For anyone who needs help in understanding how the gasses flow...... Firebox flames from wood go UP the riser tube of the batch box, then the gases are directed down on top of the firebox (a box on top of a box.) The "box" over the firebox has a hole that allows the air to flow to the bench where the warm air then flows around the bench and then out to the house chimney. This is a very solid design that will work well, but for anyone doing this on their own, you don't need to be "so perfect" with all these little design elements. Most batch box rocket stove makers love the overkill on little things that don't mean much. You can do almost the same thing just stacking bricks without all the cuts. You will have a stove that is 90% of this one.
there likely is more videos but they don't belong to this guy. this guy copied this video from other hard working creators, that's what he does. most of his videos aren't even his, hes a content thief. check peter van den bergs channel if you want to see more.
Excellent work of the Masters! On the metal surface of the furnace it is possible to install a boiler with an open thermo syphon for heating water and transferring hot water to the warm floor
there probably is more videos on peter van den bergs channel, this Atanas guy here simply stole this video and posted it onto his own channel, all of this guys videos are stolen content from other hard working content creators.
vladimir georgiev the hole going out the back wall is the exit the air is cooled down threw the bricks and pushed out as the hot air rises in the burn chamber the bricks are like a battery for storing and slowly releasing the heat
Nice stove. However, is it not somewhat disingenuous to claim that Mr. Peter van den Berg invented this type of stove, unless of course he's from Eastern Europe and more than 150 years old?
@@tangokaleidos1926 My apologies ... . yes, my comment is a bit snide. However, it's quite honest as highly efficient mass stoves, incorporating well insulated and well controlled multi-stage combustion as well as efficient heat harvesting (highly decorative as well in wealthier homes) have been quite ubiquitous right across the higher latitudes of eastern Europe, Russia and into some parts of China since the mid 1800s, or even earlier. Oddly, Western domestic wood stove design has lagged a long way behind that of the East.
@@sixmagpies Thank you. I agree with what you replied. I do think there is something unique about this stove combining the rocket stove with a batch box and mass that can be given credit to Peter Van Den Berg.
@@tangokaleidos1926 Ask yourself ... "what fundamental elements must be combined in a combustion device to qualify it as a "rocket stove". With the advent of TH-cam over two decades ago, it seemed that every 'L' shaped device can now call itself a 'rocket stove', no matter how inefficient. And yet yet there seems to be little to no discussion of the necessary technical parameters whatsoever. So, as a starting point, and assuming a 98%+ efficient marine heat/inert gas generator qualifies, then I'd like to suggest that "-- an exactly and dynamically air controlled, multi-stage, reflectively insulated ( ie ceramics), accurately proportioned and actually pressure generating heat/inert gas generator --" rather over qualifies as a "rocket stove" in the same context. That said, northern Russian stoves of the 1800 and last century commonly include most of the above elements, including secondary combustion chambers, usually vertical, with controlled secondary air feeds and reasonably reflective insulation, and many produce pressure when warmed up. All are batch fed.
For anyone who needs help in understanding how the gasses flow...... Firebox flames from wood go UP the riser tube of the batch box, then the gases are directed down on top of the firebox (a box on top of a box.) The "box" over the firebox has a hole that allows the air to flow to the bench where the warm air then flows around the bench and then out to the house chimney. This is a very solid design that will work well, but for anyone doing this on their own, you don't need to be "so perfect" with all these little design elements. Most batch box rocket stove makers love the overkill on little things that don't mean much. You can do almost the same thing just stacking bricks without all the cuts. You will have a stove that is 90% of this one.
that's an extremely nice batch box rocket mass heater, very well-built, I wish there was a follow-up video to see that thing burn.
there likely is more videos but they don't belong to this guy. this guy copied this video from other hard working creators, that's what he does. most of his videos aren't even his, hes a content thief. check peter van den bergs channel if you want to see more.
what refractory mortar do you use ? how to make that. Thanks/.
Excellent work of the Masters! On the metal surface of the furnace it is possible to install a boiler with an open thermo syphon for heating water and transferring hot water to the warm floor
have you any idea how many kws are needed to heat water? even a small amount of a few gallons takes a lot of wood.
what size are the fire bricks please ? Do you have the internal dimensions of the burn chamber etc ? thanks
This thing is more precise built than a Honda engine
Not in this universe.
I'm pretty sure I heard an "Oonta gliben glouten globen" in there somewhere.
Nice, maar peter van de berg is niet de uitvinder van de mass rocket stove. Groetjes Mark
Tendrías algún plano para poder hacerla ?
Are you using cement?
Wow , looks great, is there another video of it running?
there probably is more videos on peter van den bergs channel, this Atanas guy here simply stole this video and posted it onto his own channel, all of this guys videos are stolen content from other hard working content creators.
What is the white material seen at 3:40 and what are the dark bricks seen at 4:26? Thanks and nice work!
Refractory gasket at 3:40, not sure what kind of brick is at 4:26 but probably stronger or just larger for bridging the batch box.
Thanks for your answer!
theses aren't even his videos, he's a content thief and he copies other people videos. pathetic.
Wow that’s a lot of weight to be putting in a kitchen floor.
you could put a LOT more weight than that small stove on a kitchen floor.
I found this utterly confusing and over complicated.
I did not understand where is the chemney ?
vladimir georgiev the hole going out the back wall is the exit the air is cooled down threw the bricks and pushed out as the hot air rises in the burn chamber the bricks are like a battery for storing and slowly releasing the heat
Creepy and disturbing.
Nice stove. However, is it not somewhat disingenuous to claim that Mr. Peter van den Berg invented this type of stove, unless of course he's from Eastern Europe and more than 150 years old?
Ridiculous comment.
@@tangokaleidos1926 My apologies ... . yes, my comment is a bit snide. However, it's quite honest as highly efficient mass stoves, incorporating well insulated and well controlled multi-stage combustion as well as efficient heat harvesting (highly decorative as well in wealthier homes) have been quite ubiquitous right across the higher latitudes of eastern Europe, Russia and into some parts of China since the mid 1800s, or even earlier.
Oddly, Western domestic wood stove design has lagged a long way behind that of the East.
@@sixmagpies Thank you. I agree with what you replied. I do think there is something unique about this stove combining the rocket stove with a batch box and mass that can be given credit to Peter Van Den Berg.
@@tangokaleidos1926 Ask yourself ... "what fundamental elements must be combined in a combustion device to qualify it as a "rocket stove".
With the advent of TH-cam over two decades ago, it seemed that every 'L' shaped device can now call itself a 'rocket stove', no matter how inefficient.
And yet yet there seems to be little to no discussion of the necessary technical parameters whatsoever.
So, as a starting point, and assuming a 98%+ efficient marine heat/inert gas generator qualifies, then I'd like to suggest that "-- an exactly and dynamically air controlled, multi-stage, reflectively insulated ( ie ceramics), accurately proportioned and actually pressure generating heat/inert gas generator --" rather over qualifies as a "rocket stove" in the same context.
That said, northern Russian stoves of the 1800 and last century commonly include most of the above elements, including secondary combustion chambers, usually vertical, with controlled secondary air feeds and reasonably reflective insulation, and many produce pressure when warmed up. All are batch fed.
@@tangokaleidos1926 nope