine waiitng for 1 week test with load of electricity. I hope this will give you Idea how a negative vacuum work. Just make it perfect vacuum and proper size of pipe and right pressure.
ever make a model where the suction line is the same diameter as the output? the videos i have seen where a siphon was used to drain a pond to lower the water level, when the pond drain became plugged, the suction side was the same diameter as the output side, so, naturally, i am curious if the same would be true for the type of siphon in this video.
2 года назад+1
Thanks for uour comment, I a preparing a new video with a bigger bottle, I will see you there, best regards
I am curious about the seeming vacuum ? what differs between the 2 vacuums displayed, i would have thought lower water level, higher vacuum, what is the extra factor ?, in the first test the level went way lower then the second, so its not just the (what i assume was a vacuum) vacuum at work, its a given it wont work since if it did i would have a water turbine spinning free electricity, yet who is :)
Experiment must make sure air tight container to develop 'vacuum' @ negative air pressure once the bigger outflow open.......n the saiz of container big enough/tough enough to create negative pressure...
2 года назад
Thanks for your comment I will make another video adding a vacuum gauge for assure an hermetic clousure, best regards
Hey, you do not have at least vacuum in the bottle. what about to work? If vaccum is present in bottle water cannot flow. Go ahead and try again. After you have vaccum in bottle you can speak about this work or not. Because vaccum may triger water from source to fill bottle
Hola amigos , nosotros hicimos ese sistema, luchamos un poco asta que no salió , el secreto está en los tubos de verticales ahí lleva unas válvula de aíre tienen que inflar con un enbulo ahí chispea el agua , eso no eneñan los filipinos espero que les ayude mi comentario ♥️
Dude you not add block return vale at sucking pipe. So your test is not fair. From that start you doubt that system with compare with shipon science knowledge. So all your test is try to prove wrong try that clear mindset first . I also doubt that work forever 24/7 work that sys. I think it will stop when lost all water inside drum. But still think it will work long time maybe 4 to 8 hour. But it delivered 10 time amount of input energy ( water fill in the drum) I can call that sys success and useful.
2 года назад
I have made another video adding a foot valve, plese check it out, best regards
Uh, guy.. uh, you forgot to fill the input tube.. the vacuum created won't be strong at all with so much air. This system works only when full at first use. Any water drawn from the output side will create a vacuum which draws in to replace it- water from the source, or input side, but only with the buffer tank and both of the sides filled first from the top. The water when it fills the whole space inside the tank and the pipes -what happens is all the water starts to become trained, or combines into one flow direction- which is felt even at the source inlet pipe.
2 года назад
Thanks for your comment, however priming the suction pipe won't reduce the amount of vacuum (negative pressure) needed. I am working on another video with a bigger model and a foot valve (non return valve) firstly I will publish a spanish version (with english subtitles though) I will see you there, best regards
Ingeniero Rubén, definitivamente no se puede conseguir bombear agua desde un nivel y descargarlo en el mismo sitio de origen sin energía externa o más bien con un sistema libre de energ[ia_
Maybe because your container is not air tight and also the container should have no air inside it should be fully filled with water to create strong vacuum
Mas mangueira mais fina não de teria de ter uma válvula para a água não retornar?
2 года назад
tengo otro video en mi canal, por favor revíselo, allí coloco una válvula de retención, lo que pasa es que la altura de succión no cambia sin importar que la linea de succión este llena o no
Your experiment is Flawed I think. I have a model using a Water Dispenser Jug and a 1 cm diameter transparent tubes. It works... Just make sure there is no air leak in your water container, while the water from the container drops, it creates a vacuum which in return sucks water from the source
you tried well but with a slight mistake in the design system,, you not used the chuck valve in the inlet pipe,, and also you bot filled up the inlet pipe with water, before starting the outlet drain
2 года назад
I have made a new video adding a check valve (foot valve) on the suction pipe, please check it out, is in spanish with subtitles though
ENERGÍA GRATIS: ruclips.net/video/akuyo-qmUwo/видео.html watch a REAL FREE ENERGY water Pump here: ruclips.net/video/akuyo-qmUwo/видео.html
Your system is leaking air somewhere. You didn't test for leaks. Where is the AIR coming from inside the container as water exits ? It's coming from a leak . ALSO, the pipe going into the TANK must be filled . Find the air leak.
ruclips.net/video/tf1bTQLx4K0/видео.html how about this kind of free water energy pump..using 2 gallons??
It works. I always take a 2 inch hose, about 7 meters long and i siphon a container on flat ground by lowering the hose over 45 degrees. More water is in the hose over the 45 degrees than what is needed to raise over the edge of container. Its even siphones hard off the bottom even though there is no down sloap from the exit end of the hose, just a gradual slope maybe 3 times the volume of the lift.
