วีดีโอ

Or throw in some solar panels a small turbine and a battery and you don't have to refuel at all. Plus no dangerous ammonia to deal with

stolen idea/tech Rodger Gorden NH3 patend it

At last!! A logical approach to the problem of using electricity generated by renewables in excess of demand. Small ammonia plants in widely separated places can produce fertilizers close to where they are needed. Ammonia made from renewable electricity can directly replace ammonia made from fossil fuels.

At 1:26 they say the nitrogen is the lighter atom, but hydrogen is the smallest lightest atom.

We already have our "miracle" fuels. They are called oil, coal, natural gas and nuclear power.

There's nothing much new about ammonia. It's been used as a refrigerant for a very long time, and has been very useful in various industries. We shouldn't get too excited about it.

The Nitrogen should be harnessed and used as fertilizer.

@0:30: ammonia isn't a liquid fuel, but a gas at normal (atmospheric) pressure and temperature. But yes, unlike hydrogen, it can be kept liquid at modest pressures or temperatures: With 7.5 bar at 20°C, or with minus 33°C at atmospheric pressure (1 bar).

Does that mean the energy of the in-statu-nascendi Nitrogen is just thrown away? Ammonia should deliver over 1200 kJ/kg of energy with 4 NH₃ + 3 O₂ → 2 N₂ + 6 H₂O(g) Is there further research being carried out?

Think thats buzzy, pyramid of saquara in egypt produces methane gas and the red pyramid converts it into ammonia gas diluted in water. Check it out .landofchem

Amazing 💪💪💪

Exciting! 👏

Bravo!!!

What type of fuel cell do u use

I hope it's a game-changer, because all the other energy contenders are game-changers.

אחי התותח.

To power mobile phone towers is already a Crime Against Humanity

Is there a way to get DC out to avoid the losses of going from DC to AC then back to DC when using the battery or the fuel cell for charging?

Who is the brainless subscript writer who converted Moshe's 2 MWh into 2 MW/h (5'30'')???? Such a unit does not exist.....

piss generator 😆

That's the smartest man alive right there ^ give this man a raise ASAP!!

Chaim Moshe! You explained everything perfectly, you are smart.

Why playing this loud noise in the background while the narrator speakes, it's wery disturbing, i stop viewing after a minute 😠😡👿

My special needs son thinks our neighborhood should have a fuel cell because we have had several power outages over the years.

My son thinks that is a good idea 💡 but he also believes that there are ways to use combustion fuels and protect the environment at the same time, like using catalytic converters, biofuel, fuels cells for carbon capture, and planting more trees 🌳🏕🏡🏞 because trees are natural air purifiers.

My special needs son says: Hmm, interesting 🤔😏😉".

My son is glad the field test was successful 👏👍🤝!

My son is special needs and he finds fuel cells very interesting and thinks they are a much better green energy source than wind turbines and solar panels.

Promo'SM 👍

You say that the lighter nitrogen atoms float upwards and are vented harmlessly into the atmosphere. The hydrogen atoms are much lighter than nitrogen. How do explain that?

is the reason fuecellls produce such small amounts of power a technical limitation

Got any advice on Fleebs and Plubus'?

My question is "Can it cause Nitrous oxide from the process? Nitrous oxide can cause global warming more than CO2 300 times!!! 😰😰I know that in the ideal fuel cell system it's work!!However, Have you tested with old system that can possible leak? Do O2 could possible mix and cause Nitrous oxide?

Elon needs to seriously invest in ammonia tech, If I could afford to back these projects I would do it a million times over EVs

Pour le referencement

Insanely.inefficient

All hydrogen stocks suck and will continue to suck until electrolyzers are conceived, designed, and built that can produce millions of tons of hydrogen per annum. Right now, this is not even close to possible and there is not one shred of evidence by alkaline cell, PEM, SOEC or any other electrolyzer design that it will be possible in the future. Hydrogen electrolyzers and fuel cells are total nonsense in India and everywhere else, the "Hydrogen stocks" are hopeless losers because none of the electrolyzer companies can deliver industrial-scale capacity. They only offer small-scale electrolysis capacity, so they can't provide anything but small-scale revenue. Small-scale revenue will never eclipse their operating budget, so they cannot show a profit (earnings). Small-scale electrolyzers cannot make enough H2 from water to reduce CO2 output at an industrial scale, so they are irrelevant. Renewable energy is coming on line quickly, but to reduce global warming, one must decarbonize all of the greenhouse gas emitting sectors -- transportation, agriculture, residential & commercial building and industrial sources (primarily concrete, glass, steel and industrial chemicals). That means we must create decarbonized fuels such as green ammonia, whereby we take cheap and abundant renewable energy and split water into cheap hydrogen and oxygen. Then, humanity can remove nitrogen from the air (air is 78% Nitrogen) and, using the Haber Bosch method, combine the green H2 and N to make green ammonia (NH3). Ammonia, as a "liquid carrier of hydrogen fuel," can carry more hydrogen/BTUs by volume at a reasonable temperature and pressure than gaseous or liquid hydrogen. Large-scale electrolyzers (no existing electrolyzer manufacturer can provide) would allow green ammonia to fuel and power all greenhouse gas emitting sectors. When electrolyzers are scaled to provide ammonia-scale plants producing four million metric tons of anhydrous ammonia per year, replacing methane feedstock; call me. It is important to realize that to produce one ton of ammonia using today's methane "steam reformation process" conventional ammonia producers for nitrogenous fertilizers release 2.84 tons of CO2.

The new type of the future.

Where do you get the ammonia in the first place…smh…dohhhhh! Just make green hydrogen and store that… preferably on site. Why do you need ammonia..nh3 better used for fertilizer. Plus, use a metal hydride storage system and you don’t even have problems with how to pressurize h2 to store it in a reasonably sized volume.

And how did you get Ammonia? => From Methan... So it is Methan => Ammonia => Hydrogen... And H2 in H2/H20 cell.engines usually comes directly to Methan... So only for storage and transportation is Ammonia better, because otherwise, it is still not a "green" solution as it still rely on fossil energy source

I liked the presentation but you really need to tone down the music.

A few tech data would be nice to see also.

U said then 250M$ could be saved by 1000 towers in 10 yrs. if we will change diesel to ammonia with GenCell? 25K$ PY for every 1 telecom tower

How much for this unit

Lol

Best to turn the sound off and subtitles on.

Is this available for off-grid residential use? Like instead of a generator / propane tanks ?

1:30 uh…. “… the lighter Nitrogen atoms flow upward and vent….” ???