Now what you need to do is pickup a cheap 5000btu window Air Conditioner for $120 from Walmart and strip it dow to merge the evaporator (cold coil) in your cold bucket and the rear condenser coil (hot coil) in your hot bucket. If your Tesla turbines generator can maintain a 400 watts output then that’s all you’ll need to run a 5000btu AC (heat pump). With this combination you will achieve a self looped device which the Law of Conservation of Energy says is not possible. A Heat Pump (air conditioner) has COP of around 4 so the 400 watts of electric power input will actually be closer to 1500 Watts of heat energy, so be careful since it could make a much great Delta (temperature differential) then what you presently working with and you may get in a runaway condition where the turbine may explode. So maybe a dehumidifier or even a small refrigerator heat pump may be safer to start with.

This is honestly one of the better ideas to generate power I've seen with a low barrier to entry.

This is the best demonstration of basic physics showing the fluid dynamics of hot rushing to meet cold as seen in any tornado or hurricane when a warm front collides with a cold front.

So i'm implementing this idea on my personal house grid with, 500L tanks, i use wood to heat my house and shop in the winter (canada)and scavenge that heat. Im using a plc to control cycle, temperature and pressure. Its linked to a solar collector as well in the summer. I have a return pump that cycles cold back to hot in intervals without drying the hot completely. The cold tank is buried in the ground after a condenser. Ive been making rotor after rotor for the last 6 months trying to find peak efficiency ,brute forcing it. But i got smart called a friend who wrote me a simple ai to try different cycle parameters over and over. Blew up twice. So i use a large cast stainless block as the rotor housing. It helps vibration harmonics. Now for the generator side, permanent magnet off the shelf high speed 5kw rc motor. Biggest logistical nightmare is not leaking vacuum over time with expansion and contraction of the piping. Basically im telling you this already works. Just scale up your tanks and pipe diameter, beef up your housings and worry about going to 99% efficient after. I first saw your concept a year ago, I've had an in use system for 6 months using the sun ,the ground and wood heat. Runs in cycles charging a bank. If you take out the trial and error, this only takes about 5k$ to impliment provided you have a CNC. So not trying to steal your thunder, but if you dont set up a full working system soon, Ill just make a video of mine.

BTW, this was very gracious of you to show us all.

it just makes sense. Everything can travel uninhibited and almost totally friction free in a vacuum, therefore much much lower temperatures would work great. Imagine not having to "boil" water but just warm it. So as long as there is a temperature differential, the water "boils". This generator here would easily provide whatever it would take to maintain the temperature difference and supply. Brilliant!

So glad I found this channel!! These are my kind of people!

This is exactly how heat pipes work. Great demo guys

Great work!

What an awesome demonstration. Thank you for sharing your findings with us all. I use a wood fired out door boiler for heat in the winter. I have been entertaining the idea of a stainless pipe in the boiler to make flash steam and turn a turbine. 5-6 months of nearly “free” energy to take advantage of.

Excellent demo guys! for new people out there, Bodies of water have weight that causes compression to water lower or central in the body and slows boiling putting a spray nozzle onto the water tank and letting the vacuum suck the water into the evacuated system causes flash vaporization as you have reduced the bodies of water to the smallest size as it reaches open vacuum space aka the piping.

I love these small demonstrations but dont take your eye off the prize. There will always be naysayers, no matter what you do. Your time and more important, energy, are better spent on advancing to th end goal or spending time with friends and family. Keep up the great work, thanks

Absolutely awesome, using water as a working fluid, I always wondered if this would work

Also, putting pressure into those glass jugs would be suicidal. Thanks for the demo. Here is an idea for someone to run the demonstration without a vacuum pump. Create the same setup as you have shown, two suitable jars less than half full of water, airtight tubing with an escape valve between them. Open the valve, place both jugs on heat to get them both boiling (escape valve open!) let the water in both jugs boil to purge the air. Then remove the heat and close the valve, let the jugs cool down.When cool place one jug in hot water bath and one jug in cold water bath and the water should migrate to the cold side. Be careful not to pressurize a glass jug!

