Dear Reader,
You would never guess it from the looks of this device, but this may be the most important energy innovation of the past 100 years. A tiny company headed by a former NASA engineer is behind this disruptive invention. Right now, This Vancouver-based company is preparing this revolutionary technology’s full-scale product launch. – Search (bing.com)
As soon as it’s released, I expect it to almost instantly disrupt nearly every aspect of the
$5 trillion global energy market. Because this technology could unlock an unlimited supply of cheap zero-emission fuel. I’m not talking about hydrogen, bioethanol, or nuclear fusion. This is not about any new kind of battery, either.
This technology is a radical upgrade to a world-changing innovation… It has been described as the cornerstone of modern existence.
The BBC calls it “one of the greatest inventions of the 20th century.” – Search (bing.com)
Without it, almost half the world’s population would not be alive today, which is why the scientist behind it won the Nobel Prize. Yet most people are completely unaware of the role this invention plays in their lives. In a moment, I’ll tell you exactly why this invention has been so important over the past 100 years and why its upgrade made it possible to harvest an unlimited amount of this clean fuel.
But first, I want to show you how big this opportunity is for early investors. This is How a $20 Million Company Takes on the World’s Fossil Fuel Market. The potential market for this fuel is huge… I’m talking about an astonishing $1.5 trillion profit opportunity.
I know, that’s a big number… But in this case, it might actually be conservative. $1.5 trillion is about the cost of all the oil globally consumed every year — almost 30 billion barrels’ worth.
And this technology could end it all. That’s because this is a universal fuel. It can be used for everything. It can power your car… Propel cruise ships… And thrust aircrafts. These are not hypothetical examples. This has been happening for years.
Take the X-15… NASA’s hypersonic aircraft reached the edge of outer space.
It holds the record for the world’s fastest crewed airplane. More than half a century ago, the X-15 was powered by this amazing fuel to 4,520 miles per hour. That’s twice the muzzle velocity of a high-powered rifle bullet, and yet the engine’s exhaust released only harmless nitrogen and water vapor.
Or what about this car… It has an ordinary combustion engine with only some minor modifications.
Nothing special, right?
But recently, a team from the University of Michigan drove this car from Detroit to San Francisco. – Search (bing.com)
They needed only a single fill-up in Wyoming…All thanks to this little-known zero-emission fuel.
WELCOME TO nh3car.com
Or consider this massive ship engine…
Marine propulsion manufacturer MAN is working on engines running on this fuel.
It’s currently adding the finishing touches to these giant power plants, which will
soon be fitted to giant ocean-crossing tankers.
Forbes titled an article, “[This Fuel] Will Soon Power Ocean-Going Ships.” – Search (bing.com)
The Financial Times calls it “the fuel of the future.” – Search (bing.com)
Yahoo Finance “[This fuel] paves the way for zero-carbon energy.” – Search (bing.com)
The U.S. military has been long interested in it as well… Huge amounts of fuel such as diesel need to be shipped for combat operations overseas. This can add as much as 65% of the total tonnage. That’s why the U.S. Army has been trying to figure out how to produce vehicle fuels in the field for decades. This is not only a logistical problem. It’s a matter of life and death… The resupply of fuel during combat operations costs about four lives for every 100 convoys.
To put it another way… One out of every 25 times a fuel convoy is deployed to refuel a station, someone in that convoy will die. But this company from Vancouver has found the solution…Because it discovered a way to create fuel locally — in small units like the one you’ve just seen. A study by the U.S. Army concluded that using this fuel would lead to “considerable savings in weight, volume, cost, and complexity.”
We’re on the cusp of a huge leap.
Think about the big oil companies like ExxonMobil, Royal Dutch Shell, and Chevron… This breakthrough threatens to render their assets useless — and potentially bankrupt their huge monopoly. The same goes for Tesla and the rest of the electric car industry — they’re going to be dead in the water. Nobody needs an expensive EV with a short range when you can switch to this clean fuel.
These companies would like nothing more than to kill this unlimited fuel in its tracks.
You really can’t blame them. When you look at the facts, I’m about to show you, the writings on the wall…
A New Energy Hierarchy Has Emerged and This Fuel Is the Undisputed King. As I said, the science behind this fuel is NOT new. Chemists have known how to produce it for over 100 years. Half of the world’s population would not be alive today if it weren’t for this discovery.
