Great idea....The output water volume is greater than the input water volume due to the pipe diameter for the output compare to the input. May be inverting the pipe size or using same pipe diameter for both input and output will resolve the issue.
@@PickReels Yes you are right but the water going out is much more than the intake that is why the drum being sucked by the outlet water pressure. Just my thinking. need pressure guage to asertain the truth.
I believe you should have left the tube that drains the water from the river full and covered, and opened it a little after you opened the outlet valve. Excellent video!!!
A simple siphon because, the level of the river is the same with the tip of the outlet pipe. Now to prove the effectivity of the device install in a deep well 6 Meters depth inorder to prove the effectivity. Thank you.
Đây là 1 thí nghiệm hài hước nhất tôi từng thấy 😂😂. Bạn chỉ cần một đường ống nước và bỏ qua cái thùng phuy ( bình tích áp) thì nước vẫn chảy vì nước phía đầu ra thấp hơn mực nước ở đầu vào
The basic principle is siphon. You created a great method to fill the pipe without air from river to the discharge. The obvious reason why the drum collapsed is because it outputs faster than the input creating a vacuum inside the drum. If you make the input and output pipes the same size longer output line and higher discharge height it will solve the problem. The same thing can happen if the input line get clogged so you have to avoid debris from entering.
If you use a backwater valve on input below water line the tank may be totally eliminated. At the highest point you still need the same mechanism to fill water wth the valve. But only one vertical fill shaft of very large diameter reducer and valve. It will serve the purpose of the tank. Great work!!!
I think The problem is. The out flow pipe is very large so depressed air inside the drum is strong, that's why the drum is deformed . Trie to change the large pipe to narrow one. 👍 Good luck
Thank you my friend for showing your video we appreciate it don't take it so hard at least you're trying keep trying until you get it right you're doing a good job we watching your video we grateful you're very smart maybe if you use the Drone that will be stronger the steals the weak it means you're doing a good job it's just a material is not strong for you doing great first time watching your video I'm very impressed with your idea thank you for sharing
No problem with drum material, the problem is designe. Inlet water pipe is smaller , so the atmospheric pressure on drum was too much, when it's vacuum in side the drum. That vacuum tried to suck the water, but it could not supply that much water at that speed. Just keep in mind that inlet pipe must be big diameter nhan outlet. Other wise any drum will collapse no matter how strong you take.
Hmmm! You did well! And for the next time, you may try to equalize the pressure power of the suck-in (from the dam to the drum) and the push-out power (from the drum to the outlet) so that the output will be equal to the input. Or do not fill the drum with water 100%, at less make it 80% water and 20% air. Both scenarios may save the drum/plastic from squeezing, I guess. Thinks with me!
He just Use a metallic drum which already has a thin sheet. These drums are only made for atmosphere pressure or slightly high pressure but definitely not for extremely low pressure. If He could use Water Tank that has thick sheet of plastic likewise his pipes are then Deformation will never be happened. 😂😂😂
Good job.I think one more thing to reduce the water output pressure is to close the outlet valve halfway to regulate the water flow.Another thing is to elevate the slope of the output pipe to reduce the water flow.I liked idea
Try with the inlet pipe diameter LARGER than that of the outlet, to prevent a NEGATIVE PRESSURE to form inside the drum creating a DP (differential pressure) between the atmospheric pressure and the drum internal negative pressure. The drum will implode and COLLAPSED when the DP overcomes the drum metallic resistant force. Engineer cum scientist.
Excuse me sir. The drum fold up because the end of the pipe in the water was stuck in the mud. This can happen to the world largest drum. It is a vacuum like a black hole in space. Nice video. Now the world will change forever.
he said that he hears the water running inside ... there is another reason and it can be corrected either by closing the water coming out or by putting a biggerr inlet pipe from the river ....
This technique is begin used in our villiges for many years. we dont use centeral drum it is not needed. only you must have a long enough pipe. the source wather level must be higher than the target level. Only you have to do is to lay down the pipe from one end to other and suck water with your mouth until the water comes in your mouth. then leave it water will start comming without any effort. and it will continue until source water level is higher than destination water level. I will appericate if it continue to work when source water level is lower than destination level.
Instead of sucking the pipe with your mouth. I would submerge the hose in the river, filling the pipe with water. Then with a single valve or hand over the end, lift the pipe across the road to the field. Trying to prevent air from getting into the pipe. Then once set in the field, open the valve or remove the hand. You are correct. It will either stop working or the water will flow from the field to the river. :~)
هذه الفكرة قديمة عندنا في العراق، من المفترض أن تستبدل انبوب مدخل الماء للخزّان لأن قطره اصغر من انبوب مخرج الماء، أما أن تغيّر وظيفة الانبوبين 🔄 أو تستخدم انبوبين بنفس القطر.
