วีดีโอ

what you think how much time it will take to now homes to be built just like you described? Like most of them ?

yes its like that. I am extremely pro of 1 level housing when it can be done. Except the elderly it has other benefits as well. The force of the wind must be calculated like M=F*L . Momentum equals force * the length. Plus the higher you go the wind gets stronger so keeping the house lower the wind therefore the forces on the house are lower. You can build way cheaper. Sure that's not the best in the city but in the outside for sure. And nowadays with the robo vacuum cleaners ...(obviously the most stupid example) persons even if young they will heavily consider to start to build in a way that all its leveled. Same level.

Absolutely totally agree here ...and protects from UV rays as well. Planting a hedge is an idea as well near he house. Protects from rain, sun and wind.

in case you mow it like really low 1 inch or similar after a few weeks the clover start to grow smaller...the leaf's are smaller its mor dense and no flowers....its feels way better barefoot than grass ... and zero bees. You need to let them grow like 1-2 months to have flowers. On the video its like that.

@@MaverickMansions Yeah. But unless you mow it very often, (wich is not my goal..) you WILL have flowers and bees

thank you

sorry for the mistake I made in the workflow..

thank you sir

thank you

thankyou

thank you

thank you

sure

sure

actually its a great question...lets give a fun answer here and than the real one. Lets say you have a wife that likes girls night out and loves camping with male "friends". So hahahah. Here your are sure the co2 is not in the pile and that it gets the oxygen needed. :)) .... no questions .... But aside the fun after it starts to work it needs hundreds and hundreds of square cubes of air to just eliinate the co2 and oxygen so nothing scientific here but it has absolutely no chance to eliminate that much of oxygen. Sorry made the vide quite a while but it needs like enormous volume of air to be moved even if you have just 4-5-6 haybales as a quantity in the inside. With a static pile that big if its aerated properly would need probably like an an aircraft engine to work at it's max especially with freshly cut grass. Not exaggerating here. Here ... in that case a huge rolling drum would be the most energy efficient and cheapest version to build however it makes no sense because your not working with all the material at once just small quantities. The efficiency its better by the dozens so you need a way smaller chamber or quantity. And you need less material because it's way more energy efficient. Most material will transform back to co2 and heat and water.

thank updated the website there are thousands of images categorized...check them out and let me know ? one you like the most...thanks for the comment ...www.maverickmansions.com

yeah your right in the tropics things wont work this way and that's what i like the most ...literally every place is different even the neighbors house 20m away its absolutely totally different than ours because of the microclimate. Downtown London is not Delhi. And the idea is to see what's the problem and use it as the biggest advantage. Many try to fight the problem however its a huge advantage. Trust me here in Europe is the worst .... you having it all. Dry heat moist heat sun no sun cold worm. Like a disaster. Like a woman with 10000 moods. Hot and moist hahaha it's easy. Many times as stupid as it sounds but in hot and sunny climates the most easy method is an air conditioning. You get the free solar power already ...the more sun the more cooling. And yes its a stupid example maybe the most stupid example here but yes. Here with the war and gas, electricity prices going up like crazy a 30C soil and a rain here and there would be a bless to everybody's pocket. Many of us in Europe would like to have your problem with the constant 28C temperatures and rain. It seems we dont even have enough of rain lately. So yes. Hahaha I didn't give a solution here hahaha. Just complaining :))) But seriously if you sends some pictures and videos I might try to help to cool it down. Let me know. ;)

sorry don't quite get it can you please explain more?

ah I didn't know.....I was in a rush making it ... at university we worked with T shaped rulers like that so it was first choice. Sur its not 1/100mm precision aligning holes ... but for my woodworking projects and clamping things down was way more than flawless. That's why i went like fast and low budget on that part with the alignments

The fireball jig is for 3/4" holes.

sorry if i was confusing .... i explained the same thing basically over and over again. You put your house in shade. If the sun is not reaching your insulation won't heat up or cool down. That implies a secondary facade who's single purpose is nothing else just o put the real facade in shade from the sun and winds and rain. It's that simple. In winter you close it and in summer you open it in the upper part so the heat trapped between the 2 facades escapes.