The problem is that they couldn’t figure out how to produce it on the mass scale required to fulfill our energy needs. That’s what this Canadian company’s invention is about. It puts this Nobel Prize–winning discovery within reach of the mass market. I’ve been investigating this company since it was reserved for insiders as an exclusive private placement.
Recently, this opportunity opened up to everyday Americans.
In this presentation, I’m going to give you all the details I’m allowed to share publicly. But I have to warn you, this is a highly sensitive situation. You see, the company taking this breakthrough to the market is tiny. As of this presentation, the stock was trading at a $20 million market cap. To put that in the context of its competition…Energy giant Exxon has a market cap of $420 billion… Which makes this company about one twenty-thousandth of its size.
But when news of this company’s historic accomplishment goes mainstream, investors who understand the implications will immediately scramble to buy every share of this company’s stock they can get their hands on. The Biggest Wealth Transfer in the History of Modern Business…$1.5 trillion per year — that’s the size of the market. Because its product is 100% clean, and now highly affordable to boot, this company has the full potential to pull the rug out from under the massive machine that runs the global petroleum industry.
Even if it were to capture just one-tenth of 1% of this market through its disruptive innovation, that would still amount to control of a $2.1 billion per year revenue stream. That would make this tiny young company about a hundredth the size of Exxon, which corresponds to a market capitalization of about $4.2 billion. That’s 210 times the size of the company today… Meaning even by the most conservative estimates, early investors could stand to make over 20,000% gains in the coming years.
And if this company managed to swallow up more of the global oil market, which is almost inevitable, those gains would increase by leaps and bounds. Expanding on our Exxon comparison, a 1% slice of the global pie could potentially return $2,000 for every single dollar invested — provided you made your investment early enough. Today, I’ll explain exactly how you have to position yourself to reap such extraordinary gains.
But first, you’re probably wondering which invention this company revolutionized and why almost half the world’s population would not be alive today without it. The story starts on this plot of land in Hertfordshire, England… About 180 years ago, British scientists tested the effects of fertilizers on this field. They discovered that nitrogen is the single most important plant nutrient.
There was just one problem… Though nitrogen is by far the most abundant element in the Earth’s atmosphere, no one knew how to harvest it. This changed in 1909, when the chemists Fritz Haber and Carl Bosch figured out how to pluck fertilizer from thin air by making ammonia. Nitrogen fixed in ammonia fertilizes crops, which in turn nourish you.
Chemist Mercouri Kanatzidis from Northwestern University explains, “The Haber-Bosch process is one of the most important for humanity.” – Search (bing.com)
Half of the world’s population would starve if it weren’t for the Haber-Bosch process. That’s why the synthesis of ammonia, also known as NH3, won both scientists the Nobel Prize. But NH3 isn’t just a fertilizer… The Long-Awaited Upgrade to a Nobel Prize–Winning Invention.
Ammonia is also a fuel that can power internal combustion and jet engines. Unlike petrol or kerosene, it releases no poisonous carbon dioxide whatsoever. An engine running on NH3 emits nothing but water vapor and nitrogen. In fact, you can inhale and drink the exhaust from a car engine running on it. And that’s not all…
NH3 has a 30% higher octane rating than gasoline, meaning it’s more stable under pressure. It’s less of a fire hazard, and it forms no soot, allowing engine parts to stay clean. So all of this begs the obvious question: Why don’t we run our cars, airplanes, and ships on ammonia already?
Well, unfortunately, the Haber-Bosch process, aside from helping to create the modern world, is also quite dirty and expensive. It requires enormous amounts of heat, pressure, and fossil fuels — such as coal, oil, or natural gas — to make NH3 in chemical plants like this.
An engine running on NH3 emits – Bing video
Creating NH3 this way consumes so much energy that it’s simply not economically feasible to use it as a mass-consumption fuel. When compared with the abundance of cheap, easy-to-refine oil in the ground, ammonia as fuel just didn’t make sense. And that’s the way things have been for more than a century, right up until a few months ago…Because this company’s research team found a way to produce NH3 without using any fossil fuels at all.
Its machine generates it from nothing but air and water. This is a radical upgrade to the Nobel Prize–winning Haber-Bosch process… and because of what it can mean to the world’s fossil fuel dependence, it’s at least as significant. Haber-Bosch fed the world. This innovation is expected to power the world with endless clean energy.