The skeptics you have garnered are only skeptics because they lack basic understanding of thermodynamics. You're doing amazing work! Don't let the skeptics impede your progress and waste your time because that's all they're doing. I do understand why you made this video, however. It's simple and it demonstrates the principals you're leveraging to create a pressure differential without compressed air. Keep up the good work. You're the Nikolai Tesla of the 21st century.

looking forward to your next video and to hear how its going.

I read that Iceland power their entire country from a system quite similar to yours, but instead of water they use another substance which changes from liquid to gas very easily. Upon their prime ministers visit to my country, she commented that their (oceanic) power generators can function with as little as a 5 degree variance between the hot and cold side. Hope any of the above helps advance what you have here. Good job!

give this dude a Nobel prize

That was cool !

Sounds like the perfect way to power a space craft.

Jeremiah; please do not let anyone distract you with negative comments. It has taken from the time of Tesla until now for someone (you) to explain the hurricane in a hat (the turbine pump in a cryoferous system. What you have done here, in demonstrating Tesla's most prized technology, should win a Nobel Prize (having raised the awareness of the populace). We all should join Jeremiah's Patreon page and support his work. He is showing how we clean the planet and move to a resource based economy, verses the diabolical fiat currency based economic structure used to harvest human capital at all cost. Jeremiah has unlocked the secrets to a self-sustaining generator that produces electricity, fresh water, and hydrogen without reoccurring cost. Think of the implications on unemployment when the people can produce and distribute energy locally, verses enriching those who would enslave.

cant waith to see what is next in your build, you lucky bast..d ! ;)

Endothermic heat pump, like the Einsteinian refrigerator/ ice maker; a closed system loop. Most awesome! Perhaps Mr. Keely acheived something similar but using sound vibration; his 3-inch-thick steel-walled flasks certainly suggest some extreme pressure differentials. Surely, given the time frame, Mr. Tesla would have been, at the very least, aware of Mr. Keely's work. Replace the water with say a liquid with an even lower boiling point and there would a corresponding increase in potential. Thank you for your work.

who's gonna get the first working cryopherous turbine?? Everyone is working on this I love it! Keep up the good work!

I am a big fan of your work. I am thrilled to see what you come up with soon. Have you tried any turbine designs other than Tesla? Just curious if the Tesla is the most efficact in terms of amount of fluid needed.

Props!

I understand the working fluid in a heat pipe can move as fast as the speed of sound in that medium. You might take note of hot side temp cold side temp and rate of water transfer. You might then determin the amount of heat energy per second it can transfer.

I'm surprised that the cold glass bottle didn't explode. Maybe the steam isn't hot enough. ---- I'm excited to see if the hot side was superheated steam. The greater the temperature difference, the higher the velocity of steam, and the more violent boiling occurs on the hot side. ---- Use pumps and a one-way flow valve to redirect the condensed water back to the boiler. Of course, you already know this one. ---- Thank you for educating the public, wishing you more subscribers, mate.

What the best way of replicating a condenser cold side if you live in a generally warm area? is it burying it in the ground?

Phase changes have the potential of creating charge separation. There's a theory, supported by some pretty comprehensive experiments, proposing that water freezing onto hailstones creates the charge separation in thunderclouds. The water that hits the ice but doesn't freeze, leaves with a different charge than the ice itself.

Efficiency trough simplicity, excellent work. Is the actual turbine prototype final? Out of the airbearings would you improve something else? I would like to let one manufacture based on your CAD project, if ready for sale/share. Thank you for sharing this knowledge with the universe

Very curious, Jake, have you used such a turbine with scuba breathing systems? I would very much approve of your assistance in this area for an air vehicle build.

This is soo awesome! I am really in awe of this. Can you scale up, power a home with this maybe?

Is this static electricity production related to the other kind of the whardenclif tower?

Would it be more efficient, if their were a heat sink just after the turbine and before the condenser tank?

Simple and clever design. What was use to seal the hose to the tops of the jars? Flex-seal?