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
I've watch the videos of free energy water syphon in youtube.. compare to your expirement, you did it different, there is a lot of thing that you did not follow..1. The suction pipe should be filled with water. 2. The contsiner should be air leak free 3. The outlet pipe should be bigger in size and on the end part, there should be a smaller pipe extension.. your expirement is not as same with the what posted in youtube..
Thanks for your comment, I am thinking of making a New video with all those sugestions include
Yes very good point, In addition, he did not put check valve at the suction head, this is important to stop water from flowing back to the container.
i agree with this
If the output pipe is bigger, won't it drain te barrel faster then it can be filled by te smaller inlet pipe?
Or is the outlet flow restricted by the inlet pipe diameter?
I'm curious to see a comparison of both the same diameter pipes and your system.
Pleas try to use a one-way valve at the end of the supply side (lower one)
This thing works. The pump is the drum placed above the well which pumps water from the well and outlet water will be moved by the gravitational force, so siting is very important. If raised the outlet pipe above the drum, you make atmospheric pressure to be more than the outlet drum pressure thus why you see those bubbles. But it can pump water from the well to the drum and from the drum water will flow to the lower side not climbing the hill.
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
Your setup is completely different to most of the videos. 1 significant fault in your demonstration is you did not prime the inlet pipe- for the record it works perfectly well in Australia 🇦🇺, we have been able to lift water from a depth of 30 metres using this technique NOTE - this only works if the uptake and the discharge pipe or pipes are proportional in the following- 1);intake must be charged ,fitted with a non return valve, pipe diameter is 25% smaller than your output pipe so as to create the vacuum great enough to pull the water upto the header tank.
Hii
If you technical is working plz make video on RUclips or plz send me some image of it and is you have any video link plz shere me
I am working on free energy concept to generate free energy by stream tube method if water flaw really exist so it is easy to make electric energy by hydro method
it is imposible take water form more than 10 meter deep because the atmospheric pressure doesnt permit it. remember , a device is able to suction water depending from atmospheric pressure.
@ Your first explanation was correct about vacuum forces in the drum. The hoses are a big deal, but cannot stress enough the importance of the mass of water in the tank. Gravity pressing on the mass cause increased negative pressure in the vacuum.This is why the 55 gallon tanks in the other videos draw so much water. There is a great demonstration in one where they use a plastic barrel and the negative pressure utterly crushes it. The tank you built should have cause SOME vacuum, but I wonder if there needs to be a certain minimum mass to cause the effect to gain enough power to perpetuate from gravity?
The inlet pipe cannot be primed because it has a valve on it. In fact if you try to "prime" the pipe it will instantly create a syphon to that lower level. The model is correct.
You vouch that it works?????
all the tubes need to be filled with water before undoing the output for the suction to work (otherwise you wont know if there is any leaks which would stop it from working completely.) hope this helps ( :
Thanks for your comment I will make another video adding a foot valve, best regards
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
@@rvlifestylelivin yes I have since learnt this lol
this is the best comment, you must fill all the tubes..
@@shipwreck5421 thanks... but actually I was incorrect. Lol. You live n learn ig 🤷♀️
Thanks for the clarification. I have always thought that this won't work. Now I'm convinced.
thank you for your valuable comment!!
Very wrong
I watched your video again.
I made test like you, I used glass coffee jar drill holes in it, perfectly air sealed. Your 1st test the system was not air sealed, that why the water level did dropped.
I discovered also the water weight not count. The vacuum is.
Think abouth that, to lift the water from 4M need more vacuum then the outlet maybe 2M only, the system have shared vacuum. It does not work.
Thanks, but the column of water is the most important regardless the weight, I have done the test a few of times with the same result, the issue is that the vacuum chamber doesn't have vacuum enough to suction "New water" I will make another video with a vacuum gauge this time, there is a range of vacumm, which is formed by negative presure from the column of water, the weight is irrelevant.
This is my spanish version I make other tests (it is subtitled) ruclips.net/video/bIaxxiuXXiU/видео.html
Your test is flawed, you lifted the hose above the barrel. That does not prove anything.
Regardless of the correct result your trading is pointless.
This is my spanish version I make other tests (it is subtitled) ruclips.net/video/bIaxxiuXXiU/видео.html
@ weight counts, the heavier, the greater the vacuum
Heron's fountain principal.
Proven and high school science.
Drum pressure pump is what you're trying to simulate.
Don't use hoses, hose designed to hold pressure not vacuum and will collapse and cause loss of pressure. 1 way valve needed at water pickup. Prime the pick up. Air trap needed between your drum and outlet in your design, prevents the drum losing vacuum pressure.