Industry portal Global Investment Daily confirms, “[This company] could be one of the biggest back-door disruptors we’ve seen in the energy space in years.”
Oilprice.com reports, “[This company] looks to be a first-mover in one of the fastest-paced spaces in energy.” – Search (bing.com)
And the Financial Post praises this company’s “team [of] global experts.” The oil industry is starting to see the writing on the wall as well. Saudi Arabia has announced plans to invest $5 billion into a new ammonia facility. Think about that for a second… The world’s biggest oil nation, shifting to ammonia. It’s well aware that this is the future of energy. Recently, Saudi Arabia shipped 40 tons of ammonia to Japan. The country set a zero-emission goal and is using clean fuel for its thermal power stations. – Search (bing.com)
However, Saudi Arabia’s ammonia production still requires fossil fuels. That’s why the upgrade I’m going to show you is such a huge game changer. As I said, it takes fossil fuels out of the equation completely. The tiny company I’m going to reveal today teamed up with one of the world’s leading scientists in sustainable development. He has more than 40 years of hands-on experience in tech commercialization in the resource, energy, and chemical industries.
Together, they’re preparing the full-scale product launch that’s set to happen very soon. If you were going to put money in one speculative play in the next decade, this company is it.
Because the potential upside is huge. As I said earlier, a return of 100 times your investment in the coming two to three years is not unrealistic. I’m required to temper my enthusiasm for legal reasons, of course. The reality is, I believe that even that 100x projection is conservative.
In a moment, I’ll explain why I believe early investors are going to see these kinds of gains, how exactly it’s possible to generate fuel from air and water, and what you have to do in order to get in on this once-in-a-lifetime opportunity. But first, please let me introduce myself… This Is Unlike Any Investment You’ve Made Before
Hi, my name is Keith Kohl.
Keith Kohl’s NH3 Company – Make 100x Your Money in 24 Months? | Green Bull Research
I’m the senior technology analyst at Angel Publishing, one of the fastest-growing independent investment research firms in the world. For the past 20 years, I’ve been on top of every major tech trend. For example, I turned my readers on to a tiny lithium mining stock called Lithium Americas Corp… A stock that has soared 2,786% from where they had the chance to get in.
My team and I were among the first to spot the potential of “data science,” and we recommended a company called iRobot. Readers who acted on my recommendation had the chance to rake in 1,696%… even if they didn’t know anything about “data science.” We also uncovered a new kind of light-emitting diode and recommended the company behind it to our readers. They pocketed a 4,991% return.
Did they need to understand what a light-emitting diode is in order to make 50 times their money from it? Of course not.
Possibly the Biggest Energy Play in a Century…
As you may know, the energy sector generated some of the biggest fortunes in history.
John D. Rockefeller and J. Paul Getty built their fortunes on oil. – Search (bing.com)
The Koch brothers, worth $99 billion, also amassed their wealth from oil. – Bing video
The energy sector is so lucrative that it’s created rare and exceptional trades big enough to turn $1,000 into $1 million in a single transaction in just four years’ time.
And yet this NH3 upgrade could DWARF anything that’s come before it… Because right now, we’re starting to see ammonia replace oil-based fuels across vital industries.
Take the shipping sector…
Vessels like Viking Energy are currently being retrofitted to run on ammonia…
As the British Royal Society points out, “The maritime industry has already identified the significant retrofitting potential for ammonia as a green fuel for shipping, noting its ease of storage, existing maritime networks and bunkering capabilities.”
The British Royal Society points out, Ammonia zero carbon fertiliser, fuel and energy store – Search (bing.com)
Chemistry professor Bill David confirms, “Ammonia is the only zero-carbon fuel that will get you across the oceans.” – Search (bing.com)
Or take the aviation industry… Planes can now run on ammonia rather than kerosene, allowing airlines to keep their existing fleet. A modification recently developed by the University of Oxford makes this possible. As engineer Dr. James Barth explains, “[Thanks to ammonia] a fast transition to a sustainable aviation future is possible at low cost.” – Search (bing.com)
It’s no wonder the Financial Times referred to ammonia as “the fuel of the future.” – Search (bing.com)
And then there’s the trucking industry… These heavy-duty diesel trucks were recently converted to run on ammonia. They’re part of Canadian freight company TFX International’s fleet.