Lot of people here in comments seems confused. So lets throw some terms and numbers. The Carnot efficiency determines the maximum efficiency that you can get from the heat cycle like you see on the video. It purely depends on the absolute temperature difference on the hot and cold side (1- (Tmin/Tmax)). Here on video i see 139 F = 332.15 K on hot side and 37C = 310.15K on cold (funny how the units are switched). Thats about 6.6% maximum potential efficiency of energy convertion (which is only theoretical and never reachable). But why not, lets add a tesla turbine to it and lets be very very optimistic and say that it has an isentropic efficiency of 60% and everything else is optimal. Then the overall energy conversion efficiency would be almost 4%! But more likely much lower. But fuck it, Im gonna build it anyways on my offshore hut, just put a 1kW heater to keep the water boiling at 90C and assuming its cold outisde so I have 30C in my condense, then and I can get around 90W in electricty back! Almost enough to keep my 2 lights on! Sure I can scale it up, maybe for 10kW heater, then I could get back 900W, which is more interesting. In this scenarion the efficiency will be 9%, because Im not considering the closed cycle, where I would need to add up the energy required for pumping the condensed water back to evaporator at slightly higher pressure. There are better liquids like Refrigerants as well as better turbines, that could utilize this low potential temperatures and they are commonly used in Organic Rankin cycles (ORC). Its nothing new and this field is quite well researched. Well designed ORC's could reach energy conversion efficiencies up to 20%.

Could you check a few simultaneous parameters during a test run: 1) the amount of water traveling from the boiler to the condenser per unit of time 2) the temperature of the boiler 3) the temperature of the condenser 4) the wattage output of the generator 5) the temperature leaving the Tesla turbine

Need. More. Turbine! Please :D

What do you estimate the minimum temperate differential to be to run at say 25% efficiency ? Based roughly on your experience so far without insulating or refinements . Crude estimate .

So all you really need is the cold end to be a little bit higher than the hot end and a siphon tube with a valve at the bottom of the cold chamber to return the liquid water to the hot side to reset the system for the next run. You probably also don't need a high vacuum pump since steam will displace all other gasses in the system, all you have to do is heat the system until the lines are purged. A liquid with a lower boiling point could also be used to increase the efficiency.

very good demonstration, thank you alot , i am very curios about the electrostatics. Probably by adding a high voltage electrode mesh at the beginning of the vaporizer side, to repell back the positive charges, and therby only allow negative charges to pass, the effect could be enhanced, and probably a high voltage builds up between the vaporizer and condenser. Would probably work in parallel to the tesla turbine running to pull out some extra sparks. Not sure about the conductivity of the steam though.

Classic case of thermodynamics, as the energy within the system is not the vapor pressure inside the bottles, but is instead based upon a combination of system thermal equilibrium and H2O temperature behavior in a vacuum. Nice. How long total before equilibrium is reached, considering that the water vapor from tank to tank is the heat transport method? Ultimately, aluminum tanks on both sides would be ideal as aluminum conducts heat far better than glass. But then again, you would get more vapor, but it would also reduce time until equilibrium is reached. I like your concept, as it is a lot safer than actual steam boilers.

keep it up

Jeez man it's been a while since you've put anything out.

If an electro magnetic water pump moves water through a pvc pipe without the use of a mechanical pump, will your pressurized water produce an electric current if you wound a coil around your pvc pipe? Since you feel static electricity, it might work. Like a reverse electro magnetic water pump?

Hello! Do you know anything about pelton tesla hybrid discs? Can you give a test? 😁

You essentially created weather in a bottle.

That's a good way for making Moonshine 😂

Can peltier devices be used to recycle some of the energy by prolonging the temperature diffential? I know they're extremely inefficient, but I'm suggesting more of like a "regenerative breaking" kind of boost to your system- like have two peltiers powering a third one- the first two generating a current for the third by harnessing the same differential powering the two chambers(the hot and cold water)- the third one being used to prolong the diffential by keeping the water hot and ice cold- perhaps you could even boost it with the electrical output of the generator? Insulating the two chambers would best keep the diffential in the long run though- but the bonus is that the peltiers are all you need to get the hot/cold going again, if everything were to be integrated and sealed up- maybe even a small DC pump to return the condensed water back into the boiler chamber, for a complete hands-off system. Omg now I'm thinking about how to make an integrated system for this principle

Is it possible to create the vacuum needed without a vacuum pump?

When's the next release?

