Hydrogen Storage in Metal Hydrides [Reupload]
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- Опубліковано 11 січ 2022
- Currently, fuel-cell cars initially save the hydrogen in massive tanks, which has to withstand a pressure of up to 700 bar. They can be refuelled quickly but the technological effort to make the pressurised tank safe is considerable. This is why the Helmholtz-Zentrum Hereon is taking another route - by saving the gas in chemical compounds, known as metal hydrides. In the video you can learn how that works.
More information about our reasearch on hyrogen: hereon.de/about_us/overview/h...
www.hereon.de - Наука та технологія
Great innovation for H2 storage
I am a msc chemistry student and your video clear my all doubt about metal hydrides
Be careful, this is suppressed tech. Any widespread application and you will get shut down.
interesting and nice exlanation
Leider sind Wasserstoffatome nicht mit Doppelbindungen gebunden, wie im Film gezeigt (1:11)
Where do I buy these tanks?
Storing solid hydrogen in tanks does not require compression. Any ole tank will do.
Borohydride is what our future is depending on. Tick ,tuck, tick ,tuck
The link to iBob iLazar's H car keep getting deleted by the UA-cam AI. If you type it into the search bar you will find it easily.
I was talking with chat gpt. Supposedly instead of lithium6 deuteride, magnesium hydride is sufficient at storing and releasing hydrogen and relatively safe. Id love to do a small scale proof of concept experiment. Also, it could increase storage capacity of free hydrogen by nearly 9 times.
@user-ky7iz6up1v thats quite awesome. There are a lot of smart people out there. Its saf the government is doing too well of limiting the accomplishments of unknown genius' around the world. The scientific community is guilty as well for persecution of no name scientists
Try it with a golf cart. Electric motor, all you need is a fuel cell. n Proof
of concept.
@Brad_Fallon its not a battery. The hydride acts as a parking lot to store as many hydrogen atoms as possible. Rather than throwing them all in a tank bouncing around. The hydride straightens them up and stores them very, very efficiently
@@jimholesaw6597 Be careful. This is not a topic you can speak about openly. Talking about magnesium hhhh hydride is a suppressed technology by the DOE, it is considered a "disruptive Technology" and you will need to research it on your own. Discussion is verbotton.
@@jimholesaw6597 Yes, this topic will attract naysayers like Zermatt, very suspiciously downplay the use of Magnesium when all the scientific community heralds it? When I post on this topic elsewhere often my post are deleted or shadow banned. Why?
I believe Bob Lazar has been doing this for years.
YESSSSS!!!! That’s what’s been driving me crazy nobody has even mentioned this. Everyone is focused oh his UFO story. But I’m just as interested in his Hydrogen Corvette he made, it’s literally an answer to the whole energy problem with ICE and EV’s.
Yes, he was using Lithium, but Magnesium is just as easy.
Yes, and they will not allow a link to his video but it is easy to find using the search tool.
@@Some0ne001 He said he allowed the H to slowly seep into the tanks overnight without any type of pump or compression, just simple Newtonian Mechanics of high to low pressure. Also he heated all four tanks simultaneously because the gas released in one tank was not sufficient. Remember that?
Sounds good, but why don't we use it already? The mass storage denisty is to low for mobile applications. LaNiH can be charged up to 2 wt%, other materials like MgH can store up to 7.6 wt%, which is enough, but you need temperatures up to 150-300°C at 1 bar to get the hydrogen out of the metal, because the discharging is endothermic and extremly slow. Another problem is that the charging is exothermic. A lot of Metals that can store hydrogen like Pd are too expensiv and too heavy. If you want to know more about the charging process, you should look into alpha phase (solid solution) and beta phase (metal hydride). The theoretical background is given with the t'Hoff isobar, this can tell you in which phase your metal will be, depending on the pressure and temperature.
I hate to inform you that there are already hydrogen cars on the road like the Toyato Marai. They use PEM cells currently, however metal hydride tanks like the MyH2® SLIM 350 could also eventually surpass the PEM tanks.
@@rocky-wendydede8355 the PEM (proton exchange membrane) can make electrical energie out of the chemical energie from the h2 and vise versa, but it is not a solution to store hydrogen. There are also problems with the PEM cell, for example carbon monoxide can kill your cell for good. Most of these cars use a pressure tank, which has other problems. I didn't say it is impossible to use, but it has its problems, which is why the most cars use gas or batteries and not hydrogen
@@Brad_Fallon can you tell me a materia/technic that can store hydrogen in large amounts but is also cheap and doesn't need temperature above 100 degress celcius or pressures higher than 1 atm?
@@rocky-wendydede8355 Exactly. Toyota (and everyone else) knows that metal hydride gets 3-4 times the MWh as compressed tanks but they use them anyway. Why? My guess is all these company's under under the control of some global deep state and disruption of the oil and gas industry will not be allowed.... for now.
@@rocky-wendydede8355 My posts keep getting deleted... Very strange.
اللهم صل وسلم وبارك على سيدنا محمد وعلى آله وصحبه أجمعين
Bob Lazar said it's illegal to buy hydride.
there's lots of hydrides he was talking only about one particular one that I guess must have excellent qualities, but there are others
you'd believe a con-artist over the thousands of engineers that say otherwise?
@@quistador7 prejudice fool
Well, also that was in '87 when lithium was still a fairly new tech that wasn't used in much except military, and industrial development. Newly found/formed materials are always limited like this. Because no one should have it except for safety and testing. Military does testing, so it needs it.... the labs that want to test with it, are the same ones that can make it.
No he said the Lithium 6 Deuteride he was doping the metal hydride with was not legal to buy or sell...
there's no explanation on how to make hydrogen hydrides. useless video. 😆
Metal hydrides are literally just powdered metal it's not that complicated.
@@Some0ne001 That's the issue. It's not that complicated.
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