Interesting! Make the water infill through the bigger hole and the water outlet from the barrel be via the smaller hole of the barrel; or use more rigid barrel.
1. You have to make the input pipe equal to or greater than the output pipe. 2. You need to have an air vent in the drum to prevent Vaccum on the drum, which may cause explosion or compression.
@@tonysebastian2614 Those are the only circumstances in which a syphon WILL work. Of course you can use a flexible hose, just not a hose that needs pressure to inflate (eg flat fire hose)
Kudos to you. But you can change the inlet pipe to a bigger size than the outlet. This will enable more water into the drum, holding the inside of the drum intact and releasing a lower quantity of water through the outlet pipe.
Well I think the outlet at the end is the same however the addition of vertical column for air to increase pressure and the addition of another one due to a mistake increases the outflow causing vacuum. So when it stabilises the drum is already deformed.
Vraiment un grand bravo pour le projet qui fonctionne très bien même tellement bien fait qu'il y a un tel tirage d'air que le tonneau n'a pas supporté !?? Il m'était arrivé plus où moins là même chose par rapport au réservoir (tonneau) quand j'avais bricolé une pompe à vide avec un moteur de frigo ! Mais vraiment bravo à vous !
I think it is true the tank is too soft to hold the vacuum created inside it, due to the output is too big compare to the input. To compromise, the output valve may be adjusted to reduce the vacuum inside the tank just enough to flow the water.
All about air pressure, very low inside the drum, higher outside the drum so drum gets crushed inwards. The down stream pipe reminds me of searching/mining gold, if you have several step down in pipe size the weight of the water stays the same but force increases and with enough distance between step downs you can have quite a force on exit.
Hi Freeenergy Team. I really enjoy your thinking and truly your demonstration works. I may be wrong, but this may be why the drum collapsed. May be the water out of the drum is faster than the water into the drum due to pipe diameter differences. Try the video again reversing the pipes. let the bigger pipe bring in water to the drum and the smaller diameter pipe take water out of the drum. or you may let it be the way it is but open the valve that connect to the outlet pipe to let air pressure help to suck water up from the pond. For some reason your setup is air tide. I think this way it will work without destroying the drum. Let me know
Como se puede apreciar en el video la salida del agua es mas baja quel nivel del rio ,por lo tanto esto es un sifon, no te hace falta el bidon el agua saldra por su propio peso.
It's not about releasing the air pressure from the drum, but allowing some air into the drum into the vacuum inside the drum will sake that drum from squashing because the rate of discharge is higher than the rate of intake thus vacuum is created within the drum,unless there's some hole or cap for some air to fill the vacuum space, the drum will not squash in like this. The intake and discharge rate are not regulated.
عمل ممتاز جدا كان مفروض تجعل الانبوب الواسع لدخول الماء والانبوب الاصغر لخروج الماء . وكان لازم تعمل عوامة في نهاية انبوب دخول الماء لضمان بقاء فتحة الانبوب تحت سطح مستوى ماء البحيرة مباشرة حتى لا يمتص الطين والعالق ويحدث به انسداد تحياتي لك من.. ...صنعاء اليمن.
valeu amigo vai ajustando que da certo... a 40 anos um amigo fez isso em sua fazenda e deu certo.... a saida do tambor era bem menor... vai ajustando que vc consegue... outra coisa, tem tambor com as paredes mais espessa , isso faz dele mais resistente ao vácuo.
A simple tube would do the whole trick. No foot valve, no drum, only water flowing from a high river to a lower outlet. Simply a syphon. To get it started you may add a foot valve, a T-piece with a filling stub and closing valve and an output valve. With a thin hose you simply suck it all into the water til the hose is filled.
حدث ذلك بسبب الارض منخفضة جداً والمسافة طويلة فحصل السحب بشكل قوي جداً وكذلك الفارق بالاقطار بين انبوب السحب انبوب التفريغ ! كان ينبغي تكبير انبوب السحب قليلاً : تهانينا عملك ناجح جداً
The vaccum being formed in the drum is to generate a suction from the inflow pipe.But, the outflow pipe should be only slightly thicker ie 1''pipe is to 1.1/4". This ratio will prevent the drum from collapse 👍🙏
@@shanew3595 Why is that barrel needed??? The water level is at a higher level to the level where the water should be forwarded.. So it is enough just to put the pipe ... with the long part towards the watering destination ... What does the barrel do?.. just start the system?
