Great video pal! I was thinking about building yarrow type boiler for my project, 2-cylinder steam engine made from lawnmover engines. Great inspiration!
Thanks for sharing your design! What is the purpose of the metal hose going to the bottom pipe connected to the galvinized pipe? Do you have a safety valve in the design?
What pressure must the water be injected at and how do you ensure that the tubes are full? Also, how much water does your boiler consume per minute or per hour when producing steam? Thanks in advance!
I use a sight glass to ensure the tubes are full (forward of the cinder blocks in the vid). This boiler (retired now) uses a hydrostatic pump to replace the water. It can achieve any pressure needed to overcome the internal pressure of the boiler. My next boiler will use a "live steam injector". You could write a novel on how they work.....but they do. Thanks for watching! I think I just responded to your comment on the turbine...so double thanks.
First of all thanks for the video. Would you mind explaining what the purpose of the pipe on the ground at 0.30 min is and why is it connected with the the upper one.
interesting. apparently you don't use galvanized pipes on pressurized steam applications steam decays the zinc. You have no way of checking the water level in the set up currently.
Я хочу применить что-то похожее в качестве подогревателя воды в бассейне на даче. Конечно и труб надо будет побольше, сам бассейн не маленький. Но сама идея использовать дрова от старого забора мне действительно нравится. Так что спасибо автору!
## The process through which the dissolved gases are removed from water is called the “Deaeration Process”. The equipment, which is used in this method, is called “Deaerator“. # Why do we use deaerators?… The Deaerator (DA) tank uses steam to preheat boiler feedwater to a temp. at which dissolved O2 & CO2 will become separated from the feedwater before it is pumped to the boiler. The purpose is to protect the boiler and steam/condensate piping from corrosion that would be present when the water evaporates into steam. An additional benefit is that the number of chemicals used to treat the boiler water can be reduced. #water #watertreatment #saftey #boilers #explotion #hazard #plant #construction #construction techproces.com/deaeration-process/
удивительно познавательное видео! Оказывается если воду вскипятить, то она под давление станет вырываться в виде пара!!! Чувствуется размах мысли! ГЕНИАЛЬНО как для обезьяны)))))))))))))))))))))))))))))))))))
Hope You still read comment section... Are those pipes connected to each other? I mean, can water flow through the bottom and upper ones? What is the water level? Does it have to be up to the glass pipe? Thanks in advance! Chris
Sorry for the delay. I'm still in hurricane recovery. Everything is connected. The water level is has to be above the fire, so generally right up to the bottom of the top main tube. Research water tube boilers. There are many good diagrams.
@@gwseymour yes, I`m just thinking, if I apply pressure on the other side to supply water, water will go out strait on the other side where the steam comes out.
Is it continuous process or do we need to wait for water pipe to heat up ? If needed time to do so, How much time do we need to heat it up to get this much steam pressure ?
## The process through which the dissolved gases are removed from water is called the “Deaeration Process”. The equipment, which is used in this method, is called “Deaerator“. # Why do we use deaerators?… The Deaerator (DA) tank uses steam to preheat boiler feedwater to a temp. at which dissolved O2 & CO2 will become separated from the feedwater before it is pumped to the boiler. The purpose is to protect the boiler and steam/condensate piping from corrosion that would be present when the water evaporates into steam. An additional benefit is that the number of chemicals used to treat the boiler water can be reduced. #water #watertreatment #saftey #boilers #explotion #hazard #plant #construction #construction techproces.com/deaeration-process/
@@Rony098963 i used those pumps to pressurize buildings i had fit for fire sprinklers....whatever static street pressure was.....the building had to hold that pressure until the inspector passed it
Just curious, you are supplying water to it via a hydro-static test pump. Couldn't you gravity feed the water from sealed pressure tank? For example: You take a 20lb propane tank, fill it with water and weld a pipe to the bottom of the tank feeding to the low end of your water tubes. Then you have a sealed system with gravity fed water for the 4.7 gallons the 20lb tank holds. So you don't have to pump it every couple minutes. I assume 4.7 gallons would last some time.
@@psmalec2510That's really just making a bigger boiler with less heating surface. Pascale's law dictates that the pressure would be equal, even without the small line. Problem is that any gasses on top have to expand at a rate equal to the release at the valve. Example: The unit is at 60psi, and there is 10 cubic inches of gas in the top of your tank. You open the valve and the pressure drops to 30psi. The 10 cubic inches has to expand to 20 cubic inches. This will force water out the valve instead of steam. The propane tank "reservoir" is just an extension of the boiler. If your small line was big enough, the expanding gasses from the top of the tank would certainly travel thru and mix with the steam...condensing it prematurely. Thanks for watching, and thinking!
@@gwseymour if the design is changed as the P Smalec said and the pipe is made quite large ... then the steam valve is moved to the top of propane tank ... is this useful for making steam faster? or would mean nothing..say it have to wait until all the water in the tank is boiling?
Very nice boiler. I assume you welded the tubes together. Do you think it would be possible to silver solder or braze them instead if the holes were drilled carefully?
Thank you. I personally wouldn't trust either to hold under the heat. If you can braze, and you have oxy/acetylene it isn't much of a leap to gas weld....which I would trust.
