As the water goes in, it is stored in the enclosed and sealed area around the center pipe, and the little pipe opening inside the water storage area is not quite touching the top flat welded piece, and so when the fire is lit down below, the heat causes the water to heat up, making pressure from steam, thereby forcing the now pressurized air into the little pipe, which feeds air to, and through the fire, which causes said fire to get hotter, thus completely burning the oil. Note the amount of water in the "water chamber". It isn't filled, but enough to create steam from the heated water. Once the plug to the water chamber is opened, it loses any pressure it had, resulting in the fire looking like in the beginning when it was first lit. The forced air from steam acts as a fan to the flame, causing it to burn hotter.
the forced air is laden with water as it is steam, and the opposite to what you claim is happening. Oil only burns cleanly at an optimum temperature, not the hottest it can get to. The water, injected in small amounts will regulate the temperature of the burn and make the stochiometric value of the air to fuel (oil) ideal, making it burn cleaner. If you can get it set spot on the flame will turn from yellow to blue. When its burning yellow the mix ratio is too rich.
@@roberttill3787 You misunderstand this foreigner. The steam does not blow into the burning oil. It blows away from the flame and up into the exhaust pipe at a higher velocity. This leads to a suction effect pulling dry air into the air holes in the bottom and this fans the oil flame. The exhaust is a mixture of steam and hydrocarbons that can be used to pipe heat to other locations. It's great for heating a well ventilated shop but you don't want this heating your home due to carbon monoxide leakage from the exhaust pipe.
@@vonsnt1234 According to Brutus Maximus the steam and water goes into the exhaust pipe. if thats true the water and steam dont go anywhere near the burning oil.
@@vonsnt1234 I am not sure if they are use the steam too bring fast moving air to add to the fuel flame ; but ido know this , if you have water vaporized and inject into a hot flame ,. the oxygen and hydrogen will separate and the flame source will burn with a greater intensity => in days gone past , one could buy a set up that would inject water vapor below the carburetor that atomized water going into the combustion chamber of gasoline engines that would give you a little bit more efficient gas mileage ,. I am not sure wants happening here , I believe with a little thicker pipe for the steam pressure chamber and 4 × .023" sized steam injector holes you should be burning hydrogen and oxygen by then / this would need to be test run at a distance because it might let you know if you need welding improvement or thicker materials . As we say here ; I will try it twice unless it kills Me ! For you haters and everything safety people out there , I learned this expression from my predecessors when we where setting safeties , example checking boiler system , setting safeties you need people to run Her to maximum limits. Start ups of a new system .
Nice the water boil then create a steam pressure. Steam pressure create jet propulsion in between tail stock of the fire chamber and create vacuum from combustion chamber wherein the openning from combustion chamber create suction effect from the environment to get enough air and with existing enough heat and fuel the fire triangle create good fire. Wow. You need to put a relief valve or a pressure controller from water boiler to control the amount of heat created from tail stock.
Using a steam boiler to make a venturi effect? Is that correct? The rushing steam brings air, that replaces the fan on the oil burner. Does it take long to bring the water up to temp? Can you fill it while its running? How long does the water last before it needs refilled?
I think you and I are on the same page, I love these videos that show more about how they weld, cut and grind instead of what the hell they doing and why. Fancy tap on stuff with a square and it falls into two pieces, WHO CARES! How about do a drawing, a cut away showing how it all fits together and works! There is an endless supply of "WAYS" to fabricate stuff, what is missing IMO is the actual technical of what the heck they are building the how it works part. I think I get the idea as stated in other comments, steam assisted venturi to pull in more air replacing the electric fan. What if you skipped all the H2o and simply added a VENTURI? Install a longer exhaust stack maybe with a with a narrow spot in it.
@@tomhubbard353 Even with a burner thats fan assisted the air introduced has to be regulated to get ideal fuel/Air mix. With fan assistance this is usually achieved by a adjustable flap in the air pipe between the blower and the burner, which can reduce or increase air supply as needed.