Hello. Could it work with 10-30°C temperature difference like heat pumps - ground to surface ambient temp? I mean - if for e.g. we use existing or altered heat pump system at home to create a vacuum we could only add adequate tesla turbine to generate electricity?

What would it take to return the condensate to the hot side by using gravity. Perhaps a passive or spring loaded check valve and a calculated hight differential to maintain a passive return loop.

Did "the man" get you? Will it be long until you post an update?

Awesome. Do you intend on making a closed loop system to somehow replenish the water on the hot side?

Hey bud how have you been!! I'm almost ready to get back working on my research and development and how much would you charge for that working Tesla turbine we were talking about? For my prototype fusion reactor a true engineer cannot ignore the the efficiency of the Tesla turbine, over a standard turbine inside of a rankin cycle system

Could you not use the Tesla turbine as the expansion valve in a traditional ac system?

Have you heard about the new gas phase technology that utilizes a voltage process to efficiently split water and using the expansion of the gas products to spin a turbine? It is said that it gives more electrical power than if one was to just convert the HHO back into water using a fuel cell.

So, is what you'r building a kind of closed-cycle system that depends on a naturally available (eg solar) heat source? You've made the comparison to Stirling Cycle closed systems. Does the turbine simply replace the complexity of a Stirling engine? Also: how adaptable is your design to situations where you have available water pressure, rather than heat? Are there geometric differences in nozzle structure? Finally, are Tesla turbines equally efficient when they switch between driven pump applications, and energy-harvesting applications, for.a given fluid? Thinking here about classic systems for scavenging energy from flowing fluids where a propellor is not always efficient as a turbine...

You won't need to constantly run a vacuum pump but you'll discover that the water can contain a fair bit of dissolved gasses (oxygen and nitrogen) that can collect over in the condenser side, and limit the max power for a given temp difference.

Ok I get hot reservoir leads to + atm and cold is going to give you a - to atm leading to airflow and guessing mid line is an intake from a venturi effect but how are you measuring efficiency and why no regenerator?

But the energy required to run the vac pump and make the ice cubes?

So the Tesla turbine is like a Stirling engine that utilize the temperature differences and people that don't know better will think it is a perpetual motion engine. This demonstration show what took me some thinking and reading up on to grasp fully. Iceland will have a win with this if it work on large scale, below freezing often and with hot springs.

What I see the detractors missing is the simple fact that, as the Low Temp Steam condenses at the cold side, it reduces the pressure in the system, sustaining the vacuum until, as you said, a threshold is reached where the process cannot be sustained. Like, when you run out of water in the boiler..

Do you constantly heat the left side to keep the temperature difference at a certain level? Or what is the red plate/box under the left bucket? Super nice and easy demonstration, thanks so much! :)

I honestly like this idea of cold boiling, but how do you stop the watter from crystalizing in pipes or on turbine ans preentig te flow?

But does the energy required to heat and cool the water (make ice) exceed the energy generated from the turbine? Or, are you utilizing an external source of energy (e.g., solar) to heat the water?

it might make it clearer to people if you explain that top half of the boiler bottle is full of water vapor not "vacuum" or "air" and that because of the low temp boil when you closed the valve the boiler bottle went from equal pressure to high pressure in relation to the condenser bottle which remained at low pressure due to the temp. you are not at "vacuum" on that system ever btw due to the water boiling off while you evacuate the air volume but that is just me quibbling over technicalities the point was to scrub the volume of unwanted gasses and leave only liquid water and your reaction gas "water vapor" this another very cool demonstration of out side the box energy generation.

The key to understanding how it works is recognizing that at the same pressure, the refrigerant boils at a much lower temperature than water. This is a critical concept to understanding how the refrigeration cycle works, so if that went by too fast, read it again and think about it for a minute. For example the refrigerant commonly used in refrigerators boils between 40° and 50°F as compared to water's boiling point of 212°F.. you can use this for your cold fluid turbine compress it or not. I just think that the added heat would help you out. If it turns into a liquid after it leaves the turbine than all you have to do is is place an evaporator coil out side in the heat with a black Mat placed on top of it. Be it plastic or what ever.