@@gwseymour Understood, thanks. I have various gas torches but not oxy/acetylene. I do have an arc/tig welder though - just need to learn to use it! :-)
@@gwseymour Yes, I'm sure you are right regarding the welding - certainly for this type of boiler at least. Am aware of the regs issue, but thanks anyway. Gary.
Yes Sir. Schedule 40 pipe. The boiler in this vid was just a first test, though and changed a lot. Keep studying the early designs, failures, stress points etc. The most important part of any boiler is that the water level stays above the fire. In other words, you don't want fire touching any steel that doesn't have water behind it. The boiling water acts as a coolant to keep the steel from reaching temps where it begins to weaken.
@@tatethompson2648 Sure. Dirty water tends to "surge". Any bubble increases in size proportional to the drop in pressure (Pascale's Law), and the boiling temp increases / decreases with pressure changes. Feel free to e-mail me for more in depth at infoglenwoodrd@gmail.com
Y tiene un mecanismo de mangueras de color rojo y azul y esta con un aparato eso es para que el agua quede detenida y solo salga vapor quiero estoy para hacer un baño turco a vapor ....porfavor me ayuda a saber el funcionamiento. .saludos y felcitaciones intente esto con olla a presion pero el vapor era muy escaso...
The upper and lower drums are 4" pipe. The water tubes are 1.5" pipe. The lengths I'll have to measure...can't recall. The unit was modified since the vid, and has since been retired. It was just a test, and I'm going to build a new one when it cools off in Florida. If you make your own, do a lot of research. Thanks for watching.
Sir ji kya aap ye boiler ki banane ki vidhi bata sakte hai kya. Hume big boiler desi type banana h jiska pressure 4kg cm2 chahiye. Paddy boil karne ke liye. Sir aap se baat karni h kya aap help karte h kya. Aapki knowledge aur experience faltu me use nahi karenge.
It's all schedule 40 steel. The tubes are about 1/8, and the top and bottom tanks are 1/4. The beauty is that its mostly full of water, and produces steam on demand. Water can't be compressed, and therefore can't expand (blow up)...only steam can. I had a gasket failure and it went "puff" instead of "boom" and then sprayed water... because there is minimal compressed gasses inside. Kind of like a car radiator. Research water tube boilers and you'll see many designs. Take time with your boiler, please. You can't put your face back on after a steam explosion.
@@gwseymour I've been checking the tube boilers out. Very easy to use and will start to steam quickly. I was thinking a 100gal steel propane tank if I can find one of them. I believe thier all made of aluminum now
@@off-gridhillbillystyle3735 Yes sir. the water input is as you've pictured...two check valves and a plunger. I'll build my own next time, but the red unit you see is a hydrostatic tester that I got from amazon for like $70. Billy, you seem on the verge of making your own boiler. I'm trying to keep my comments short on this site, but please research the properties of steam, fire, steel, etc. Feel free to e-mail me at gwsecho42@yahoo.com for more detailed discussions of how to manage steam. Propane tanks are not designed for the rigors of fire/ steam/ expansion, contraction. You can do it cheaper and safer.
Great demonstration , what are its specifications PSI Steam temp Fuel consumption I have a requirement of one of the same high pressure boiler for sterilizing mushroom substrate , will it serve the purpose ? Please contact me with quotation
I corresponded with someone else about that purpose. I don't know a lot about sterilizing substrate, however having given it some thought, I'm not sure it would be suitable. The steam is fairly "cold" a few feet out of the nozzle. Having said that, the numbers vary depending on how much fire, water you use.
Well first don't follow this design. It has changed a lot since the vid. The externals are prefabbed welding bungs, and the primary water tubes were fitted and welded with 7018. the end caps have been completely changed and the steam dome removed. Thanks for watching!
## The process through which the dissolved gases are removed from water is called the “Deaeration Process”. The equipment, which is used in this method, is called “Deaerator“. # Why do we use deaerators?… The Deaerator (DA) tank uses steam to preheat boiler feedwater to a temp. at which dissolved O2 & CO2 will become separated from the feedwater before it is pumped to the boiler. The purpose is to protect the boiler and steam/condensate piping from corrosion that would be present when the water evaporates into steam. An additional benefit is that the number of chemicals used to treat the boiler water can be reduced. #water #watertreatment #saftey #boilers #explotion #hazard #plant #construction #construction techproces.com/deaeration-process/
Por lo que se ve tiene que inyectar el agua a presión para vencer la presión del sistema,de ahí esta el aparato rojo, que se usa para testar instalaciones de fontanería y otras aplicaciones. Es un buen uso del vapor de agua ya que la mejor forma de transferir calor es utilizando el calor latente en un fluido en estado de vapor
@@AntonioRomero-rq5zs para generar vapor a alta presión y temperatura, puedes mover un generador de corriente, puedes crear una calefacción muchísimo más eficiente que el fuego que la alimenta,en nueva York utilizan plantas gigantes de vapor para generar calefacción a edificios enteros, generar corriente eléctrica, ese vapor residual de generar electricidad vale para planchar, calentar alimentos, en cualquier proceso donde el calor esté presente. Si te creas un espejo curvo y pasas por mitad calculando la refracción de la luz que incida sobre el tubo, ya no necesitas el fuego porque el sol haría el trabajo y lo haría gratis
My Father, Mother, Cat, Dog, Cousin, Second Cousin, Sister, Brother, Mouse, Grandpa, Grandma died in a Boiler explosion... so sad... It’s a Wilbur Soot reference don’t worry nothing happened... it’s a sick joke-
Very sorry to hear that. That's why I'm trying to make one less prone to explode. This one is full of water, which can't explode....much like a car radiator.
looks u put water in tube side then close~ u make up air pressure until something level(looks the red box) and then start buring fire tube.... so tube inside water being vapor then u open out-put valve so steam come out...... right?