@@roberttill3787 guess maybe one could do a water drip... and then water drip could then also be metered with a needle valve... giving similar affect of metering air flow???
İt is good idea the commentes of other geys cant give the full explanation to the eficat of water drops that changed to water vaipor so i want to know if we can inject watervaipor directv to the E.pipe and will see the result so many injecters can inject water as astem hope u reply and give more explanation thx
Your idea of injecting water vapor directly into the E-pipe to observe the effects is an interesting concept. Injecting water vapor as steam into a system can have various applications, including for heating or humidifying purposes. However, the success of such a project would depend on the specific design, components, and intended use of the E-pipe and the feasibility of injecting water vapor safely and effectively. Before proceeding, it's crucial to consider safety measures, potential risks, and the compatibility of materials used in the E-pipe. Additionally, it would be helpful to consult with experts or conduct thorough research on steam injection systems to ensure that your project is both efficient and safe. Exploring innovative ideas can lead to exciting discoveries, so I encourage you to further investigate the feasibility of your concept and gather as much information as possible to make an informed decision. Good luck with your project, and thank you for sharing your idea!
Es posible en principio, pero en la práctica esto es muy peligroso, señor. Es muy difícil para nosotros controlar la cantidad de calor que se libera. Pero tu idea es genial, pensaré en una manera de hacerla realidad.
Estoy haciendo lo mismo en mi taller.Mejor decir he vuelto a hacer....Mas o menos.Hace tiempo(igual 10 años atras) hice en una chemenea,un sistema para calentar toda la casa,a base de una construccion metalica y una bomba para recircular el agua.La use mucho tiempo hasta que me canse y ahora pase o tro nivel.Me gustaria integrar toda mi experiencia en un calentador facil de montar en una casa rural.
Yo no pondria el tubo en otro tubo. Buscaria un tubo de diametro alrededor de 300 mm y dentro lo rodearia en circular con un tubo(diametro 10 mmm),entrando con el agua por la parte de abajo y saliendo por la parte de arriba,soldando conectores para conectar a un radiador y comprobar
Kaynakta kaçaklar var atık yağın içine su damlatıyor ve en altdaki yanma odasında patlamalar oluşuyor. Ayrıca buhar çıkış deliği biraz büyük oldu sanıyorum.
El agua no se si es para que genere hidrógeno y se queme, lo unico que no funciona es el sistema de quemar el aceite asi tipo olla, genera muchos residuos en muy poco tiempo.
I really don't see the practicality using steam instead of a blower. You would constantly need to attend the burner if you're using it as a heating source. A blower is much more practical.
What was the point of the 90 deg pipe inside? You welded the stove shut without showing if it was connected to anything. I think I figured it out…steam inlet?
You need to remember that despite rude people you inspire me,at the end of the day you have done something besides what the rude people say at the days end they have a phone,you also have a product,Rock on and thanks,
"Thanks for the concern! Safety is a top priority, and I appreciate your input. I assure you that I take safety precautions seriously. In this particular situation, I'm using the side of the cutoff wheel for [specific reason/purpose]. However, your point about the guard is valid, and I'll definitely consider incorporating additional safety measures in my future projects. Stay safe and feel free to share any more tips you might have! 👍
أنا آسف لسماع عن تجربتك السلبية مع هذا النظام. يبدو أنه هناك مشاكل في أداءه وخطورة في استبدال مروحة الهواء ببخار الماء. من الضروري دائمًا التأكد من سلامة وفعالية أي نظام أو جهاز يتم استخدامه. إذا كنت تواجه مشكلة في تزويد الماء أثناء العمل المستمر، يجب عليك التحقق من أن هناك إمداد كافٍ من الماء إلى الجهاز وأن أي مشكلة في التزويد تتم معالجتها بشكل مناسب. يُفضل دائمًا استشارة محترفين أو فنيين ذوي خبرة في هذا المجال لتقييم النظام وإصلاح أي مشاكل تواجهك. السلامة هي الأمر الأهم دائمًا عند التعامل مع أي نظام أو تجهيز.
