Toyota's New WATER Engine Will Destroy The Entire EV Industry!

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Is Water the Fuel of the Future? Toyota's Water-Powered Engine EXPLAINED!

Today we are taking a deep dive into Toyota's groundbreaking water-powered engine. This revolutionary technology is poised to not only upend traditional fossil fuel usage but also offer a compelling alternative to electric vehicles. From its unrivaled fuel efficiency to its simple yet durable design, let's explore why Toyota's water-powered engine could redefine the automotive landscape!

#Toyota #WaterPoweredEngine
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Doesn’t this violate the 2nd law of thermodynamics that means you would have to put more energy into splitting water 💦 before burning 🔥 and combining it back into water 💦 again?

ChrisCasar
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I may be dumb about this, but wouldn't this be like a perpetual motion machine? It takes as much energy to split water into hydrogen and oxygen as you get back by burning the hydrogen.

RichardWheeler-kwmk
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I would have tried to build one, but I figured the oil companies would off me.

donjohnsen
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For anyone wondering. This is FAKE and it doesn't exist. You can't run on water as a fuel source for the same reason you can't make a fire with ash. Water is combusted (or what scientists call, oxydized) hydrogen. Just like ash is oxydized wood and CO2 is oxydized carbon (i.e. petrol and diesel).
It's not that you can't turn water into hydrogen, you definitely can, just like you can take CO2 out of the air and make carbon that you can burn again.
The problem is that, in a perfect world, it costs as much energy to turn it into its "fuel" form as what the fuel will provide when combusted. However, we don't live in a perfect world so you'll consistently lose a little bit of energy.
Notice how they never mention where the electricity for the electrolysis comes from. It's the same story with all those perpetual energy devices, they always hide the energy source.

Source: I'm an electrical engineer

bennievaneeden
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what is the tech break through - most proposed water-fuelled cars rely on some form of electrolysis to separate water into hydrogen and oxygen and then recombine them to release energy; however, because the energy required to separate the elements will always be at least as great as the useful energy released, this cannot be used to produce net energy.

garethsmith
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I heard that story in the Philippines in the late 80's. The man who claimed to discover the plain water as fuel to the car mysteriously disappeared and never to be found.

charlieaustria
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Hate to tell you but a guy made one in the 30s for a contest I think chevy held, surprisingly the motor, the blueprints, and the guy all disappeared never to be seen again. Incase anyone was wondering how I know this, I tried to do a book report on the carburetor back in the 80s

chrism
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There is only one thing that can stop Toyota and their water powered engine... The third law of thermodynamics..

ButtonBrand
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You are right to raise this question. The video does not explain where the electricity comes from for the electrolysis. However, , I think it comes down to whether it takes more energy to break down water than the power output of the engine.

joerizzo
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Total, unfiltered bullshit here. The entire video skips the one significant detail that exposes the discussion as being one of perpetual motion: Where does the power for water electrolysis come from? If you're going to tell me that it's generated by the engine, you've just closed the loop in defining a perpetual motion machine. Think about it: you start with water and a bit of battery-provided power to start the electrolysis. In the end, you're supposed to get back water (the product of combusting hydrogen), enough electricity to make more hydrogen - replacing what came off the battery to jump-start the process, torque and heat. You have a zero-sum of water, a zero-sum of electricity, and an excess of heat and work? No. The energy that runs a combustion engine comes from the energy released in joining fuel and oxidizer. If you want to separate the combusted product (water) into fuel and oxidizer, you HAVE TO INVEST AT LEAST THAT MUCH ENERGY TO BREAK THE CHEMICAL BONDS. Whatever information Toyota has put out there, the video maker has misrepresented for the sake of views.

RonBarry-kpnn
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About 14 years ago I did a home built HHO system it worked in a 1996 dodge neon getting 30 mpg up to 48mpg. Down fall was the system had to be kept an eye on like everyday. I would burn up plates or the coating on the plates would get bad to where the currant would not pass through any more. Regardless it worked in conjunction with gas not just the HHO alone.

kevinsmobileautomotiverepair
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I agree with smferreiro. The article is light on engineering. We all know what water is, where it comes from and that you can store it in plastic containers but where does the considerable amount of electric power come from? There will still need to be some onboard storage of hydrogen as the electrolysis system will not be able to match the rapid changes required by the engine. Will the electrical power be stored or generated? If generated, there will need to be a mechanism for starting the engine. We need much more info about the electrical system.

biomed
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This reminds me of Filipino Daniel Dingel's invention of a water powered engine for his car, with the same idea of splitting hydrogen and oxygen using electricity from a small battery

glenmarmemita
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Where does the energy for the electrolysis come from

mikecanm
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So where is the energy coming from to separate the Hydrogen from the oxygen. From the same batteries you have in a electric car? You can't ever create energy out on nothing

johanvandergaag
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Imagine if everyone had a water engine generator powering their home.

endthefed
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Thank You Everybody for All that you are doing for our Planet Earth....
Peace.. Shalom.. Salam.. Namaste
🙏🏻 😊 ✌ ☮ ❤ 🕊

PeaceChanel
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At 3:26 the voice over says “with easy refueling from any source of diluted water”, , , . What I would like to know is what is the water diluted with¿?

Tinkercatnh
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Even children know there's no such thing as "diluted water."

louismorejohn
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One of my friends at Penn State had this idea 40 years ago, but never pursued it. Making ammonia based contact explosives and inserting it into key holes in the Dorms Doors was more his style.

TheTrock