@@gwseymour For the pump, could you give the further detail. Is it hydraulic pump? Or maybe some link so i can search this kind of pump in my country. Thank you
@@RulieArifin It's a hydro-static test pump. There are many types available. Thanks for watching! Don't follow my design exactly. It has changed a lot, and was just a test. Do a lot of research before making a boiler. Here's a link... www.amazon.com/VEVOR-Hydrostatic-Hydraulic-Container-Irrigation/dp/B072MZFC5Q/ref=sr_1_4?dchild=1&keywords=Hydrostatic+Pump&qid=1625926014&sr=8-4
During this test, we were maintaining 30 - 45 psi. Here is a link of it running an engine at different pressures, 30 - 70 psi. czcams.com/video/zdwcPel4jA4/video.html
I've changed the design a bit since this vid, and air tested it to 175. I would not go that high with steam. That's just me personally. I believe the sight glass and gaskets would go first. The upper and lower drums are DOM tubing, and the water tubes are Schedule 40. Both have a bust pressure many times over over 175. It's not so much the psi, but making sure your water level is always above the fire level. Steel looses have it's strength at 700 F. It's the boiling water that keeps it "cool". I would research many designs if you want 175 reliably and safely.
No Sir. It would be subject to the same internal pressure / laws as the boiler. Any trapped gasses accumulated at the top would expand rapidly when steam is released, and force the water down into (and out of) the boiler....just like a residential well tank. Pascale's Law dictates that all pressures inside an enclosed vessel must remain equal. A cubic foot of gas at 60 psi becomes two cubic feet of gas at 30 psi. Thanks for watching!
@@gwseymour ok sir thanks the answer, I understand ... if the water supply is replaced with an electric water pump ... with the addition of a one-way valve..will it be able to supply the water continuously?
@@trikus8501 Yes, but the pump would have to produce far more psi than what is in the boiler. Much like filling a tire with an air compressor. A water pump that advertises "10 pints per minute at 125 psi" will barely produce if the boiler is at 80 psi. I think what you are really looking for is called a "live steam injector". I'll have one on my next boiler.
I don't really have plans, and a LOT has changed since the vid. E-mail me at infoglenwoodrd@gmail and I can explain more and give you the dimensions / materials, etc.
@@gwseymour if the hydro-tester is replaced by a water tank that placed higher... can the water entering itself utilize the potential energy so the system runs continuously?
@@trikus8501 I replied to the comment below (don't know why I'm just now seeing them). Please don't use propane tanks for steam. There are many types of boilers. Water tube boilers are for producing steam quickly and safely. Increasing the volume of water or steam won't gain anything in efficiency. It just takes longer to boil your water, and more stored steam volume becomes more dangerous. All boilers need to have water added constantly. It's the coolant that keeps the steel from deforming.
I am a Siddha Vr. My purpose is Distilled in medicinal plants, for making Siddha medicines through Steam distillation Please give me above the machine details. Or Costs
This was only a test design for high pressure steam, and not distilling. I think you would be better served with a regular distiller, made of food grade materials. Thanks fo watching!
@@gwseymour please do have a more detailed video...I see another pipe connected to the hose from steam outlet does that send some steam to the back end containing water...also the device at the back is a water pump??
@@engrcyrilinalu6204 The hose is connected to a sight glass to maintain water level. The device at the back is a water pump. This design was only a test. Changes were made after the vid, and it was eventually scrapped to make a larger one.
Interesting love your design, looks straight forward, Thinking of a way to adapt this for paddy rice per boiling using the steam...and purely using wood or charcoal as fire source...any hint will be appreciated..
Sorry, I thought I responded to this. I don't know much about paddy rice boiling. I can tell you that the visible steam (already condensing) is not that hot.
@@gwseymour thank you....any idea of what the temperature of the visible steam can be? Also, how can I sustain the temperature of the steam...so that I can use it
Steam temperature is generally sustained under pressure. Picture releasing pressure from an air compressor with the bleed valve. It becomes very cold, and sometimes forms ice. I've never measured the temp of the escaping steam, but I know you can pass your hand through it a few feet away from the nozzle.
@@gwseymour Thank! So I explained in Russian that the mater makes electricity from firewood. In the 1930-1950s, gas was made from wood in the USSR. And the internal combustion engine ran on coal, wood, and produced an electric current. Tractors and cars ran on gas from wood or coal. Your setup gives 13A * 14V = 180W. It's good!