@@shhs1791 it does not have to be a barrel it could be anything. so if you know how siphoning works the what of the water falling creates a suction that will pull water up and over a barrier, however without a pump of some kind on a pipe or hose the output needs to be lower then the input otherwise you loose pressure and/or prime and other water goes the other way. so to counter this you need a brake to prevent backflow. the barrel has an inlet at the top and an outlet at the bottom with an air gap to prevent backflow. this allows you to move water up by allowing the weight of the water in the barrel to drain causing a vacuum to form in the barrel and this vacuum pulls new water into the barrel, thus continuing the process. is the amount of water leaving the barrel exceeds the volume entering then you negative pressure/vacuum become grater, and in this video that negative pressure or vacuum was grater then the barrel could withstand. to remedy/fix this you either need to decrease the output or increase the input.
@@shhs1791 one other thing the pressure of the out always needs to be greater than the input if the input is greater than the out then you will draw air in through the out and lose your prime or negative pressure or it will just simply not flow, as the inlet water weight exceeds the output.
@@shhs1791 If you understand How to measure the vacuum let me know... why the drum crushed, find out yourself. Let say the vacuum 0.4KG/Cm² to be lifted the water 4M above the water level.. what the outside surface of the drum, size maybe 95cm high diameter 60cm do your math x 0.4Kg. so how many Tonne???? Atmospheric pressure?? It just transfer the water from higher level to lover level, is a siphon system. Need the drum, to have 1M clicks.... on this type of videos. Somebody prove it I'm wrong! Build one for yourself.. will it work? The water won't flow upwards. Only one way can be done with Ram pump, with a loss of water... To pump it higher level. but condition apply..
Selang pembuang nya lebih besar dari pada selang yang tarik air. Sudah pasti drum nya kempes dikit air yang masuk banyak angin terbuang terbuang lewat air kan gak seimbang.
thank you very, very much for educating the world, I am amazed for your talent without electricity. I have a question regarding to turn it off, could we turn it off and then come back to use it and open it without filling the tank again? please who can help me answer my question
You did a good job 👍, I think what you just need is to make a hole in the upper side of the drum and seal that hole with a rubber material so that the pressure difference between the outside air and the pressure of the air inside the iron drum can be handled after it became vacuumed inside that barrel
It's not about releasing the air pressure from the drum, but allowing some air into the drum into the vacuum inside the drum will save that drum from squashing because the rate of discharge is higher than the rate of intake thus vacuum is created within the drum,unless there's some hole or cap for some air to fill the vacuum space, the drum will not squash in like this. The intake and discharge rate are not regulated.
אח, זה רעיון מעולה! ניתן יהיה לזרוק למעלה שלוש מאות מטר (300 מ') למעלה, חמש מאות מטר (500 מ') אלף מטר למעלה (1000 מטר) למעלה וכו'...! והדבר הטוב ביותר הוא להיות מסוגל להשתמש בגנרטור חשמלי הידראולי במים! מחולל החשמל ההידראולי! עם ארבעה (4) יציאות מתח שמונים וולט (80 וולט) מאה עשרים (120 וולט), מאתיים עשרים וולט (220 וולט) שלוש מאות שמונים וולט (380 וולט) אמפר קוהרנטי כרצונך!
Como resolver a situação de Sucção do Tambor (encolher/retrair, não seria possível ou mais viável com Tambor Plástico 100lts. e a instalação inicial ser feita na tampa e presa/tambor com uma alça/cinto de metal fechado/preso por pressão. SUGESTÃO. ???? vou copiar a ideia é buscar muito em breve adaptar cf. sugerido. PARABENS pela criatividade.❤🙏🙏🙌Abraço.. . sucesso.
Where are you located? I'm watching you with great admiration from Kampala, Uganda. Recently i lost 5acres of maize due to draught that hit this part of Africa and yet my land is near a natural river.
Interessante. só não entendi se o ponto que você esta levando a agua é mais alto ou mais baixo que o ponto que você está captando a agua. mas parabéns pelo vídeo.
يجب ان يكون السحب اكبر من الدفع ولهذا السبب انطعج الخزان يجب تبديل الانابيب بل العكس وتنجح الطريقة او الابتكار وهذه فكرة رائعة ولاتكلف استهلاك على المزارع
When he move the hose going to the river ,he clog the hose with the sand in the river., and when he open the hose going to the receiver create a big vacuum that took all the air in the drum
Bagus sekali dan tutornya pinter sekali sehingga lupa kalp yanh di beri arahan orang indonesiia banyak yang gak tau bahasanya syang tolong donh pakai bhs indonesia ma kasih
Drum is good and it’s not a fault of drum but You need to increase the size ( diameter ) of input line , keep it bigger size (diameter) then output line
The water outlet Is by lower than the inlet, so the system is not pumping It Is Just a siphon. In a real pumping the outlet must be higher than the inlet
You should have a pressure gauge to check how much is your required air pressure and it should be stable for continuous flow without crumpling your pressure tank.