sorry for that ... it was hard to explain in English ... wasn't comfortable in front of the camera. Among first videos.

yes I made that as well.. this table that you see here is mostly for my woodworking ...after I took them apart and i welded rectangle with a plus shape in the middle to keep it perfectly flat but I didn't film it. that part took at mostly 1.5hours with painting ... it was 4x4 cm metal bars (maybe 1.6x 1.6 inch ) ..... 0.08 thick that's 2mm. The good part for me that taking them apart makes it quite easy to move it within the workshop if its the case. Its like 120-130kg ...280 pond just the sheet. With 2 sheets its quite easy to move it. With my dad we could handle it easily. And the metal bars below it not sure here but that's like 1-2 buckets of water. Its not heavy at all.

hahaha this made my day ... I sent your comment to my friends .... laughing so hard haha ... i fight the matrix within this one hahah :)))))

hahaha thanks :)))

From ferrocrete: Place a nylon sheet on a flat surface. Pour a 1 cm layer of concrete over it. We have pre-prepared mixes here; you just need to add water. The advantage of using this mix is that you know exactly the class of the concrete, which is very strong and doesn't contain unnecessary rocks for this thickness. After the 1 cm layer, position 1-2 layers of chicken wire or rectangular glass mesh, similar to what is used on polystyrene. Just be aware that it needs to be alkaline-resistant because concrete is very alkaline. Then, add another layer of concrete, 1 or 1.5 cm thick, from the bag. The good part here is that it's 2-3 cm thick and perfectly flat on the floor, reducing labor costs. Wait 2 days, and you have prefabricated elements that can be used as facades. They are extremely flat on both sides.

​@@MaverickMansions Yes i could build such ferrocrete sheets to cover all wall areas. Could those be hanged from a concrete roof that sticks out from the wall? i guess its possible to put in some metal hooks when making them. How far from the wall would you suggest i hang them if i can chose 10, 15 or 20cm? would it be good to leave the same size of gap between the ferrocrete sheets and the roof, so the hot air can leave through there?

I would have sad : "me" like a year ago :))) .... bot now I switched to build furniture. Unfortunately didn't had the resources to start to build houses like this as a start. So : furniture's first.. I think any architect might help you that makes "similar" projects.

Put a canvas in front of it... I've seen some where they take a textile, embed it in cement, and let it dry. Even if it lasts only a season, the sun won't touch your house... and leave a 10 cm gap at the bottom and 10 cm at the top. This way, the hot air will escape from the top, and cooler ambient temperature air will be drawn up from the ground. If possible, plant some bushes that are 1m tall and as wide as possible to provide shade. If you have a well, watering the earth will further cool down the air. Evaporation itself cools the air. So, when wet air evaporates, the bush and the surrounding air will be cooled down. In the Philippines, you should have plenty of water to do this. Try it; it will cost you a few blankets and half a bag of cement, mostly... Leave a 10-15 cm gap between the blanket and the house. Let the blankets dry first on the ground so they become flat. Planting on the wall is not the best as it stops air movement. Any cheap material will do, by the way. Make a trial without cement, just using some canvas for a day. You'll see a 40°C temperature difference on the spot." Especially night time. When the wall didn't accumulate the warm.

@@MaverickMansions I moved to Thailand and i have have been thinking of this double wall ide for many years and its interesting to see a video about it. There should be some ventilations in and out of the house walls and roof as well right? Would it be enough and right to put some ventilation grilles near the floor for cool air to enter in from the air flow in between the walls, the air that comes up from under the house? and put some ventilation grilles high up on the walls or in the roof for hot air to go out? do i need any fan function or just use opening and the flow will take care of everything it self? Another question is, does it matter much if the outer facade is make of concrete and are a bit thicker like a normal thin concrete wall, will it lose the heat advantage we look for? I was thinking of building a concrete box house with glass front. I was also actually thinking on putting it up on poles lie you show, more for rain water problems and to be able to put a car under, and also possibility to extend the hose if needed, but its a great idea for also using cooler air under, i will plant a lot so it goes in line with that idea. Since it will be a flat roof if i build this box style, do you think its functional to use the same air pocket of 4inces=10cm there as well, double roof= having ventilation grilles high up on the top of the outer facade for the hot air to come out? Thank you for an interesting video, hop to collaborate with you