Great video pal!
I was thinking about building yarrow type boiler for my project, 2-cylinder steam engine made from lawnmover engines.
Great inspiration!
Thanks! Do a lot of research, and have fun!
few more changes and you have a working spirit distiller
Ha! Not really food grade... thanks for watching
You need a turbine to make power a plant
czcams.com/video/BwsyxRz_eXs/video.html
Thanks for sharing your design! What is the purpose of the metal hose going to the bottom pipe connected to the galvinized pipe? Do you have a safety valve in the design?
That's a sight glass, and there's a 90psi relief valve.
Sir, thank you for the idea. We built this kind of boiler. Regards from Mexico.
Glad to hear it. Be safe!
czcams.com/video/CTjlzyQlf5A/video.html
What pressure must the water be injected at and how do you ensure that the tubes are full? Also, how much water does your boiler consume per minute or per hour when producing steam? Thanks in advance!
I use a sight glass to ensure the tubes are full (forward of the cinder blocks in the vid). This boiler (retired now) uses a hydrostatic pump to replace the water. It can achieve any pressure needed to overcome the internal pressure of the boiler. My next boiler will use a "live steam injector". You could write a novel on how they work.....but they do. Thanks for watching! I think I just responded to your comment on the turbine...so double thanks.
А мне нравится... пускай шипит. )))
Спасибо!
First of all thanks for the video. Would you mind explaining what the purpose of the pipe on the ground at 0.30 min is and why is it connected with the the upper one.
It's a return for condensed steam. Thanks for watching
I’m sure somebody has already asked it, but how long does this boiler take to raise steam? Any rough figures on its capacity?
Nice... Do you have a video of this on how did you built it?
interesting. apparently you don't use galvanized pipes on pressurized steam applications steam decays the zinc. You have no way of checking the water level in the set up currently.
Я хочу применить что-то похожее в качестве подогревателя воды в бассейне на даче. Конечно и труб надо будет побольше, сам бассейн не маленький. Но сама идея использовать дрова от старого забора мне действительно нравится. Так что спасибо автору!
Пожалуйста
thin plates,smallgap between them just like car radiator.very efficient.
Yes, this was a concept test.
Wonderful idea
The design has been around for a while, but thanks!
WOW,, amazing,, the question is.
can this tube boiler use for distilation proses ???
Thanks! I would use a stainless pressure cooker and copper coil for distilling.
@@gwseymour oh thanks
@@gwseymour ф0й66
good idea,it can be useful for beekeepers to treat the old beehive
Thanks!
@@gwseymour для чего эта поебень?
@@ЮрийНефёдов-ь6ш it's very good queshion! Это очень хороший вопрос!
Thanks for the idea
## The process through which the dissolved gases are removed from water is called the “Deaeration Process”. The equipment, which is used in this method, is called “Deaerator“.
# Why do we use deaerators?…
The Deaerator (DA) tank uses steam to preheat boiler feedwater to a temp. at which dissolved O2 & CO2 will become separated from the feedwater before it is pumped to the boiler. The purpose is to protect the boiler and steam/condensate piping from corrosion that would be present when the water evaporates into steam. An additional benefit is that the number of chemicals used to treat the boiler water can be reduced.
#water #watertreatment #saftey #boilers #explotion #hazard #plant #construction #construction
techproces.com/deaeration-process/
Great job bro
удивительно познавательное видео! Оказывается если воду вскипятить, то она под давление станет вырываться в виде пара!!! Чувствуется размах мысли! ГЕНИАЛЬНО как для обезьяны)))))))))))))))))))))))))))))))))))
czcams.com/video/BwsyxRz_eXs/video.html
Hope You still read comment section... Are those pipes connected to each other? I mean, can water flow through the bottom and upper ones? What is the water level? Does it have to be up to the glass pipe? Thanks in advance! Chris
Sorry for the delay. I'm still in hurricane recovery. Everything is connected. The water level is has to be above the fire, so generally right up to the bottom of the top main tube. Research water tube boilers. There are many good diagrams.
How do you supply water while boiling?
The red item on the left is a high pressure pump. Thanks for watching!
@@gwseymour Thank you! but how come water dont go strait out on the exhaust? I think I can use this to pasteurize my mushroom fruiting bags.
@@bossLARChannelcobraKing What do you mean by "exhaust"? Where the steam comes out? Just like a big tea kettle!
@@gwseymour yes, I`m just thinking, if I apply pressure on the other side to supply water, water will go out strait on the other side where the steam comes out.
@@bossLARChannelcobraKing The sight glass is used to keep the water level just below the upper horizontal tube.
Do you have add air or water pressure to the unit to make the steam or is that an entirely self contained unit?
You have to replenish the water supply as it depletes. Not sure if that's what you meant
Is it continuous process or do we need to wait for water pipe to heat up ?
If needed time to do so, How much time do we need to heat it up to get this much steam pressure ?
It depends on how big and hot the fire is. I usually have good steady pressure after 1/2 hour.
I like your design.
Thank you!
i see that pump youre using...were you a pipefitter?