Your dirt dobbing caused me to lose focus on the project at hand. Are you still alive? hopefully this thing hasn’t killed anyone! Did you weld copper to steel or brass
This looks very complicated and it burns very dirty. You can make a much simpler unit with a small blower on it and it burns super efficient and the exhaust is clear.
As the water goes in, it is stored in the enclosed and sealed area around the center pipe, and the little pipe opening inside the water storage area is not quite touching the top flat welded piece, and so when the fire is lit down below, the heat causes the water to heat up, making pressure from steam, thereby forcing the now pressurized air into the little pipe, which feeds air to, and through the fire, which causes said fire to get hotter, thus completely burning the oil.
Note the amount of water in the "water chamber". It isn't filled, but enough to create steam from the heated water.
Once the plug to the water chamber is opened, it loses any pressure it had, resulting in the fire looking like in the beginning when it was first lit.
The forced air from steam acts as a fan to the flame, causing it to burn hotter.
the forced air is laden with water as it is steam, and the opposite to what you claim is happening. Oil only burns cleanly at an optimum temperature, not the hottest it can get to. The water, injected in small amounts will regulate the temperature of the burn and make the stochiometric value of the air to fuel (oil) ideal, making it burn cleaner. If you can get it set spot on the flame will turn from yellow to blue. When its burning yellow the mix ratio is too rich.
@@roberttill3787 You misunderstand this foreigner. The steam does not blow into the burning oil. It blows away from the flame and up into the exhaust pipe at a higher velocity. This leads to a suction effect pulling dry air into the air holes in the bottom and this fans the oil flame. The exhaust is a mixture of steam and hydrocarbons that can be used to pipe heat to other locations. It's great for heating a well ventilated shop but you don't want this heating your home due to carbon monoxide leakage from the exhaust pipe.
So for short his combined hydrogen into the fire that the oil created making the fire stronger 🔥🔥 correct me if im wrong?
@@vonsnt1234 According to Brutus Maximus the steam and water goes into the exhaust pipe. if thats true the water and steam dont go anywhere near the burning oil.
@@vonsnt1234 I am not sure if they are use the steam too bring fast moving air to add to the fuel flame ; but ido know this , if you have water vaporized and inject into a hot flame ,. the oxygen and hydrogen will separate and the flame source will burn with a greater intensity => in days gone past , one could buy a set up that would inject water vapor below the carburetor that atomized water going into the combustion chamber of gasoline engines that would give you a little bit more efficient gas mileage ,. I am not sure wants happening here , I believe with a little thicker pipe for the steam pressure chamber and 4 × .023" sized steam injector holes you should be burning hydrogen and oxygen by then / this would need to be test run at a distance because it might let you know if you need welding improvement or thicker materials . As we say here ; I will try it twice unless it kills Me ! For you haters and everything safety people out there , I learned this expression from my predecessors when we where setting safeties , example checking boiler system , setting safeties you need people to run Her to maximum limits. Start ups of a new system .
Bạn chế Bình đốt dầu áp suất rất tuyệt vời
This is my new jam
dude your welding skills are sub-par at best
I want one of those for my living room!
it wouldnt be a living room for long with the carbon monoxide!
you'll kill yourself, the mission it's giving off isn't good.
Nice the water boil then create a steam pressure. Steam pressure create jet propulsion in between tail stock of the fire chamber and create vacuum from combustion chamber wherein the openning from combustion chamber create suction effect from the environment to get enough air and with existing enough heat and fuel the fire triangle create good fire. Wow. You need to put a relief valve or a pressure controller from water boiler to control the amount of heat created from tail stock.