thanks for the kindness. If you mean the "food" for the bacteria. So it's quite funny the "energy" within the carbon based ...so basically all things are almost the same. The difference is the surface material. Imagine like feeding chicken. If you put the food in 1 place just a few can eat. If you spread than in many. So to have heat you need small pieces. Like lawn grass, leaf.... So ingredients don't really matter but ther size does. The more surface material...like smaller...the more bacteria can eat ....so decompose faster...creat heat faster ....therefore thermo bacteria will appear... so all makes sense. The other thing that kind of matters is the carbon/nitrogen ratio. It's like textbook composting. Not remembering the exact number but probably I mentioned in the video and most other places mention the same. The idea is if you put like sawdust its 2 much carbon in it. If you put a tomato it's to much nitrogen. I found some website back than. Unfortunately I don't have the link that calculate you the ratio. So you say you have x kg or pound of haybales..... you have y kg/pound of carrots ....z kg of grass ....h pound/kg of coffee grains (nitrogen) and it shows you whats the carbon nitrogen ratio. And basically that's it with the recipe. If to much nitrogen like vegetables....it will rot. If to much nitrogen like sawdust nothing will happen. That's why it decomposes so slow. And that's why sawdust kills the environment. The bacteria uses al of the carbon they can find near so the small vegetation starve to death . Not sure about clover. my wild guess is that clover wouldn't be affected that much . Maybe some ph change.

sorry for confusion. We need bacteria that loves heat and oxygen. (lack of co2 in the same time). The bacteria we want uses oxygen and produces co2. (Just like Like us). Our biggest challenge lets say is to : eliminate the co2 and provide them WARM fresh air : not cooling them down below that high temperature range. The confusion might be here and I explain ... the oxygen is plenty and they die way faster because of the lack of co2. And as mentioned some materials they eat up are able to put the process at higher temperatures and some materials can't. Hey, grass produce the most heat because of the surface area that the bacteria can "attack". And carbon nitrogen ratio is important as well. It sounds complicated but its extemly simple we just need 3,4 things to be right.

thanks for the interest. Unfortunately I don't have a paper about the idea but the main idea is quite simple we need to check like a few things in parallel. In theory wo would have to check moisture / temperature / co2 / oxygen and the movement of metarials. In reality things solve themselfes like literally. The most important is : Do not cool down the thermo bacteria and eliminate the co2 in a way you do not cool down the thermo bacteria. :)) So 3,4,5,6 rule : do not cool down the thermo bacteria :))

nothing to sell regarded to this topic...just posted my own conclusions as a non expert ... It might help some to continue the idea. Not an expert here as mentioned but one is for sure it did worked pretty good. I will sell furniture that's diffrent that we are used to :)) Setting up the llc soon ...

T did not. I had it in the garden and put a 15cm wide...6 inch wide pipe to direct the exhausts air into out pretty big basement. It filled up the basement with co2 like nothing. It was quite funny explaining to relatives like : just in case don't dare to go to the basement hahaha. I had a co2 measuring device and they didn't. Please before you put it in an enclosure study a bit laughter gas and co2 and the levels. At aerobic hot composting .... that we strive for: way-way-way less harmful toxins will be present. But please : do your research first.

sorry if I disappoint in any way it wasn't the purpose. Its that simple to keep the thermo bacteria within the temperature range and eliminate the con without cooling them down with the fresh air. So that's the essence. Al variations and methods work. I just added a few notices with the versions I made. Like make the spinning bars flexible if not they will brake . Or if its like a hamster wheel and all moves and its the size of the piano the odds are materials will stuck together.