## The process through which the dissolved gases are removed from water is called the “Deaeration Process”. The equipment, which is used in this method, is called “Deaerator“.
# Why do we use deaerators?…
The Deaerator (DA) tank uses steam to preheat boiler feedwater to a temp. at which dissolved O2 & CO2 will become separated from the feedwater before it is pumped to the boiler. The purpose is to protect the boiler and steam/condensate piping from corrosion that would be present when the water evaporates into steam. An additional benefit is that the number of chemicals used to treat the boiler water can be reduced.
#water #watertreatment #saftey #boilers #explotion #hazard #plant #construction #construction
techproces.com/deaeration-process/
I was a fabricator in many aspects. Thanks for watching.
@@Rony098963 i used those pumps to pressurize buildings i had fit for fire sprinklers....whatever static street pressure was.....the building had to hold that pressure until the inspector passed it
Just curious, you are supplying water to it via a hydro-static test pump. Couldn't you gravity feed the water from sealed pressure tank?
For example: You take a 20lb propane tank, fill it with water and weld a pipe to the bottom of the tank feeding to the low end of your water tubes. Then you have a sealed system with gravity fed water for the 4.7 gallons the 20lb tank holds. So you don't have to pump it every couple minutes. I assume 4.7 gallons would last some time.
Gravity would not overcome the pressure inside the boiler. Thanks for watching!
@@gwseymour What if the propane tank had a small line attached from the top of the boiler to the top of the propane tank to equalize the pressure?
@@psmalec2510That's really just making a bigger boiler with less heating surface. Pascale's law dictates that the pressure would be equal, even without the small line. Problem is that any gasses on top have to expand at a rate equal to the release at the valve. Example: The unit is at 60psi, and there is 10 cubic inches of gas in the top of your tank. You open the valve and the pressure drops to 30psi. The 10 cubic inches has to expand to 20 cubic inches. This will force water out the valve instead of steam. The propane tank "reservoir" is just an extension of the boiler. If your small line was big enough, the expanding gasses from the top of the tank would certainly travel thru and mix with the steam...condensing it prematurely. Thanks for watching, and thinking!
@@psmalec2510 My response to you was really what I meant to say to Mr. Clouds, but I was on my first cup of coffee.
@@gwseymour if the design is changed as the P Smalec said and the pipe is made quite large ... then the steam valve is moved to the top of propane tank ... is this useful for making steam faster? or would mean nothing..say it have to wait until all the water in the tank is boiling?
never connect a pressure gauge directly to a boiler. always use a pigtail as connecting link.
It was just a prototype
Very nice boiler.
I assume you welded the tubes together. Do you think it would be possible to silver solder or braze them instead if the holes were drilled carefully?
Thank you. I personally wouldn't trust either to hold under the heat. If you can braze, and you have oxy/acetylene it isn't much of a leap to gas weld....which I would trust.
@@gwseymour Understood, thanks. I have various gas torches but not oxy/acetylene. I do have an arc/tig welder though - just need to learn to use it! :-)
@@gary.solexa Welding is your best bet. Also, boiler building is highly regulated depending on your location, just FYI.
@@gwseymour Yes, I'm sure you are right regarding the welding - certainly for this type of boiler at least.
Am aware of the regs issue, but thanks anyway.
Gary.
Water tub boyler test super & best
Gwseymour, now hook that to a turbine to spin a generator. This way one can make free electricity during the winter in Alaska.
If you're watching the turbine vid link in the description, it's charging up a couple deep cycle batts. Working on a bigger one....
I spent my morning reading about Babcock and Wilcox. Is all of that made from steel?
Yes Sir. Schedule 40 pipe. The boiler in this vid was just a first test, though and changed a lot. Keep studying the early designs, failures, stress points etc. The most important part of any boiler is that the water level stays above the fire. In other words, you don't want fire touching any steel that doesn't have water behind it. The boiling water acts as a coolant to keep the steel from reaching temps where it begins to weaken.
@@gwseymour is an anti priming pipe necessary? Do you have any issues with bubbling or anything like that
@@tatethompson2648 Sure. Dirty water tends to "surge". Any bubble increases in size proportional to the drop in pressure (Pascale's Law), and the boiling temp increases / decreases with pressure changes. Feel free to e-mail me for more in depth at infoglenwoodrd@gmail.com
What is that hose at the bottom used for? It looks like a high pressure line.
Sight glass for water level. Kind of hard to see.
Hola buenas señor maravilloso el nivel de vapor...pero no entiendo para que esta conectada la maquina color rojo. Eso es aire a presion?
¡Gracias! Sirve para añadir agua dulce a presión.
Y tiene un mecanismo de mangueras de color rojo y azul y esta con un aparato eso es para que el agua quede detenida y solo salga vapor quiero estoy para hacer un baño turco a vapor ....porfavor me ayuda a saber el funcionamiento.
.saludos y felcitaciones intente esto con olla a presion pero el vapor era muy escaso...
@@mauricioabar6866 Ese es un visor para el nivel del agua.
0:34 blisters on camera
are you pumping water in the system as it steams ? how do you regulate the water level ?
Yes. The red item on the left is the pump, and there's a sight glass on the right.