So amazing. Question: if you were to make a system to free energy gold dredge in a creek. What would it look like to create the suction yet pass materials to capture/exit end. Thanks so much keep it up.
Broer, dit is 'n goeie idee! Dit sal moontlik wees om driehonderd meter (300 M) opwaarts, vyfhonderd meter (500M) duisend meter opwaarts (1000 meter) opwaarts te gooi, ens...! En die beste ding is om 'n hidrouliese elektriese kragopwekker in die water te kan gebruik! Die hidrouliese elektriese kragopwekker! met vier (4) uitsette tagtig volt spanning (80-Volt) honderd-twintig (120-Volt), tweehonderd-twintig volt (220-Volt) driehonderd tagtig volt (380-Volt) koherente ampère na willekeur!
Brother, that's a great idea! It will be possible to throw upwards three hundred meters (300 M) upwards, five hundred meters (500M) thousand meters upwards (1000 meters) upwards etc...! And the best thing is to be able to use a hydraulic electric generator in the water! The hydraulic electric power generator! with four (4) outputs eighty volts voltage (80-Volts ) one hundred twenty (120-Volts), two hundred twenty volts (220-Volts) three hundred eighty volts (380-Volts) coherent amperes at will!
Great idea....The output water volume is greater than the input water volume due to the pipe diameter for the output compare to the input. May be inverting the pipe size or using same pipe diameter for both input and output will resolve the issue.
Always have twice suction pipe as discharge.
,
In this project suction and discharge are same look at the discharge valve at the end
@@PickReels Yes you are right but the water going out is much more than the intake that is why the drum being sucked by the outlet water pressure. Just my thinking. need pressure guage to asertain the truth.
هذا صحيح اختلاف في الحجم أدى إلى اختلاف في الظغط
I believe you should have left the tube that drains the water from the river full and covered, and opened it a little after you opened the outlet valve. Excellent video!!!
Hopefully this person is HEALTHY ALWAYS all his sustenance affairs are made easy, greetings from a beginner youtuber bro 🙏
A simple siphon because, the level of the river is the same with the tip of the outlet pipe. Now to prove the effectivity of the device install in a deep well 6 Meters depth inorder to prove the effectivity. Thank you.
Can this system pump water up the hill?
GREAT video and shows the power of water.
Tá valendo o esforço, portanto você vai conseguir. 🙏
நல்ல முயற்சி !!
Mantab ngajak penonton jadi pintar, semangaatt..
You have done very Good demostration.
มาชมด้วย สุดยอดๆเลยครับ
you prove it has great potential to move water. very good.
You are correct, but you need to balance the pressure
Great. You have proved the theory of making water travel uphill. All it needs is a thick steel cylinder.
Đây là 1 thí nghiệm hài hước nhất tôi từng thấy 😂😂. Bạn chỉ cần một đường ống nước và bỏ qua cái thùng phuy ( bình tích áp) thì nước vẫn chảy vì nước phía đầu ra thấp hơn mực nước ở đầu vào
The basic principle is siphon. You created a great method to fill the pipe without air from river to the discharge. The obvious reason why the drum collapsed is because it outputs faster than the input creating a vacuum inside the drum. If you make the input and output pipes the same size longer output line and higher discharge height it will solve the problem. The same thing can happen if the input line get clogged so you have to avoid debris from entering.
If you use a backwater valve on input below water line the tank may be totally eliminated. At the highest point you still need the same mechanism to fill water wth the valve. But only one vertical fill shaft of very large diameter reducer and valve. It will serve the purpose of the tank.
Great work!!!
The pressure is so powerful which causes the drum deformed. Kudos to this guy!
땡큐 좋은 화면 잘 봤습니다 땡큐 감사합니다....
great work man! thank you for sharing
I think The problem is. The out flow pipe is very large so depressed air inside the drum is strong, that's why the drum is deformed .
Trie to change the large pipe to narrow one.
👍 Good luck
Exactly,or put a pipe to inlet,as same diametre of outlet and outlet length to be reduced.