Pretty sure your drum has air leak aswell vacuum should achieve a lock on the water unless air is bubbling back into it from outlet and I didn't see it bubble so air coming in from top somewhere.
This is NOT an Heron's Fountain. This is just a syphon, tiny huge difference.
This is no Heron‘s fountain, but a simple siphon with a priming barrel. No need for any foot valve or any more priming. The video shows that a siphon is not capable of lifting any water to a higher level. A siphon is no pump.
here air is entering in drum and water flowing in oulet pipe. From which side air entering certainly not from inlet pipe but from drum itself. So drum is not air tight and that is why water not lifting in inlet pipe.
I have made other videos please check them out
I've been thinking about trying this but I'll be sure to do exactly like they do on the videos and use an air tight container and a check valve on the water intake .
I am thinking of making a video like that as well!
@ submerge the sealed container in water so it cannot suck air
I have a problem with my farm pond it has a bad problem with turnover in fall it is a drainage pond and has no spring or stream feeding it.
I'm trying to figure out a way to circulate the water is there a way to use a syphen pump under water taking water from the top of the pond and circulating it to the bottom?
If the outlet point is lower in the water than the input point could this in theory work or would I be wasting my time?
Also if it is possible to create circulation and run water from the top of the pond to the bottom I could add a ventury effect at the flow away from the drum adding air into the water and aerate the water going to the bottom of the pond?
I haven't see any videos on this I would be vary interested if it works.
The problems I see with this is the water at the top of the pond is warmer and less dense than the cold water at the bottom, also the water at the bottom has a lot of water pressure pushing the water back up the pipe I'm trying to force water down.
But I was thinking maybe I could use a ram pump lower or at the same level as the input pipe it could be used to force the flowing water to over come the water pressure at the bottom pushing the water to a lower point the waste water from the ram pump would be put back into the pond and would help add aireation to the middle of the pond, a check value at the end of the pipe would prevent water flowing back up the pipe, I could also add a tesla valve along the way to insure the water will flow only in one direction.
Not sure if any of this could work I've see a lot of videos like the one described here but I've never seen any videos putting the water back into the same source it was pulled from.
I believe it is impossible because if it worked it would be a perpetual motion engine so there has to be some point when the pressures would equalize but I was thinking if I just had to add water to a drum from time to time it wouldn't be the end of the world, if I could get it working for a few hours during night when the pond needs air the most it would be fantastic.
If say this is true then how do you explain the rise in air volume in your bucket? Something ain't right
Maybe
Your demonstration appreciated
Your container must be air tight to create suction
Though I saw many model of free energy water flow I couldn't understand properly but your project I can understand &also some comment help me about your project.Many many thanks bro.
Thanks for supporting!
I think you forgot the air tank on the discharge tube, which apparently captures the air that enters the pipe when water goes out
Thanks for your observations.
Nice demonstration, however, what if he would prime the from the source to the tank? What would probably the result?
I made another video adding a foot valve in order to prime the input pipe, please check it out, it is in spanish with subtitles though, best regards.
The hardest part about building a perpetual motion machine is figuring out where to hide the battery.
Thanks for your funny comment!
That's a great demonstration model.
Hopefully your video will prevent some people from investing time and money into building such a free energy "pump", only to find out that it cannot pump to a higher point.
Thank you very much, I am a big fan of your content!! yes, I tried to make a video using the simpliest words I could find for explain it. My motivation came of thinking how lots of farmers could get cheated by these clickbait-earning-views channels about free energy water "pumps". Best regards.
the discharge pipe is the same size as the suction pipe, you must try to upsize the discharge pipe compare to the suction
Your model lacked the footvalve in your inlet which holds water column in inlet initially, which will in turn make the water level in inlet higher than the outlet pipe. Before opening the outlet valve you have to prime the inlet pipe with footvalve with water .
@@kumudkishan4463 thanks for your comment, I am planning of making a New video adding a foot valve and other features, Best regards
@ make sure it is sealed better too, at a smaller scale, viscosity may be a problem in smaller pipe too. i would like to see a working demonstration of this with everything visible and clear plastic. thanks. do not put the pipe up higher when it starts siphoning, if it pumps it higher than the source water, it works.
In your 1st test vacuum was entering in the tank. You need to tighten so any vacuum can't enter.
I will make another video with a vacuum gauge in order to asure an totally hermetic seal. Regards
@ Yes i have also test it. It was not possible and all of videos are fake.
@@strawman9410 This is totally impossible and any scientist in the world can't make this to work freely.
@@strawman9410 there is more to it than what was presented here.. the size and shape of the container being used. For starters .. has to be a little bit larger in size that what is being used in this video.. because to get adequate flow and suction.. the input and output piping have to be larger. Also they cannot be made of rubber .. the level of suction that is needed to complete this cycle will collapse the rubber hose.