Very nice use the sefty valve
muy buena idea. pero las sales minerales donde quedan? como le haces la mantención ? saludos. orlando de santiago de Chile.
Fue solo una prueba. Ya no está en uso. ¡Gracias por ver!
Can you share plans or parts on how to build this I really like the design.
I didn't make plans, but it's schedule 40 steel pipe. There are many designs on-line, and it takes some research to decide your needs.
Thanks for sharing your device! what is the size and length of the pipes?
The upper and lower drums are 4" pipe. The water tubes are 1.5" pipe. The lengths I'll have to measure...can't recall. The unit was modified since the vid, and has since been retired. It was just a test, and I'm going to build a new one when it cools off in Florida. If you make your own, do a lot of research. Thanks for watching.
@@gwseymour Thank you so much!
I wanted this technology
Please share it.
What's the cost of in this machine,
Will it make more energy than it takes to pump the water
I'm sure...but ultimately any boiler is best fed with a live steam injector.
Where does it go if you shut off that valve?
The pressure builds, and then a relief valve is activated.
Do you think it's safe to use a pressure cooker?
NOOOO! All of this is just fun. The fun goes away if you are in the hospital with no face.
What is that red thing that has hose is that water tank?
A high pressure pump to add fresh water.
I love your project can I have a model of your design
Can you see how water tube (turbin) the works ? Simulation maybe
I'm not sure what you are asking.
tankless water heater for tent. van.. motor home .. off grid
next hook up to rocket stove ..
a. higher efficiency
b. contained burn
Thanks for watching. It's really for the engines.
czcams.com/video/BwsyxRz_eXs/video.html
Sir ji kya aap ye boiler ki banane ki vidhi bata sakte hai kya. Hume big boiler desi type banana h jiska pressure 4kg cm2 chahiye. Paddy boil karne ke liye. Sir aap se baat karni h kya aap help karte h kya. Aapki knowledge aur experience faltu me use nahi karenge.
Good job
Thank you!
Чайник
What function of red machine on a back?? Pleass
👍
Hey buddy. Thanks for this link.
This is a good idea. How thick is your metal?
It's all schedule 40 steel. The tubes are about 1/8, and the top and bottom tanks are 1/4. The beauty is that its mostly full of water, and produces steam on demand. Water can't be compressed, and therefore can't expand (blow up)...only steam can. I had a gasket failure and it went "puff" instead of "boom" and then sprayed water... because there is minimal compressed gasses inside. Kind of like a car radiator. Research water tube boilers and you'll see many designs. Take time with your boiler, please. You can't put your face back on after a steam explosion.
Here's the boiler in action czcams.com/video/zdwcPel4jA4/video.html
@@gwseymour I've been checking the tube boilers out. Very easy to use and will start to steam quickly.
I was thinking a 100gal steel propane tank if I can find one of them. I believe thier all made of aluminum now
Is there a one way valve at your water input? Or is it a straight connection?
And how long did it run. What was that 50lb?
@@off-gridhillbillystyle3735 Yes sir. the water input is as you've pictured...two check valves and a plunger. I'll build my own next time, but the red unit you see is a hydrostatic tester that I got from amazon for like $70. Billy, you seem on the verge of making your own boiler. I'm trying to keep my comments short on this site, but please research the properties of steam, fire, steel, etc. Feel free to e-mail me at gwsecho42@yahoo.com for more detailed discussions of how to manage steam. Propane tanks are not designed for the rigors of fire/ steam/ expansion, contraction. You can do it cheaper and safer.
Great demonstration , what are its specifications
PSI
Steam temp
Fuel consumption
I have a requirement of one of the same high pressure boiler for sterilizing mushroom substrate , will it serve the purpose ?
Please contact me with quotation
I corresponded with someone else about that purpose. I don't know a lot about sterilizing substrate, however having given it some thought, I'm not sure it would be suitable. The steam is fairly "cold" a few feet out of the nozzle. Having said that, the numbers vary depending on how much fire, water you use.
Use the idea . Do some material manipulation elevate the pressure . Work on the scale For your propose
@@gwseymour not answered, what asked!
@@RehmatAliWriter Perhaps you didn't read his whole question. He wanted the numbers for sterilizing substrate.
@@gwseymour Temperature of steam?
Stub in tubes and fillet weld?
Well first don't follow this design. It has changed a lot since the vid. The externals are prefabbed welding bungs, and the primary water tubes were fitted and welded with 7018. the end caps have been completely changed and the steam dome removed. Thanks for watching!
Are you making up with soft water? Don't scale her up!
Capasity water??
Podrías hacer un diagrama del equipo desde su alimentación se es directa o presurizada por favor me gustaría implementarlo en zona rural
Subiré videos de instrucciones muy pronto, ¡Gracias!
## The process through which the dissolved gases are removed from water is called the “Deaeration Process”. The equipment, which is used in this method, is called “Deaerator“.
# Why do we use deaerators?…
The Deaerator (DA) tank uses steam to preheat boiler feedwater to a temp. at which dissolved O2 & CO2 will become separated from the feedwater before it is pumped to the boiler. The purpose is to protect the boiler and steam/condensate piping from corrosion that would be present when the water evaporates into steam. An additional benefit is that the number of chemicals used to treat the boiler water can be reduced.