Thank you my friend for showing your video we appreciate it don't take it so hard at least you're trying keep trying until you get it right you're doing a good job we watching your video we grateful you're very smart maybe if you use the Drone that will be stronger the steals the weak it means you're doing a good job it's just a material is not strong for you doing great first time watching your video I'm very impressed with your idea thank you for sharing
No problem with drum material, the problem is designe. Inlet water pipe is smaller , so the atmospheric pressure on drum was too much, when it's vacuum in side the drum. That vacuum tried to suck the water, but it could not supply that much water at that speed. Just keep in mind that inlet pipe must be big diameter nhan outlet. Other wise any drum will collapse no matter how strong you take.
buy another drum
Hmmm! You did well! And for the next time, you may try to equalize the pressure power of the suck-in (from the dam to the drum) and the push-out power (from the drum to the outlet) so that the output will be equal to the input. Or do not fill the drum with water 100%, at less make it 80% water and 20% air. Both scenarios may save the drum/plastic from squeezing, I guess. Thinks with me!
is the output lower than the input?
@@nancywood4748No, He is saying output elevation is lower.
He just Use a metallic drum which already has a thin sheet. These drums are only made for atmosphere pressure or slightly high pressure but definitely not for extremely low pressure. If He could use Water Tank that has thick sheet of plastic likewise his pipes are then Deformation will never be happened. 😂😂😂
Good job.I think one more thing to reduce the water output pressure is to close the outlet valve halfway to regulate the water flow.Another thing is to elevate the slope of the output pipe to reduce the water flow.I liked idea
Try with the inlet pipe diameter LARGER than that of the outlet, to prevent a NEGATIVE PRESSURE to form inside the drum creating a DP (differential pressure) between the atmospheric pressure and the drum internal negative pressure. The drum will implode and COLLAPSED when the DP overcomes the drum metallic resistant force.
Engineer cum scientist.
great experiment on water pressure! very good!
Great invention, buddy.
Halloo thanks so much, GOD BLESS YOU.
You are correct, but you need to balance the pressure👌
Excuse me sir. The drum fold up because the end of the pipe in the water was stuck in the mud. This can happen to the world largest drum. It is a vacuum like a black hole in space. Nice video. Now the world will change forever.
he said that he hears the water running inside ... there is another reason and it can be corrected either by closing the water coming out or by putting a biggerr inlet pipe from the river ....
That is a good motivation. Really ilike this video ithinks this video is infortan for farmer or gardener. Thanks.
Tank you your experion for us and seeyou. Nek time.
Just have to balance the outlet water to intake side .so say 2 lt in 2 lt out and no implosion to drum.good job and video.
This technique is begin used in our villiges for many years. we dont use centeral drum it is not needed. only you must have a long enough pipe. the source wather level must be higher than the target level. Only you have to do is to lay down the pipe from one end to other and suck water with your mouth until the water comes in your mouth. then leave it water will start comming without any effort. and it will continue until source water level is higher than destination water level.
I will appericate if it continue to work when source water level is lower than destination level.
Instead of sucking the pipe with your mouth. I would submerge the hose in the river, filling the pipe with water. Then with a single valve or hand over the end, lift the pipe across the road to the field. Trying to prevent air from getting into the pipe. Then once set in the field, open the valve or remove the hand.
You are correct. It will either stop working or the water will flow from the field to the river. :~)
คนไทย ต้องพูดภาษา
ให้คล่อง เหมือนฟิลิปปินส์
this is truly not a fake video, I salute you brother, good work for showing the truth.
Should have turned the drum over. Big pipe on the top.little on the bottom. More water in and more pressure at the bottom. Nice job
Fantastic demonstration.
Always try until you get perfect thanks for sharing friend watching from Canada 🇨🇦 orig from Bohol Philippines 🇵🇭
Really truly amazing
هذه الفكرة قديمة عندنا في العراق، من المفترض أن تستبدل انبوب مدخل الماء للخزّان لأن قطره اصغر من انبوب مخرج الماء، أما أن تغيّر وظيفة الانبوبين 🔄 أو تستخدم انبوبين بنفس القطر.
เยี่ยมๆๆๆๆเลยค่ะ
Oh my God...
you should make a metal frame to wrap the drum... 👍
عمل رائع وفكرة ممتازة ستغير ثقافة جلب المياه مستقبلا وتحل كثير من المشاكل ... فى هذه التجربة اعتقد ان ما حدث قفل الطمى للانبوب الداخل ...
You need to put pressure gauge to regulate drum pressure to avoid imploding.It was happened to me in my water tank.
Interesting! Make the water infill through the bigger hole and the water outlet from the barrel be via the smaller hole of the barrel; or use more rigid barrel.
1. You have to make the input pipe equal to or greater than the output pipe.
2. You need to have an air vent in the drum to prevent Vaccum on the drum, which may cause explosion or compression.
Keren banget mas idenyq
you don’t need this types accessories!
just take a suction flexible pipe, and take it from river to other place...and make it syphon...