Also the 1st example in this video does not have hot glue sealing the lid.. this should have been redone and not counted. This is where the air was more than likely coming from not allowing suction to happen.. the second test look at all the hotglue around the lid.. if he had kept the second container on the table only to provide moderate lift the system did and would have worked..
No it is not going to pump water to any level above the " drum pump" but it would allow the suction to happen and the water to flow out in-between the drumpump outlet and the ground which is in most cases higher level than the water source..
I've seen Rice farmers use this same system to move water from a glowing river to a dried up rice field 50 or more yards from the water source..
The trick is getting the drum pump high enough to allow gravity to do its job , also just as you stated .. the inlet/ suction pipe vs the outlet pipe has to be correct as far as diameter for the suction to take place
@@strawman9410 Till now any scientists can't make free energy in this universe but you can it ????
Now a days people making free energy by only a plastic bottle or drum with water! How cheap!
Funny man.
Hi sir thank you for your video. But I think there many misconception on your model regarding this pump. I think if you want to make an experimentation to really know if it’s working or not you should exactly follow the same construction principals. I’ve seen many videos I never tried myself but I think the best way to know if it’s really working or not is to exactly follow the same assembly and try. Thank you again.
I have made a new video with a bigger model, please check it out, it is in spanish but it is translated though
@ Thank you sir I'll check it out, highly appreciated
Looking at your first experiment, water should not flow out if you have a sealed system. To explain it simpler, get a straw. Fill it with water and put your finger at the end and raise up the straw with the water. Water won't drip. The vacuum pressure is holding the water. The bigger your pipe, the higher vacuum pressure you have.
thanks for your comment, I will make more videos regarding this issue. best regards
Noop. The low pressure is not dependent on the size of the straw, only the height.
You just need a larger container....
Hi good day I think the problem of your experience is the intake pipe is empty if you use the electric motor in a deep well you need to put a foot valve for the water in the intake stay because if the intake pipe is empty even you use electric water pump the water will not rise
I made another video adding a foot valve in order to prime the input pipe, please check it out, it is in spanish with subtitles though, best regards.
If there is vacuum in the raised container, then the air pressure on the outlet should prevent the water flow. Both inlet and outlet are subject to air pressure. I don't think it works. Flow into this container under vacuum is called a "flying syphon".
I think one important thing that you missed in the whole system is the Air Pressure Pipe!
I have made a new video, kindly check it out, in my New video I Asured my self to seal hermetically the bottle. It is in spanish with subtitles though
I suspect you have a leak some where allowing air into the top container, probably around the lid .
It could be possible though... I am planning of making another video adding a vacuum gauge for assure an hermetic closure
You saw how does a Syphon work! But we don't want it while we want to fill the suction pump before release the water of the barrel. Then the water suction from the well will be successful ! Am I Right ?
Thanks for commenting actually it will be the same whether you prime the suction pipe or not, I'm planning of making another video adding a check valve
My friend, you made a big mistate in inlet section there is no checkwall device in your model so your system is not oneway in that section so the flow disturbs when you take the outlet section on a higher level and morever you dont have air bag in your outlet section you must see the ramp motor working methodology on youtube.
Thanks for your comment I will make another video with all that ajustments
Excellent model and demonstration!
Thank you for explaining this hoax "pump".
You can't pull water up with a syphon it must flow down. You need valves and pressure to pump water.
Thanks for supporting ! I appreciate it!
@ I went a read some of the comments on your vid. I cannot believe the arguments people make. Like "you didn't prime the inlet pipe" but that would just start a syphon backwards and most videos have a manual valve to prevent that when filling the barrel. So that argument is wrong. Then I saw "you didn't put a check valve on the inlet pipe" which again would make it impossible to prime the pipe unless you turned it upside down or put the check valve at the end of the inlet under the level of the water. Again something that isn't in any of the videos. They show pipes and open fittings no valves. Also if you add a column of water on top of a spring controlled valve you have even more (much more) resistance to flow up.
This is why I try to never argue with ignorant people. They simply cannot believe facts and want to believe a hoax or magic. If this "pump" was real wouldn't Einstein or someone hundreds of years ago figured it out and make it a common system?
It's just someone making a syphon and calling it a pump to hoax and get views on RUclips.
Note I admit some of the "systems" work in the videos but they cannot sustain flow without the discharge end lower that the source level. So they work because they syphon not pump. No barrel and pipe system will pull water up from a well to above ground level. Never ever!
You need to prime the inlet, also your inlet pipe needs to be the same diameter as the output.
I will make another video including your directions, thanks
Your system is not vacuum tight. The container should not empty. I built a similar model but mine was sealed. The water would not flow because air could not get in to replace the water.