#water #watertreatment #saftey #boilers #explotion #hazard #plant #construction #construction
techproces.com/deaeration-process/
Por lo que se ve tiene que inyectar el agua a presión para vencer la presión del sistema,de ahí esta el aparato rojo, que se usa para testar instalaciones de fontanería y otras aplicaciones. Es un buen uso del vapor de agua ya que la mejor forma de transferir calor es utilizando el calor latente en un fluido en estado de vapor
@@eduardomoron9590 y para qué sirve esto?
@@AntonioRomero-rq5zs para generar vapor a alta presión y temperatura, puedes mover un generador de corriente, puedes crear una calefacción muchísimo más eficiente que el fuego que la alimenta,en nueva York utilizan plantas gigantes de vapor para generar calefacción a edificios enteros, generar corriente eléctrica, ese vapor residual de generar electricidad vale para planchar, calentar alimentos, en cualquier proceso donde el calor esté presente. Si te creas un espejo curvo y pasas por mitad calculando la refracción de la luz que incida sobre el tubo, ya no necesitas el fuego porque el sol haría el trabajo y lo haría gratis
Meaking a mini boiler please sir
My Father, Mother, Cat, Dog, Cousin, Second Cousin, Sister, Brother, Mouse, Grandpa, Grandma died in a Boiler explosion... so sad...
It’s a Wilbur Soot reference don’t worry nothing happened... it’s a sick joke-
Very sorry to hear that. That's why I'm trying to make one less prone to explode. This one is full of water, which can't explode....much like a car radiator.
how to make a continous steam for a long time?is there any system that can feed the water continous?
The red pump in the background feeds water as needed.
yea but they cost 3 grand
What is this thing for?
czcams.com/video/BwsyxRz_eXs/video.html
is there water in it
Yes
how long can this hydraulic tester stay in operation?
Just keep pouring in water....as far as longevity? I've been using it for a couple years so far.
looks u put water in tube side then close~ u make up air pressure until something level(looks the red box) and then start buring fire tube....
so tube inside water being vapor then u open out-put valve so steam come out...... right?
Pressure is created by the fire. Fresh water is added using the pump (red). Thanks for watching.
@@gwseymour For the pump, could you give the further detail. Is it hydraulic pump? Or maybe some link so i can search this kind of pump in my country. Thank you
@@RulieArifin It's a hydro-static test pump. There are many types available. Thanks for watching! Don't follow my design exactly. It has changed a lot, and was just a test. Do a lot of research before making a boiler. Here's a link...
www.amazon.com/VEVOR-Hydrostatic-Hydraulic-Container-Irrigation/dp/B072MZFC5Q/ref=sr_1_4?dchild=1&keywords=Hydrostatic+Pump&qid=1625926014&sr=8-4
Napravi si sam ot 12- na -220 v
Добре дошли в буферната памет на Gboard. Текстът, който копирате, ще се запази тук.
I like. nice and simple.
Thanks!
can you give further explanations about this device please!
What would you like to know?
@@gwseymour what to do with it?
What pressure was the boiler producing?
During this test, we were maintaining 30 - 45 psi. Here is a link of it running an engine at different pressures, 30 - 70 psi. czcams.com/video/zdwcPel4jA4/video.html
Its a beautiful idea but needs little explanation
Some videos have target audiences. You don't need an explanation.
how much pressure can be achieve?
I've had it up to 100 psi.
where do you feed the fresh water?
The red pump to the left.
Nice thanks
Welcome
👌👌👌👌👌
tq
Would it be possible for it to reach 170 PSI before something bad happens?
I've changed the design a bit since this vid, and air tested it to 175. I would not go that high with steam. That's just me personally. I believe the sight glass and gaskets would go first. The upper and lower drums are DOM tubing, and the water tubes are Schedule 40. Both have a bust pressure many times over over 175. It's not so much the psi, but making sure your water level is always above the fire level. Steel looses have it's strength at 700 F. It's the boiling water that keeps it "cool". I would research many designs if you want 175 reliably and safely.
My goodness, are you trying to launch a space craft?
Agradecido por el vídeo . Podría hacer un dibujo esquemático de su proyecto . Gracias
Can you show us how you make this system...so thanks
I'm sorry, I didn't make plans. Also, this was just a test, and there have been a lot of changes since the video.
how the smoke come out?
I don't understand the question.
if the hydro-tester is replaced with a water tank ... can the system run continuously?
No Sir. It would be subject to the same internal pressure / laws as the boiler. Any trapped gasses accumulated at the top would expand rapidly when steam is released, and force the water down into (and out of) the boiler....just like a residential well tank. Pascale's Law dictates that all pressures inside an enclosed vessel must remain equal. A cubic foot of gas at 60 psi becomes two cubic feet of gas at 30 psi. Thanks for watching!
@@gwseymour ok sir thanks the answer, I understand ... if the water supply is replaced with an electric water pump ... with the addition of a one-way valve..will it be able to supply the water continuously?