Ahaha my mind had pictured Khaby Lame right after I read your comment.. ))))
Syphon system with flexible pipe doesn't work because the river is much further down than the paddy field
@@tonysebastian2614 Those are the only circumstances in which a syphon WILL work. Of course you can use a flexible hose, just not a hose that needs pressure to inflate (eg flat fire hose)
@@tonysebastian2614 Exactly, if the output is lower than the input (river) this system will not work, drum or not! It is an overengineered syphon.
Kudos to you.
But you can change the inlet pipe to a bigger size than the outlet.
This will enable more water into the drum, holding the inside of the drum intact and releasing a lower quantity of water through the outlet pipe.
Well I think the outlet at the end is the same however the addition of vertical column for air to increase pressure and the addition of another one due to a mistake increases the outflow causing vacuum. So when it stabilises the drum is already deformed.
The outlet at the end restricts the flow very little.
Vraiment un grand bravo pour le projet qui fonctionne très bien même tellement bien fait qu'il y a un tel tirage d'air que le tonneau n'a pas supporté !??
Il m'était arrivé plus où moins là même chose par rapport au réservoir (tonneau) quand j'avais bricolé une pompe à vide avec un moteur de frigo !
Mais vraiment bravo à vous !
Thank you for your idea brother.vrrry nice. And i will try to do it. Just need a little adjustment fir the pipes. Inlet & outlet. Thank you.
It look great don't have to use any motor
Pump very good skills science for the water passing
the water that is sucked up is at a higher position than the drain pipe so there is no need for a drum, the water can already flow
I think it is true the tank is too soft to hold the vacuum created inside it, due to the output is too big compare to the input.
To compromise, the output valve may be adjusted to reduce the vacuum inside the tank just enough to flow the water.
This is one of the best video as it is it teaches the viewers a great lesson thanks
All about air pressure, very low inside the drum, higher outside the drum so drum gets crushed inwards. The down stream pipe reminds me of searching/mining gold, if you have several step down in pipe size the weight of the water stays the same but force increases and with enough distance between step downs you can have quite a force on exit.
Hi Freeenergy Team. I really enjoy your thinking and truly your demonstration works. I may be wrong, but this may be why the drum collapsed. May be the water out of the drum is faster than the water into the drum due to pipe diameter differences. Try the video again reversing the pipes. let the bigger pipe bring in water to the drum and the smaller diameter pipe take water out of the drum. or you may let it be the way it is but open the valve that connect to the outlet pipe to let air pressure help to suck water up from the pond. For some reason your setup is air tide. I think this way it will work without destroying the drum. Let me know
Way to go @Dona! You said the keyword *"air pressure"*. Releasing a little bit of the air pressure from the drum might help.
nah. just get a stronger drum.
Como se puede apreciar en el video la salida del agua es mas baja quel nivel del rio ,por lo tanto esto es un sifon, no te hace falta el bidon el agua saldra por su propio peso.
It's not about releasing the air pressure from the drum, but allowing some air into the drum into the vacuum inside the drum will sake that drum from squashing because the rate of discharge is higher than the rate of intake thus vacuum is created within the drum,unless there's some hole or cap for some air to fill the vacuum space, the drum will not squash in like this.
The intake and discharge rate are not regulated.
Hank you very much for your sharing
trima kasih imformasinya, sangat berguna
Note that the greater the diameter and length of the water tube, the greater the draw from the barrel - good work
Sebaiknya lubang hawa jangan ditutup
Достичь такого давления которое ломает металлические бочки, это круто!!!! Сам проэксперементирую с применением манометр и всех замеров.
عمل ممتاز جدا
كان مفروض تجعل الانبوب الواسع لدخول الماء والانبوب الاصغر لخروج الماء .
وكان لازم تعمل عوامة في نهاية انبوب دخول الماء لضمان بقاء فتحة الانبوب تحت سطح مستوى ماء البحيرة مباشرة حتى لا يمتص الطين والعالق ويحدث به انسداد
تحياتي لك من..
...صنعاء اليمن.
valeu amigo vai ajustando que da certo... a 40 anos um amigo fez isso em sua fazenda e deu certo.... a saida do tambor era bem menor... vai ajustando que vc consegue... outra coisa, tem tambor com as paredes mais espessa , isso faz dele mais resistente ao vácuo.
A simple tube would do the whole trick. No foot valve, no drum, only water flowing from a high river to a lower outlet. Simply a syphon.
To get it started you may add a foot valve, a T-piece with a filling stub and closing valve and an output valve.
With a thin hose you simply suck it all into the water til the hose is filled.
Here your absolutely right sugar bear 🐻!!!!
حدث ذلك بسبب الارض منخفضة جداً والمسافة طويلة فحصل السحب بشكل قوي جداً وكذلك الفارق بالاقطار بين انبوب السحب انبوب التفريغ !