I actually filled my container by syphoning in the water and the main line was fully primed. I agree that the system doesn't work, but your test was flawed.
Hi, I will make antoher video using a U type vacuum gauge for measure the container is completely hermetic. Regards.
there is a possibility of this working because the water barrel above the water level serves as a secondary water source to aid siphoning
it doesnt work, physic says differently! the drum is just like a bubble in the hose an its still just a regular siphon and only works if you siphon below the source!
What about the videos they use a check valve and pump it from a well to water corn with barrel, have you tested it?
Hi, no, I haven't used a Check valve yet, but there are many videos which they don't use any check valve though, however I am figuring out built a tiny check valve and film another video.
@ I am talking about wells they use the barrel and get water out of a dug well to water crops. Just wanted to know if you tried it?
No, I haven't either, but it is actually possible to get water from a water well, if water's destination is on a lowet level than the water's level in the well, I have seen a few videos where other guys ( not those channels about hoaxes,learn for future, for life ) can extract water (no fake), they are taking advantage of a invert syphon system.
make another video with exact design from those farmers
Hi, yes, I am planning it exactly!! I am thinking of getting all the instrumentation (gauges) for it.
@ also there are features that you forget to consider like Tee( connected to a closed tube upwards)in the outlet and smaller tube connected at the tip of the outlet
@@WestPhTV those tees are for filling though, there are other videos which there no tee, anyway, thanks for your suggest, I am truly planning of making a 1 to 1 scale model.
@ alright if you can, make 2 scale models with the other one that has no Tee
I have seen a number of videos concerning this type of pump. The conclusion that I am coming to is that this will not work continually without recharging the drum with water as I suggest that the water in the drum will reduce. Therefore the system works from the kinetic energy of initially lifting the water which is finite.
thank you for your comment, in fact this method doesnt use kinetic energy because is just a syphon, on the other hand, a RAM pump is a real "free" energy pump wich uses kinetic energy taking advantage to water hammer. best regards
Thank you for your video. However your test appears flawed. The liquid can not empty from the container without causing a vacuum. if your container was properly air tight that quantity of water could not flow out without sucking air back in through the outlet. Also the inlet pipe needs a non-return valve at the bottom and it needs to be a charged line before opening the outlet. the outlet pipe needs to be at least 2-3 times diameter of the inlet. The outlet pipe also needs to be charged before opening. The general principal as far as I can tell is the combined weight of the water in the container and the outlet pipe are what is used to draw water from the lower water source. I would like to see you do the experiment again with these adjustments.
Thanks for your comment Brandon I am preparing a new video with a bigger model, it has a non retorn valve and a vacuum gauge, it is going to be interesting, I will waiting for you there, I will make a spanish version first and then an english version, best regards.
@ I look forward to your new experiment
Like others have said. You experiment is not the same. You need a check valve/foot valve on the intake pipe. The intake pipe must be primed. You are also using tubbing. It flexes too much. Your seals on the tubing need to be tight. That glue is not good enough. Every time you move the tubing it the seal is disturbed. (use tight grommets).
You have to put a check valve on your intake pipe and fill it up first and out let pipe is bigger then inlet at the end of out let you put a smaller one to increase pressure coming out you have to watch the whole thing to get it right
Thabks for your comment, I made another video with a non-return (foot valve) check it out
Jugde your experiment I try also the free energy and it's work because I use big drum not just a small gal. and I use same size of tube
Thanks for your comment, i am making a New video with a bigger model. Regards
I have view the other videos n noticed that you left out key components that allows this system to work properly..like a check valve to keep water in the suction side..n also u need to seal the container properly..u can't have any air leaks...also..you didn't install the pressure tubes..that blocks the water from returning to the container....
the term "free energy" they use is not using Electrical pumps... it works on me as far as syphon is concerned, that's the only purpose for it, transferring water from point A to point B, the source must have abundant water like rivers or well... it will continue forever as long as the water on river wont dry up...
Hello sir. Pwede po ba paturo gumawa? Been making it for a while pero puro fail
There must be a high suction within the container. Otherwise it just equals out.. The container has possibility to collapse, so use small hose in and out to decrease the suction needed. You have air leaks even at the ball valve it leaks pressure. Everything must be sealed for high pressure, so high pressure connection fittings of pvc require sanding and glue for no leaking at higher pressure. Not ball valves also you might use pvc tape aka teflon tape for no air leaks. you have things looking right.. but that pull needs to be strong enough and the container must not capsize and no iv thumb ball that's to slooow.. it's about overcoming the pull with vacuum pressure and volume pull. not hight and gravity, don't forget to prime aka fill everything first.
it's working you need to make properly thank you sir.
did you try to fil the in pipe and put a cut back valve to keep the in pipe full when you open the exit ?