true... and the video is a complimentary idea...: how to enhance it with even more heat and especially co2.

there are many ... however if we talk strictly just about the greenhouse itself the material van be rolled up automatically or replaced from 9am till 4-5 pm with a semitransparent or shading material double-ing it. Assuming most persons are not from home office or they same in 1-2 rooms even "pitch black" wouldn't affect them in those hours. However a semi transparent material would work out the best if the family is at home. Its not like we want to stare out the window for hours directly in the sun for hours. If we do we automatically role up the semi transparent or none transparent material for 10 minutes. The further is from the house the better it is. Because the foundation of the house and the earth near it wont be affected by the heat storage. Exception is the house that's built o piles.

@@MaverickMansions I'm one of those work-from-home folks who likes to stare out windows. haha. It will be a while before I have a house I can alter in any way, anyway, but I'm gathering ideas. :-)

hi thanks for the long comment. If you want write me at zsolt@maverickmansions.com and we manage a live call. I'll take out the phone and show to you all .... and respond live to all what I know. The only reason that I didn't make the fancy videos because back than I didn't had the money I have now basically ... I had none. And it was just a random video. And I had a 100 dollar phone. And all of the welding and work I did looked extremely bad. Like craftmanship. I bult it with the cheapest and free stuff to demonstrate it works. On the outside I had fiberglass insulation a big nylon and Ice on it. Need to crawl beneath like a worm :)) I have one more version in the basement that worked as well. Will deas amble it in a few weeks ... its as big as a piano. The one on the video was 500-600 bucks .... and it can solve an issue. Kanda dissembled it meanwhile but the core is here. And you'll see it if you call.

"Great, I'm happy it helped! My advice here is to make it as cheaply as you can the first time, in a way that it can be modified anytime. This isn't a stepped path like sending you a blueprint. The good news is that here in Europe, I could make it for under 600 dollars. The biggest saving is to build the body from ferrocrete, which can lead to huge savings. Keep in mind that no matter what happens and what materials you use, if the rotating parts aren't flexible, they will break. If it's just for a greenhouse and you're using the hot air, I would highly recommend making the whole barrel rotate. However, keep in mind that if it's small, the materials will stick together. hahah so your doomed as well hahah. Seriously :)) I think the version I made is better for not commercial size greenhouses because the downsides overall are way less.. And keep in mind if you want to build within a greenhouse and not moving maybe leaving out the metal joust pour it out from and concrete. Than INSULATE LIKE CRAZY !!!!

I appreciate your response and information. I have a mig welder and alot of materials I can use, I just need to watch d video and make notes so I can get started on the knowhow. Thanks a million

great if heaving questions just hit me up :)@@BellozeCountry

thanks for the comment ...yes not I'm the best narrator for sure but I tried to explain. Things are usually simple and right in front of our head. The simpler the better usually. :)) The diea is not to cool down the bacteria and not to chock them with co2.

en.wikipedia.org/wiki/Geobacillus_stearothermophilus one potential bacteria, bacteria are probably thermophiles. en.wikipedia.org/wiki/Thermoplasma_acidophilum another more likely one.

Thanks for the interest. So imagine like a loop where water circulates. One part is within your home. And one part is within your garden buried underground. The good part in it compared to air that circulating air would just bring a lot of dust in the system underground and it consumes a lot of electricity. Meanwhile the volume of water "grabs" more thermal energy than air that's weightless. Like "no pain no gain". And the best idea again. Even so not the water volume of the diameter of the tubes is the idea here but the volume of the earth surrounding the tubes. So cheaper you get with the tubes the more EARTH you'll be able to grab. And pipes that thin as mentioned are extremely easy burry undergrounds and take 90 ..even 180 degree turns. Another really good alternative to earth in the garden would be putting the water pipes in the lower part of a pond. So you make a pond. Maybe for swimming or for fish. ... And you just position the pipes on the lower part of the pool. So if you have like vegetation and lotus flowers on it and water is in shade the odds are on the lower part of the pond the water will be cold enough to cool your house. Sure ut wont be like a huge temperature differences and like instant like with air conditioning however in 1,2,3 days slowly but surely it will cool it down for free. Almost for free.

thank you

thank you

thank you :)

hahaha your totally right here. ;)) I mean that the ai generated video of ai generating the wooden table that we actually build. hahaha but yes your right here hahah. :)) Thanks for pointing it out. Your on the point.