كان ينبغي تكبير انبوب السحب قليلاً :
تهانينا عملك ناجح جداً
Congratulations. You have discovered the joys of siphoning.
The vaccum being formed in the drum is to generate a suction from the inflow pipe.But, the outflow pipe should be only slightly thicker ie 1''pipe is to 1.1/4". This ratio will prevent the drum from collapse 👍🙏
I saw that too. output is too big for intake causing high vacuum.
@@shanew3595 Why is that barrel needed???
The water level is at a higher level to the level where the water should be forwarded..
So it is enough just to put the pipe ... with the long part towards the watering destination ...
What does the barrel do?.. just start the system?
@@shhs1791 it does not have to be a barrel it could be anything. so if you know how siphoning works the what of the water falling creates a suction that will pull water up and over a barrier, however without a pump of some kind on a pipe or hose the output needs to be lower then the input otherwise you loose pressure and/or prime and other water goes the other way. so to counter this you need a brake to prevent backflow. the barrel has an inlet at the top and an outlet at the bottom with an air gap to prevent backflow. this allows you to move water up by allowing the weight of the water in the barrel to drain causing a vacuum to form in the barrel and this vacuum pulls new water into the barrel, thus continuing the process. is the amount of water leaving the barrel exceeds the volume entering then you negative pressure/vacuum become grater, and in this video that negative pressure or vacuum was grater then the barrel could withstand. to remedy/fix this you either need to decrease the output or increase the input.
@@shhs1791 one other thing the pressure of the out always needs to be greater than the input if the input is greater than the out then you will draw air in through the out and lose your prime or negative pressure or it will just simply not flow, as the inlet water weight exceeds the output.
@@shhs1791 If you understand How to measure the vacuum let me know... why the drum crushed, find out yourself. Let say the vacuum 0.4KG/Cm² to be lifted the water 4M above the water level.. what the outside surface of the drum, size maybe 95cm high diameter 60cm do your math x 0.4Kg. so how many Tonne???? Atmospheric pressure??
It just transfer the water from higher level to lover level, is a siphon system.
Need the drum, to have 1M clicks.... on this type of videos.
Somebody prove it I'm wrong! Build one for yourself.. will it work?
The water won't flow upwards. Only one way can be done with Ram pump, with a loss of water... To pump it higher level. but condition apply..
اس ڈرم سے مظبوط کر
ڈرم لو اس ڈرم کو موٹر لگاو جتنا گہرائی ہو پانی نکل جا ے گا فائد یہ ہو گا چھوٹے موٹر پر زیادہ پانی نکل اے گا
Love the video ma man gr8 job.
Selang pembuang nya lebih besar dari pada selang yang tarik air. Sudah pasti drum nya kempes dikit air yang masuk banyak angin terbuang terbuang lewat air kan gak seimbang.
truly i learn good job! thanks
Thank you very good idia.
thank you very, very much for educating the world, I am amazed for your talent without electricity. I have a question regarding to turn it off, could we turn it off and then come back to use it and open it without filling the tank again? please who can help me answer my question
Yes,I think it will work because the air pressure inside the dum and pipe are still compressed
You did a good job 👍, I think what you just need is to make a hole in the upper side of the drum and seal that hole with a rubber material so that the pressure difference between the outside air and the pressure of the air inside the iron drum can be handled after it became vacuumed inside that barrel
you brother make the best video i realy like it
The output pressure is so much than the input. Or better to reduce the output to equalize the pressure or change a thicher drum.
It's not about releasing the air pressure from the drum, but allowing some air into the drum into the vacuum inside the drum will save that drum from squashing because the rate of discharge is higher than the rate of intake thus vacuum is created within the drum,unless there's some hole or cap for some air to fill the vacuum space, the drum will not squash in like this.
The intake and discharge rate are not regulated.
אח, זה רעיון מעולה! ניתן יהיה לזרוק למעלה שלוש מאות מטר (300 מ') למעלה, חמש מאות מטר (500 מ') אלף מטר למעלה (1000 מטר) למעלה וכו'...! והדבר הטוב ביותר הוא להיות מסוגל להשתמש בגנרטור חשמלי הידראולי במים! מחולל החשמל ההידראולי! עם ארבעה (4) יציאות מתח שמונים וולט (80 וולט) מאה עשרים (120 וולט), מאתיים עשרים וולט (220 וולט) שלוש מאות שמונים וולט (380 וולט) אמפר קוהרנטי כרצונך!
Indonesia...mantap keren...