Yes. I have made another video adding a foot valve
No need when using a priming barrel.
This would work the same even without the container (drum) when the destination is lower than the source. So the drum is just a fancy distraction. I'm sure glad you made this video as they even had me believing it.
Totally agree!! Thanks for your comment
Lampung Timur hadir semangat berkarya bang di tunggu video berikutnya
Thank you, I am working on it!
@bang pompa air grvitasi itu yg asli bisa menaikan air sampai dasar laut bng dan yg bisa bikin hanya saya bang pompa air grvitasi 🙏
You must AVOID AIR INSIDE THE SYSTEM and then its working
You do have a good point with what you showing. But you did miss quite a few crucial methods that allow these people use. And had been proved as effective from lotto science people. One method is I use an eldrum to create a vacuum section on top of the drum method that you are using. 2A second method you could use to make it walk is using a vacuum pump method where you have a pipe with a vacuum air tube and a belief valve that creates a suction pump that leases the water and falls as it back down the tube again with a greater force
Thanks for comment, I will make more videos regarding this issue, however, the atmospheric vacuum is related to the column´s high so it is imposible generate more vacuum than column value. currently I am developing videos about RAM pumps wich are actually free energy pumps. watch my lastest video.
Please show or let me know at what level does the water flow stop. Is the vacuum strong enough to suck the water up & keep the flow going even at a slow rate if the outlet is at the same level as the water source?
Thanks for your comment, the flow stops when the outlet is at the same level than the water's source level, im thinking of making another video with more tests and a vacuum gauge in order to show the pressures.
@ Thanks. If you were to drain the outlet back into the source container making a closed system would the vacuum be strong enough to keep it flowing in a loop or since it is the same level will the flow stop. Looking forward to your new video experiments with the vacuum gauge.
Hi Rubén. These models seem to be working but how is the vacuum in the reservoir strong enough to lift the water from the source with the outlet higher than the source?
ruclips.net/video/cT1_KTiBL4I/видео.html
ruclips.net/video/jjtcbEaoGk0/видео.html
The amount of water is not enough to create a vaccume preasure.. it should be test in bigger container and the material you use is not required to creat vaccume preasure.. you must test it in real pipe and good water vessel with no air leak in the tank..
Your first test for sure the container is not vacuum. That is why the water flow freely.
The fact that you added a plastic gasket between the lid and the container has nothing to do with the fact that it works afterwards right, so I am pretty sure that your 1st test would have passed had the container not had a vacuum leak
I have been planning to try this in my plot where there is a shallow well, may be water level is 5' deep. Does your test mean that the drum pump won't work? I have seen many such videos, mostly from Philippines and Thailand. Why would they hoodwink people for no apparent gain to them! Could someone throw some more light on this?
Thanks for your comment, it is possible suction water from your shallow well ONLY if the end of your outlet pipe is in a lower level than the water's level in the well, this is a syphon my friend (not a pump), is for carry water from a High level to a low level. All those videos made by those guys are fake they videos are made in order to get money by youtube monetization.
@
Is it so? Since I can't neither raise my well nor lower the level where water is required, I may as well drop my idea.😂 ❤️
That's correct, please consider do not waste time and money trying it, you can try making a scale model like me and test it.
Watch my spanish version, I make other tests (it is translated) ruclips.net/video/bIaxxiuXXiU/видео.html
bc their rice fields are lower level than the river dyke, the incline isn't easily perceived by eye or camera
the drum role is to prime/purge the long pipe
From my understanding this works! As long as you're system is air tight and inlet pipe from water source is 25% smaller in diameter than the outlet pipe..but also so encouraging to say that, u could take this water as high as u want by putting more barrels and repeating the process 😃!
The system will never lift water from a level lower than the outlet end. It is impossible.
Exactly, he has air leaks. Otherwise, where is the AIR replacing the water coming from? I see air coming in at high speed. A pinhole is enough to ruin the system .
@@seetheforest Oh really. Let me talk to the syringe manufacturers how their products that are being used daily don't work.
@@awfultruth6216 ? A syringe works when pressure is applied to the plunger or "piston". They don't work by magic either.
@@seetheforest Correct! And here comes te beauty of water: The plunger or pistost is solid and it has, a fixed shape and a limited stroke - a stroke limited by the lenght of the cylinder containing it. The plunger creates a seal and that seal creates some vaccum that suck in some liquid - let's call it water. Now such a seal can be also created by water. And by lowering the water lever, you can mimic the effect of the stroke of the piston in a syringe.
I agree with you pressure is still dependent on head not weight of water. But one comment on the first experiment. There shouldn't be any continues flow to a point it drains the tank. Water displaced was being replaced by air. meaning the tank is not air tight. Air is coming in somewhere replacing the water flowing out.