But how's the ice or hot water reproduced? This is a large stirling, isn't it? (which I've been looking at myself for a while like most have in the last 200 years or so) anyway, I appreciate the video and please keep considering keep things.

Any updates?

True tesloneion

When you evacuate with the vacuum pump: do you evacuate both sides at the same time? Do you maintain equal temp during evacuation? Does the pump cause the water to boil during evacuation?

Basic nerd newcomer question: How much energy going in, and how much going out? i just found you last night and im still grasping what im looking at.

If it ran on Mercury instead of steam would that increase torque potential

Similar to closed loop cannabis extraction process with butane. Under vacuum using hot side and cold side. Interesting

thats awesome!! i have seen an experiment with differential in water temp flowing on a copper wire,,making a charge....so i think youre pretty close.

You could try using propane or butane and get rid of the water and put a good height (head) and use the weight of liquid to do some work

how well are those pex lines working out for yall? do they handle the pressure well?

What if we use a refrigerant instead of water. One that fully condenses around 10c. Bury the recovery chamber 20ft and heat the hot side in a solar oven. The only thing powered is the recovery pump, and if its not condensing anything it should be pretty low power.

I would love to see this setup with evacuated solar tubes to heat the hot side.

Cab we power a car with the principle? thanks

I'm interested in building something like this to power my home and greenhouse what would that look like? Say 10kw Thanks

Would anyone know what the ideal disk gap is for water? If you were to use the Turbine as a water pump? I think for vapor it's 0.4mm, for water it would need to be wider, but I don't know how much more

I believe a dual trompe would be more practical? When one runs out of pressure, the other goes, and water is replaced into the system that is not currently used.

Just a thought. Play around with thermoelectric engines and ceramic substrate conductors to keep the temp difference constant. Could be powered by the same system.

Where did you go? Please give us an update. You would get more patrons if you at least gave us a sneak peek of what you've been up to. Hope you're not being threatened...

So how much if a temperature difference do you need? Because I think a geo thermal loop would work flawless. Temperature underground stays constant so you could capitalize that temperature difference from surface to underground. Also do you need water in the cold side or just the temperature difference?

Pretty basic thermodynamics. As the "hot" vapor condenses, it maintains the vacuum in the condenser because the non-condensable gases have been removed. The vast majority of steam-driven turbines use this to increase efficiency. If you pump the condensate back to the boiler and continue adding energy (heat), the reaction will continue. If the energy produced by the turbine/generator is greater than the energy added to the system by the pump, then you have a self-sustaining system, given the heat source is external. ie. Solar, Nuclear, Natural Gas, Coal, Oil, etc. I'd love to see a video where you have a heat source for the boiler and a pump to recirculate the condensate.

Ethanol plants produce 150,000 tons a year of co2 or a 421 tons a day. I am thinking about a synthesis of an artificial photosynthesis that makes sugars that than placing bacteria into the sugars, and allowing into fermentation tanks, and than feeding the co2 generated to a small compressor, and than feeding an 18.5 in tesla turbine as long as it was leak proof than it can be rerouted to be injected with water, for the original photosynthesis process to take place. You can make twice the money one for the energy produced, and one for the alcohol produced.

The static charge is coming from the valve. Right where the molecules of water are moving fastest.

IMPORTANT!!! i have no clue how to reach you but you need to look up an artifact called the "schist disk" start by making a few 3d printed replicas and set them up in a tesla turbine set up. i think this is the key to improving your setup and getting the pressures you need.

Is the guage on the cold side of the turbine reading micrometers of mercury?

What happened to the most recent video?

I have been working on an idea very similar.

What is the lowest temperature differential that the water will boil at under vacuum?

Ok so I’m going to ask what’s probably a dumb question but even dumb questions should get asked right…. So as I understand it the hot side… not particularly hot mind you only needs to be above the boiling point of the water in a vacuum. This will give you the cold steam and the flow. The cold side needs to be cold enough to condense the steam back into liquid. Eventually I assume if you keep adding heat to the hot side all the water will move to the cold side…. Would it be possible to connect the the two vessels together so the hot side would never run dry? Making it a closed loop? Might need to be a deep long loop…. But in my mind it should work…..

Don't give up.

Can you add a psi gauge to show the psi during flow?