You need a pressure control switch to keep the fire contained so it burns much slower saving you oil and fuel
Parabéns toPe mesmo
Any chance buy in Poland this Waste Oil burner???🤔
Mantab Cok 👍
Keep going 💪
Luar biasa 👍
Using a steam boiler to make a venturi effect? Is that correct? The rushing steam brings air, that replaces the fan on the oil burner.
Does it take long to bring the water up to temp?
Can you fill it while its running?
How long does the water last before it needs refilled?
I think you and I are on the same page, I love these videos that show more about how they weld, cut and grind instead of what the hell they doing and why. Fancy tap on stuff with a square and it falls into two pieces, WHO CARES! How about do a drawing, a cut away showing how it all fits together and works! There is an endless supply of "WAYS" to fabricate stuff, what is missing IMO is the actual technical of what the heck they are building the how it works part. I think I get the idea as stated in other comments, steam assisted venturi to pull in more air replacing the electric fan. What if you skipped all the H2o and simply added a VENTURI? Install a longer exhaust stack maybe with a with a narrow spot in it.
@@tomhubbard353 Even with a burner thats fan assisted the air introduced has to be regulated to get ideal fuel/Air mix. With fan assistance this is usually achieved by a adjustable flap in the air pipe between the blower and the burner, which can reduce or increase air supply as needed.
@@roberttill3787 guess maybe one could do a water drip... and then water drip could then also be metered with a needle valve... giving similar affect of metering air flow???
@@coachgeo sounds a good idea in theory.
@@roberttill3787 you don't need a flap to adjust the air, you just have to adjust the fan speed with a motor controller.
İt is good idea the commentes of other geys cant give the full explanation to the eficat of water drops that changed to water vaipor so i want to know if we can inject watervaipor directv to the E.pipe and will see the result so many injecters can inject water as astem hope u reply and give more explanation thx
Your idea of injecting water vapor directly into the E-pipe to observe the effects is an interesting concept. Injecting water vapor as steam into a system can have various applications, including for heating or humidifying purposes. However, the success of such a project would depend on the specific design, components, and intended use of the E-pipe and the feasibility of injecting water vapor safely and effectively.
Before proceeding, it's crucial to consider safety measures, potential risks, and the compatibility of materials used in the E-pipe. Additionally, it would be helpful to consult with experts or conduct thorough research on steam injection systems to ensure that your project is both efficient and safe.
Exploring innovative ideas can lead to exciting discoveries, so I encourage you to further investigate the feasibility of your concept and gather as much information as possible to make an informed decision. Good luck with your project, and thank you for sharing your idea!
Thank you very much u give us the first step on the main road of devkopment hope we stay on contact each ithers regs.
Sir what temprature can it go
Can i use it to melt metals like copper etc
Great job! Thank you for sharing! Is it exhaust black smoke?
😎👍🏻👍🏻👍🏻👍🏻👍🏻👏👏👏👏👏😎
What would it do if you put two or three steam feeds instead of one?
Nothing, as the steam is regulating the burn rate of the Oil/air mix and the burn temperature.
Que pasa si lo pones dentro de otro tubo más grande para usarlo como calefacción???.
Podrías por favor pasar planos?? Gracias.
Es posible en principio, pero en la práctica esto es muy peligroso, señor. Es muy difícil para nosotros controlar la cantidad de calor que se libera. Pero tu idea es genial, pensaré en una manera de hacerla realidad.
Estoy haciendo lo mismo en mi taller.Mejor decir he vuelto a hacer....Mas o menos.Hace tiempo(igual 10 años atras) hice en una chemenea,un sistema para calentar toda la casa,a base de una construccion metalica y una bomba para recircular el agua.La use mucho tiempo hasta que me canse y ahora pase o tro nivel.Me gustaria integrar toda mi experiencia en un calentador facil de montar en una casa rural.
Yo no pondria el tubo en otro tubo.