I still want to see the calculation using Bernoulli's principle if weight and movement of water in discharge pipe can't really generate excess energy. Maybe do a third experiment to use 20x the tube length you used, generating more flow momentum to gain a bit of differential pressure due to flow. Don't let any part of discharge tube to be lower than source. If there is truth in this concept, I would say Bernoulli's equation should show the amount of free energy.
Great!! I will do it that way, I am thinking of using a vacuum gauge as well.
This is a fake video or someone is paying money to miss information remenber if it is free no body is going to sale gas or motors
@@jesusblanco984 what a naiveness, nothing is free... energy neither.
I believe somewhre in your inlet , filling valve, or container cap is not properly sealed it must not be passing by air otherwise you cannot create a siphon effect
Your test setup is incorrect.
Making something in a small scale proves the concept only if the same types of materials are used. You are assuming all valves are the same. They are not.
Those small input fish-tank valves require too much suction power (try to suck through them and you will see how hard it is).
The valves in the original clips are using a half-ball that opens and closes the intake and require very little power to be opened. Give it a try and you will see.
You can find people making it with a transparent plastic 5 gallon bottle and it gets compressed from the power of the suction of the output. Also, because of the transparency, you can see the input water coming in just nicely.
I have made a new video in a bigger scale tank, kindly check it out, anyway the result is the same, this doesnt work for raising water.
Some more excitement are required to improve the effiency of this system. e. g. To increase the input level what can be used.
One fatal error you made.
First rule of negative vacuum make it "perfect vacuum" means no air inside of the container.
First the inlet must submerged in water and put alot of flooting balls to prevent the teist suction
Second make a two bucket
1 with full of water and another with empty and 2x the size of the other container (withwater) make sure the empty container or bucket it has negative pressure minimum of -10 psi for small diameter of inlet, the bigger the inlet the higher the negative pressure inside of the empty container.
Third make sure the exit is submerged atlist 8 inches to prevent the air comming in
Now you have negative vacuump pump it work like hammer pump.
But this is negative pump has potential since the outlet can make upto 8ft.
I did a 8 inch pipe outlet and put inside a rotor blade and spin the small generator I have (500w)
The real problem is the inlet cause the water is to heavy and my solution is making a smaller inlet.
As of now it's working fine waiitng for 1 week test with load of electricity.
I hope this will give you Idea how a negative vacuum work. Just make it perfect vacuum and proper size of pipe and right pressure.
ever make a model where the suction line is the same diameter as the output? the videos i have seen where a siphon was used to drain a pond to lower the water level, when the pond drain became plugged, the suction side was the same diameter as the output side, so, naturally, i am curious if the same would be true for the type of siphon in this video.
Thanks for uour comment, I a preparing a new video with a bigger bottle, I will see you there, best regards
Thank you ! 😎👍
Thanks for sharing
happy to help
Mine is working.. Make sure do it right and air tight.. Dont leave air. Just small buble of air.
Thanks for your comment, yours could be working problably it is carrying water from a high level to a low level. Regards.
I am curious about the seeming vacuum ? what differs between the 2 vacuums displayed, i would have thought lower water level, higher vacuum, what is the extra factor ?, in the first test the level went way lower then the second, so its not just the (what i assume was a vacuum) vacuum at work, its a given it wont work since if it did i would have a water turbine spinning free electricity, yet who is :)
I agreed with te comments, you must fill the inlet pipe and to put a one-way valve at the end to minimise pressure!
I have made a new video adding a non return valve, it is in spanish but is translated though. Please kindly check it out
No need using a priming barrel.
What is result. I don't know English well. Is free energy water pump fake?
use foot valve and fill up to upper valve and close then check and see
ruclips.net/video/I5p_iRcVysY/видео.html
Thank you 🎉
You’re welcome 😊
New friend, watching from Manila, Philippines👍🇵🇭
Thanks for supporting!
Please try it next time with a one-way valve at the end of the small tubing (supply side), it may work
I did, please check my new video about this topic
Experiment must make sure air tight container to develop 'vacuum' @ negative air pressure once the bigger outflow open.......n the saiz of container big enough/tough enough to create negative pressure...
Thanks for your comment I will make another video adding a vacuum gauge for assure an hermetic clousure, best regards
Hey, you do not have at least vacuum in the bottle. what about to work? If vaccum is present in bottle water cannot flow. Go ahead and try again. After you have vaccum in bottle you can speak about this work or not. Because vaccum may triger water from source to fill bottle
How the water goes down if the cane is fully sealed ?
ruclips.net/video/I5p_iRcVysY/видео.html
Correct!