兄弟，這個主意不錯！ 可以向上扔三百米（300 M），向上扔五百米（500M）千米（1000米）等等......！ 最好的是能夠在水中使用水力發電機！ 水力發電機！ 四 (4) 輸出八十伏電壓（80 伏）一百二十（120 伏）、二百二十伏（220 伏）三百八十伏（380 伏）相干安培！
Como resolver a situação de Sucção do Tambor (encolher/retrair, não seria possível ou mais viável com Tambor Plástico 100lts. e a instalação inicial ser feita na tampa e presa/tambor com uma alça/cinto de metal fechado/preso por pressão. SUGESTÃO. ???? vou copiar a ideia é buscar muito em breve adaptar cf. sugerido. PARABENS pela criatividade.❤🙏🙏🙌Abraço.. . sucesso.
Where are you located? I'm watching you with great admiration from Kampala, Uganda. Recently i lost 5acres of maize due to draught that hit this part of Africa and yet my land is near a natural river.
G*D bless you to have this year be better.
Contact me we set it up for you.
Interessante. só não entendi se o ponto que você esta levando a agua é mais alto ou mais baixo que o ponto que você está captando a agua. mas parabéns pelo vídeo.
VN có người lay nước giếng khơi lên...dùng vĩnh cửu .nói như bạn ko hiểu vật lý ...
يجب ان يكون السحب اكبر من الدفع ولهذا السبب انطعج الخزان يجب تبديل الانابيب بل العكس وتنجح الطريقة او الابتكار وهذه فكرة رائعة ولاتكلف استهلاك على المزارع
Dear bro's he used reducer outlet but not sufficient totally good job.
Very good idea
When he move the hose going to the river ,he clog the hose with the sand in the river., and when he open the hose going to the receiver create a big vacuum that took all the air in the drum
Put the jar in river
muy buena se ve que funciona solo se tiene que hacer otro deposito de mas espesor de la plancha fenomenal me gustó
Fantastic job❤
Bagus sekali dan tutornya pinter sekali sehingga lupa kalp yanh di beri arahan orang indonesiia banyak yang gak tau bahasanya syang tolong donh pakai bhs indonesia ma kasih
Drum is good and it’s not a fault of drum but You need to increase the size ( diameter ) of input line , keep it bigger size (diameter) then output line
The water outlet Is by lower than the inlet, so the system is not pumping It Is Just a siphon.
In a real pumping the outlet must be higher than the inlet
Exactly
Muy bien esplicado el video bien
You should have a pressure gauge to check how much is your required air pressure and it should be stable for continuous flow without crumpling your pressure tank.
Yes
That true but third world country hard to find that kind equipment....
@@maungmaung4037 ok thanks.
@@concerncitizen8988❤
မြန်မာဘာသာ
8:26
Kalo lokasi yang dialiri jauh lebih remdah ngapaain pakai macam macam segala tinggal slang di mpasang alirkan air pasti mengalir tak perlu ribet.
Молодец мужик, так скоро они гидроэлектростанцию сделают.
兄さん、いいアイデアですね！ 上向き300メートル（300M）、500メートル（500M）千メートル（1000メートル）上向きなど…！ そして最高なのは、水中で水力発電機を使えること！ 水力発電機！ 4 つの出力で 80 ボルトの電圧 (80 ボルト) 120 ボルト (120 ボルト)、220 ボルト (220 ボルト)、380 ボルト (380 ボルト) のコヒーレント アンペアを意のままに!
So amazing. Question: if you were to make a system to free energy gold dredge in a creek. What would it look like to create the suction yet pass materials to capture/exit end. Thanks so much keep it up.
Cool idea!
«Free energy»? Does not exist in real world.
Matur suwun mas
Broer, dit is 'n goeie idee! Dit sal moontlik wees om driehonderd meter (300 M) opwaarts, vyfhonderd meter (500M) duisend meter opwaarts (1000 meter) opwaarts te gooi, ens...! En die beste ding is om 'n hidrouliese elektriese kragopwekker in die water te kan gebruik! Die hidrouliese elektriese kragopwekker! met vier (4) uitsette tagtig volt spanning (80-Volt) honderd-twintig (120-Volt), tweehonderd-twintig volt (220-Volt) driehonderd tagtig volt (380-Volt) koherente ampère na willekeur!
Brother, that's a great idea! It will be possible to throw upwards three hundred meters (300 M) upwards, five hundred meters (500M) thousand meters upwards (1000 meters) upwards etc...! And the best thing is to be able to use a hydraulic electric generator in the water! The hydraulic electric power generator! with four (4) outputs eighty volts voltage (80-Volts ) one hundred twenty (120-Volts), two hundred twenty volts (220-Volts) three hundred eighty volts (380-Volts) coherent amperes at will!
Ha! Ha! U are sooo real my friend... go! Go! I like u very much!!