Buscaria un tubo de diametro alrededor de 300 mm y dentro lo rodearia en circular con un tubo(diametro 10 mmm),entrando con el agua por la parte de abajo y saliendo por la parte de arriba,soldando conectores para conectar a un radiador y comprobar
Can it be used to be used as brick furnace
Kaynakta kaçaklar var atık yağın içine su damlatıyor ve en altdaki yanma odasında patlamalar oluşuyor. Ayrıca buhar çıkış deliği biraz büyük oldu sanıyorum.
El agua no se si es para que genere hidrógeno y se queme, lo unico que no funciona es el sistema de quemar el aceite asi tipo olla, genera muchos residuos en muy poco tiempo.
I really don't see the practicality using steam instead of a blower. You would constantly need to attend the burner if you're using it as a heating source. A blower is much more practical.
Berapa Tekanan uap yang dapat di hasilkan ?
You need to practice your welding..... lots...
He was Mr.what did you do today?I'm curious,did you get the vax
What's the red water container for ?
water
What was the point of the 90 deg pipe inside? You welded the stove shut without showing if it was connected to anything.
I think I figured it out…steam inlet?
Did dude just weld brass to steel and brass to aluminum???
Why didn't blue flame ?
your tank can explode because the steam has too much pressure inside
Это полная бровь
You need to remember that despite rude people you inspire me,at the end of the day you have done something besides what the rude people say at the days end they have a phone,you also have a product,Rock on and thanks,
No explanation about how it is functionning.
It is based on the Venturi principle to generate heat and pressure sir
@@lmtn Thanks a lot! 😁
where is the water going i did not see a storage for it
friend but what is the reaction that happens? a diagram is needed.
lower the sleeve from the gun closer so that it welds better, your gun is too high from the material
Not good mate smoke is the killer carbon monoxide.
My idea here is to apply the venturi principle, sir. Thank you for reminding me how dangerous it is. I will make mistakes in the next videos
Good job for usefull in Europe now dude
Look at all the soot…I would not use this in doors
Grinding using the side of a cutoff wheel on an angle grinder with no guard is begging for it to shatter in your face.
"Thanks for the concern! Safety is a top priority, and I appreciate your input. I assure you that I take safety precautions seriously. In this particular situation, I'm using the side of the cutoff wheel for [specific reason/purpose]. However, your point about the guard is valid, and I'll definitely consider incorporating additional safety measures in my future projects. Stay safe and feel free to share any more tips you might have! 👍
kesinlikle usta değilsin. tecrüben az ve kullandigin müziklerde berbat. ama yaptığın isleri begendim
Dangerous Stuf
نظام فاشل وخطر يستبدل مروحة الهواء الامنه ببخار الماء الخطر ....وهناك مشكله في تزويد الماء عند العمل المستمر
أنا آسف لسماع عن تجربتك السلبية مع هذا النظام. يبدو أنه هناك مشاكل في أداءه وخطورة في استبدال مروحة الهواء ببخار الماء. من الضروري دائمًا التأكد من سلامة وفعالية أي نظام أو جهاز يتم استخدامه.
إذا كنت تواجه مشكلة في تزويد الماء أثناء العمل المستمر، يجب عليك التحقق من أن هناك إمداد كافٍ من الماء إلى الجهاز وأن أي مشكلة في التزويد تتم معالجتها بشكل مناسب.
يُفضل دائمًا استشارة محترفين أو فنيين ذوي خبرة في هذا المجال لتقييم النظام وإصلاح أي مشاكل تواجهك. السلامة هي الأمر الأهم دائمًا عند التعامل مع أي نظام أو تجهيز.
Your dirt dobbing caused me to lose focus on the project at hand. Are you still alive? hopefully this thing hasn’t killed anyone! Did you weld copper to steel or brass
it's great that my video attracts you so much, thank you very much.
bad design, poor execution, complete waste of time
Lame
This looks very complicated and it burns very dirty. You can make a much simpler unit with a small blower on it and it burns super efficient and the exhaust is clear.
😂😂😂😂😂😂😂😂😂😂😂😂😂 UA-cam 😂😂😂🤭😂😂😂👎