Hola amigos , nosotros hicimos ese sistema, luchamos un poco asta que no salió , el secreto está en los tubos de verticales ahí lleva unas válvula de aíre tienen que inflar con un enbulo ahí chispea el agua , eso no eneñan los filipinos espero que les ayude mi comentario ♥️
Mr Cobos, are you in any way involved in some kind of electric pump business, or similar businesses. No pun intended sir.
Indeed, I work with water pumps. Eventhough I haven't seen those kind of equipment in my country (territory)
With your second experiment, you have the water running, what can you say in general? With proper fixing can this method work or not???
Thanks for your comment, it will work if the destination level is lower than the source level only
What is the technology used to bring the water from the lower level like well or river to the container on top?
Dude you not add block return vale at sucking pipe. So your test is not fair. From that start you doubt that system with compare with shipon science knowledge. So all your test is try to prove wrong try that clear mindset first . I also doubt that work forever 24/7 work that sys. I think it will stop when lost all water inside drum. But still think it will work long time maybe 4 to 8 hour. But it delivered 10 time amount of input energy ( water fill in the drum) I can call that sys success and useful.
I have made another video adding a foot valve, plese check it out, best regards
well, sorry to say this, but,it works for me😊
Good for you
You must live in a magical place.
@ hey check out some of the vids on my channel about the machine 😉 mine actually works no gobbledygook...
Gravity water must be siphoned from a highpoint to a low point irrigation fields. Irrigation fields terrain must e in a steeper slope to use Gravity
nothing goes against the law of nature. ...regards from turkey
Best regards Abdullah!!
Ok then they show suck water from borewell how can they do that
Thanks for your comment, actually they can, but they put the outlet pipe on a lower point than the well's water level.
@ ok
Uh, guy.. uh, you forgot to fill the input tube.. the vacuum created won't be strong at all with so much air. This system works only when full at first use. Any water drawn from the output side will create a vacuum which draws in to replace it- water from the source, or input side, but only with the buffer tank and both of the sides filled first from the top. The water when it fills the whole space inside the tank and the pipes -what happens is all the water starts to become trained, or combines into one flow direction- which is felt even at the source inlet pipe.
Thanks for your comment, however priming the suction pipe won't reduce the amount of vacuum (negative pressure) needed. I am working on another video with a bigger model and a foot valve (non return valve) firstly I will publish a spanish version (with english subtitles though) I will see you there, best regards
The inlet pipe must be filled with water before opening the outlet
I have another video wich I add a foot valve in order to prime the suction pipe, kindly check it out
@ thanks yes I have seen it. Very good
What will happen if your cut the output tube?
Water will stop.
Ingeniero Rubén, definitivamente no se puede conseguir bombear agua desde un nivel y descargarlo en el mismo sitio de origen sin energía externa o más bien con un sistema libre de energ[ia_
Maybe because your container is not air tight and also the container should have no air inside it should be fully filled with water to create strong vacuum
Please watch my other videos, I did a better seal
you should prime the small pipe/tube with water
I have made a new video adding a foot valve, please check it out it is in english with subtitles though
I like your video 😌 🤩 thank for that ...love from nepal😍
Thank you so much for your comment and support.
@ what will be the basic engineering formula?
Please explain
Gravity lv . That is in your research.you need to test 3.fill full of water on the tank and pipe.and find result
I like your video and I'm glad I watched it because you saved me a lot of work for nothing
He did it wrong. The whole system is doomed to fail because it was set to fail from the start.
Mas mangueira mais fina não de teria de ter uma válvula para a água não retornar?
tengo otro video en mi canal, por favor revíselo, allí coloco una válvula de retención, lo que pasa es que la altura de succión no cambia sin importar que la linea de succión este llena o no
Your experiment is Flawed I think. I have a model using a Water Dispenser Jug and a 1 cm diameter transparent tubes. It works... Just make sure there is no air leak in your water container, while the water from the container drops, it creates a vacuum which in return sucks water from the source
I Made a new one, please check it out
your suction hose is empty there.is a bubble of air that's why not working.
Thanks for your comment I will make another video adding a check valve on the suction pipe
comment l'eau peut elle couler la premiere fois si il n'y a pas d'appelle d'air? l'eau devrait etre bloquer?
I made another video with a bigger model and a vacuum gauge, please check it out. Best regards
you tried well
but with a slight mistake in the design system,, you not used the chuck valve in the inlet pipe,,
and also you bot filled up the inlet pipe with water, before starting the outlet drain
I have made a new video adding a check valve (foot valve) on the suction pipe, please check it out, is in spanish with subtitles though
@ so what was the difference ?
To take water to high position use ram pump don't you think my friend
I am working on a video regarding ram pumps. I will see you there. Best regards
nicely explained
Thank you so much