@@trikus8501 Yes, but the pump would have to produce far more psi than what is in the boiler. Much like filling a tire with an air compressor. A water pump that advertises "10 pints per minute at 125 psi" will barely produce if the boiler is at 80 psi. I think what you are really looking for is called a "live steam injector". I'll have one on my next boiler.
@@gwseymour oh I see .. can't wait to see your next boiler..I will subscribe to your channel to follow its development ..
@@trikus8501 Thanks! As soon as it cools down in Florida, we'll resume....also have a new turbine to demo.
Can you please share its construction video?
I did not make a video, and it was changed a lot since this video. Thanks for watching.
Nice
Thanks!
I'd like to build a boiler like this. Would it be possible for you to sell your plan?
I don't really have plans, and a LOT has changed since the vid. E-mail me at infoglenwoodrd@gmail and I can explain more and give you the dimensions / materials, etc.
@@gwseymour hi, may I send you an email regarding this machine specification?
Factorio irl
What pressure did you hydro-test it to?
The hydro-tester is for injecting fresh water. The unit was tested with air @175 psi.
@@gwseymour if the hydro-tester is replaced by a water tank that placed higher... can the water entering itself utilize the potential energy so the system runs continuously?
@@trikus8501 I replied to the comment below (don't know why I'm just now seeing them). Please don't use propane tanks for steam. There are many types of boilers. Water tube boilers are for producing steam quickly and safely. Increasing the volume of water or steam won't gain anything in efficiency. It just takes longer to boil your water, and more stored steam volume becomes more dangerous. All boilers need to have water added constantly. It's the coolant that keeps the steel from deforming.
30 psi .. awesome
Thanks for watching!
Max 30psi?
It's been revised since the vid. I run it up to 120. Thanks for watching!
You're welcome
What about a coil design?
Indeed, there are some fantastic copper coil designs out there.
You need a fruit fermentation liquid
I am a Siddha Vr.
My purpose is Distilled in medicinal plants, for making Siddha medicines through Steam distillation
Please give me above the machine details.
Or Costs
This was only a test design for high pressure steam, and not distilling. I think you would be better served with a regular distiller, made of food grade materials. Thanks fo watching!
Red box, what is that?
For adding water under pressure
Кто подскажет для чего это?
ЕСЛИ УЗНАЕШЬ! НАПИШИ!!
czcams.com/video/BwsyxRz_eXs/video.html
лучше бы самогонный аппарат сделали )
Он походу русский не понимае
Парни . Так он паровозы строит!!!! Судя по другим видео.
Hi, give us a schematic diagram of this boiler. I want to put up one for conditioning a tobacco grading shed. Cheers
Well, a lot of changes were made since this initial test. I really don't have a schematic. What do you mean by conditioning a tobacco shed?
@@gwseymour please do have a more detailed video...I see another pipe connected to the hose from steam outlet does that send some steam to the back end containing water...also the device at the back is a water pump??
@@engrcyrilinalu6204 The hose is connected to a sight glass to maintain water level. The device at the back is a water pump. This design was only a test. Changes were made after the vid, and it was eventually scrapped to make a larger one.
@@gwseymour is possible to share the video of the bigger model with me? Thanks
@@engrcyrilinalu6204 Still in fabrication. Waiting for the weather to cool down. I'll post a vid when its done.
How much steam flow..?
That varies relative to the amount of fire. I really don't have an exact answer.
Interesting love your design, looks straight forward, Thinking of a way to adapt this for paddy rice per boiling using the steam...and purely using wood or charcoal as fire source...any hint will be appreciated..
Sorry, I thought I responded to this. I don't know much about paddy rice boiling. I can tell you that the visible steam (already condensing) is not that hot.
@@gwseymour thank you....any idea of what the temperature of the visible steam can be?
Also, how can I sustain the temperature of the steam...so that I can use it
Steam temperature is generally sustained under pressure. Picture releasing pressure from an air compressor with the bleed valve. It becomes very cold, and sometimes forms ice. I've never measured the temp of the escaping steam, but I know you can pass your hand through it a few feet away from the nozzle.
и нафиг эта хренЬ?
паровой двигатель, и электричество вырабатывать. Чубайсизация всей страны!
Может походный самогонный аппарат,ну руки от вируса протирать чем то нада
czcams.com/video/BwsyxRz_eXs/video.html
@@gwseymour Thank! So I explained in Russian that the mater makes electricity from firewood. In the 1930-1950s, gas was made from wood in the USSR. And the internal combustion engine ran on coal, wood, and produced an electric current. Tractors and cars ran on gas from wood or coal. Your setup gives 13A * 14V = 180W. It's good!
@@alexwe229 Thank You!!
How does it work and how you made it .
Can you teach how to made it
I'm working on a step by step, detailed video....almost done.
I'm making a better one soon. I'll try and make a quick vid. Thanks for watching.
@@gwseymour it so wow and like I like it so much and I want to know temperature off steam in this version.
@@gwseymour you I want to follow you in facebook . How I can follow you.
@@gwseymour
Good desing
I'll be watching for the new one
ничего не понял но было интересно
czcams.com/video/BwsyxRz_eXs/video.html
Европейские инженеры изучают действие парового котла на практике.
Да. Спасибо за просмотр