@@MaverickMansions bro even your reply is ai generated you’re on that grind

its not ai generated, Sorry if I offended you in any way (if it happened).... Congratulations for the little one on the image ... I just have a dog. It would be fun if dogs would grow like us. Starting to talk back and do smarter things. Sorry again if my video offended you in any way. Maybe your right probably for sure it was to much of ai. We need to chill a bit. @@sladethepotato

@@MaverickMansions your fine nothing offensive about chasing the bag good luck in your endeavors

thank you !!! @@sladethepotato

yeh its funny in many ways. Like Lived in sofia for 2 years however as I can tell not even a hint of bears. So thats the a.i.s idyllic prophecy between man and nature maybe. The part that bothered me the most that in my hometown we have water and river and i missed that in sofia center. It was so strange walking and expecting the river at the next street but nothing. Ai solved it maybe it will be a common request for mayor's office. Like wanting a river or lakes. Who knows. As I heard its plenty of thermal water underneath so it can be managed. However finished architecture and we did urbanism as well I know there are huge lakes and large quantities of water because of the mountains. Not quite sure about the elevations to make rivers instead of lakes. But one is for sure it looks awesome.

thanks for the reply...you're right. On it.

yep. i have watched parts of all his videos. and i have no idea what he is talking about. I actualy wonder is the true purpose of the video is to put people off getting heat from compost.

sorry if the video in any shape or form offended you, the soul purpose was to show my experiment how to gain lots of heat with aerobic thermal composting without generating lots of toxins to plants and humans ... and within the 3-4 videos I shared all that I know regarded. And explained how it works in theory and what I did in practice to adjust it so it works like a charm.

Sorry so imagine a circuit in small half an inch pipes ... A part of the circuit is within your house and half of it is at the button of the pool. So when your house heats up the water within the pipes in your house will heat up as well. And the slightly ///above desired/// room temperature water is pushed with small pumps in the pipes that are at the button of the lake. (they are in the thin electric pipes). This way the cold pond water cools down the water within the pipes so it will be recirculated in the house but now colder. The catch is that the temperature difference wont be huge this way you wont have dew point from cold objects (the pipes) within the house. And you put some ventilators on the pipes or a radiator so this way the small temperature difference would make a huge difference. Lets say air conditioning systems can give you 16C for a lot of money Maybe this one is 19C ...arbitrary number but its almost unlimited quantity and for penny's.

@@MaverickMansions Thanks. I can imagine that creating a network of pipes buried in the structure of the house would be good. Underfloor heating uses either electric heaters or hot water pipes - with this approach, if you were able to embed a network of pipes in a ceiling structure (because heat rises, so the ceiling would be hotter than the floor), then the pipes could keep the ceiling cooler and this could transfer heat out of the house.

@@trevorloveday114 I wouldn't put them in something solid. Like Murphy's rule. If something can break probably it will. I would use more of a car radiator type thing and ventilation on it. The heat transfer uses not just conduction but convection this way so the heat exchange is way way faster so we can get away with hotter water to cool down the house. With just convection we need way way cooler objects that might cause dew point. With convection....like ventilating/air movement we can get away with way warmer ....cool water to be just enough to cool down the house if it makes sense.

thank you for the comment

hi ...thanks for the feedback ... Yes I already uploaded 3-4 videos in total and put them in a playlist. I discuss here many things that I experienced while running it. Unfortunately this year my attention won't be on the machine more on woodworking and real estate. In case you have any questions unanswered in the videos just let me know and I will answer for sure.