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newatlas.com
Ultra-high density hydrogen storage holds twice as much as liquid H2
A nanoporous material that holds hydrogen at twice the density of cryogenic liquid H2 could address the challenges of large-scale liquid and gas storage that have held this clean fuel back.
Anyone remember my comments about sodium borate?
I'm not sure. This?What could go wrong.
Whataboutism isn't an argument.I'm not sure. This?
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How many hydrogen fires or explosions can you find? When I ask Google for images of refinery fires or explosions, it fills pages with thumbnails. You had to go back 87 years to find a meaningful shot. The last significant refinery explosion took place in 2019 in Philadelphia, about 64 miles from where the Hindenburg went down. And then there are the automobile fires grossly outnumbering the EV battery fires. You need to do a little more thinking before spewing ignorance the way you do.
Remember it wellAnyone remember my comments about sodium borate?
Really? That's what was holding hydrogen back?Ultra-high density hydrogen storage holds twice as much as liquid H2
A nanoporous material that holds hydrogen at twice the density of cryogenic liquid H2 could address the challenges of large-scale liquid and gas storage that have held this clean fuel back.
Anyone remember my comments about sodium borate?
If you're referring to boric acid you've made two mistakes. The compound being investigated for hydrogen storage are boron hydrides, not acid and boric acid is widely used in medications applied both internally and externally on humans. Don't you realize when you are posting something you don't actually know? Doesn't it ever occur to you to check what you're about to say for actual validity? I guess not.Remember it well
It is used in pest control solutions because of its toxicity .
I was not surprised it nearly,killed you when you washed your hair with it .
If you're referring to boric acid you've made two mistakes. The compound being investigated for hydrogen storage are boron hydrides, not acid and boric acid is widely used in medications applied both internally and externally on humans. Don't you realize when you are posting something you don't actually know? Doesn't it ever occur to you to check what you're about to say for actual validity? I guess not.
Hydrogen storage?
Darn it, that means you still have to separate the hydrogen from something else.
oilprice.com
I'm not sure. This?
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How many hydrogen fires or explosions can you find? When I ask Google for images of refinery fires or explosions, it fills pages with thumbnails. You had to go back 87 years to find a meaningful shot. The last significant refinery explosion took place in 2019 in Philadelphia, about 64 miles from where the Hindenburg went down. And then there are the automobile fires grossly outnumbering the EV battery fires. You need to do a little more thinking before spewing ignorance the way you do.
Tokyo Tech Scientists Crack Hydrogen Storage Conundrum | OilPrice.com
Tokyo Institute of Technology researchers develop a new method to release hydrogen from hydrogen boride sheets using electrolysis, potentially making hydrogen storage more practical.
Neither is anyone suggesting driving down the highway with 7 million cubic feet of hydrogen in a lacquered cotton bag, fool. The storage media discussed in the OP, magnesium borohydride, is flammable. But so is gasoline. This argument failed with lithium ion batteries and it fails here as well. Next time someone's looking for a scaremonger, we'll send them your way.I'm pretty sure no one is driving around town in traffic with a refinery strapped to the back of their Hyundai.
What you're proposing is doing just that ... community the Hindenburg 2.0 right behind the passenger seat.
The argument against li batteries is a little different and based upon spontaneous combustion from otherwise perfect working batteries when they are being temporarily stored in places that spontaneous unexpected fires can cause lots of damage and loss of life.Neither is anyone suggesting driving down the highway with 7 million cubic feet of hydrogen in a lacquered cotton bag, fool. The storage media discussed in the OP, magnesium borohydride, is flammable. But so is gasoline. This argument failed with lithium ion batteries and it fails here as well. Next time someone's looking for a scaremonger, we'll send them your way.
Hydrogen storage?
Darn it, that means you still have to separate the hydrogen from something else.
We get hydrogen by electrolyzing either water or natural gas with the natural gas route requiring less energy. However, there have been several material developments in the past couple of years for new catalytic materials that dramatically improve the effciency of the water route including materials that electrolyze water driven only by sunlight. And, as I have had to say here over and over again, as time goes by, a larger and larger portion of the power in our grid will be coming from non-emitting sources. The value of hydrogen in this scenario and beyond is that it is portable and amenable to long term storage.Industrially, we get hydrogen from fossil fuels ... ha ha ha ... else you're oxidizing oxygen ... how stupid is that? ... oh wait, OP, that's why this sounds stupid ...
California pursued this during the Austrian's administration ... Our Arnold even had a hydrogen-powered Hummer built ... if California quit on hydrogen, it must be a really really bad idea ...
You sure the process is called electrolyzing when synthesizing hydrogen from natural gas?We get hydrogen by electrolyzing either water or natural gas with the natural gas route requiring less energy. However, there have been several material developments in the past couple of years for new catalytic materials that dramatically improve the effciency of the water route including materials that electrolyze water driven only by sunlight. And, as I have had to say here over and over again, as time goes by, a larger and larger portion of the power in our grid will be coming from non-emitting sources. The value of hydrogen in this scenario and beyond is that it is portable and amenable to long term storage.
We remember you being an Environmental Wacko that doesn't quite understand what you post most the time.Ultra-high density hydrogen storage holds twice as much as liquid H2
A nanoporous material that holds hydrogen at twice the density of cryogenic liquid H2 could address the challenges of large-scale liquid and gas storage that have held this clean fuel back.
Anyone remember my comments about sodium borate?
wattsupwiththat.com