Look, the global NH3 market is currently valued at $72.82 billion.
Oil is valued at over $1.5 trillion.
Altogether, the global fossil fuel industry pulls in about $3.3 trillion per year. In other words, the fossil fuel sector is more than 45 times bigger than the NH3 sector. NH3 is beginning to replace oil in the transportation sector. As you’ve seen, this shift is occurring across the shipping, aviation, and trucking industries. Keep in mind that the transportation industry is THE biggest oil consumer.
As oil consumers are beginning to move toward this zero-emission alternative, the NH3 industry could end up flooded with billions, perhaps trillions, of dollars from the oil market. Right now, we’re witnessing what could be the most explosive opportunity in our lifetimes. The little-known company I’m revealing today is at the heart of it all. Thanks to its groundbreaking technology…
As our earlier market share scenario showed, a 20,900% gain isn’t just possible, it could actually be a conservative estimate of the long-term potential. And this could start to unfold within the next 12 months. I’ll explain why in a moment. But first, I want to show you exactly how it’s possible to create fuel from nothing but air and water.
An Unlimited Fuel Supply in Your Garage
Upgrading the Haber-Bosch process is a major engineering challenge. – Bing video
After all, this process hasn’t seen any substantial changes for more than 100 years. But this firm’s distinguished team achieved this major breakthrough. Take the company’s director. He has more than 35 years of experience in setting up large-scale ammonia plant projects. Then there’s the vice president of technology. She has a PhD in material science from the Imperial College London and has been working in the tech industry for almost two decades.
And, of course, there’s the CEO. Not only is he a former NASA engineer, but he also used to be a captain in the U.S. Army Field Artillery branch. Thanks to his extraordinary leadership skills, he gathered a brilliant research and development team that has already filed 48 Canadian and 21 U.S. patents. This R&D team is headed by one of the world’s leading experts in sustainable development, with 40 years of experience.
With such a tremendous amount of talent, solving the Haber-Bosch conundrum seems almost simple… You see, both components required to make ammonia are in the air we breathe and in the water coming out of your tap. I’m talking about nitrogen and hydrogen: The machine this company developed is continually sucking air in to take the nitrogen and sucking water in to take the hydrogen. Proprietary technology combines both elements in a catalytic reactor to produce ammonia. – Search (bing.com)
This is what the demo unit looks like:
Right now, this company is perfecting the production process in its recently opened 15,000-square-foot facility in Michigan. That’s where the company makes as much as 1 ton of ammonia per day. Eventually, it plans to ramp up production volume to 25 tons per day in that flagship facility alone. Remember, the Haber-Bosch process requires large industrial-scale equipment.
But this modular apparatus can sit at any location where fuel is needed. It can be easily scaled to the quantity of fuel required. A device like this could one day even sit in your garage. It would constantly be generating fuel so you’d have a reserve when you need to fill the car. As you might have guessed, this whole process requires electricity. But as strange as it may sound, that’s exactly what makes the opportunity so exciting…
143 Countries Will Soon Be in Dire Need of This New Technology
You see, this technology solves wind and solar’s biggest problem. I’m talking about electricity storage.
Let me explain…
Renewable energy has surged by 468% in the U.S. since 2008. In California, rooftop solar is already producing three times as much as centralized stations. – Search (bing.com)
But this is just the beginning… The Biden administration has called for 100% clean energy by the middle of the century. This new legislation will inject $1.7 trillion into clean energy technologies. That money will pay for an annual addition of 100 gigawatts of generation capacity.
That’s enough to supply California and New Jersey with electricity for a whole year. There’s one problem, however. This kind of energy supply is unstable. On the one hand, the sun doesn’t always shine and the wind doesn’t always blow. On the other hand, when there’s a lot of sun and wind, much more energy is being produced than the grid can handle.
Solar panels and wind turbines have to be disconnected from the grid to prevent overloads when that’s happening. As a result, California alone loses nearly 200 gigawatt-hours of electricity each month. That’s enough to power about 228,050 homes, and it’s simply going to waste. The only way to use this excess power is by feeding it into storage solutions.
As The Conversation reports, “As renewables boom, [the] need for energy storage is more urgent.” – Search (bing.com)
And with all that extra wind and solar power coming online very soon, the demand for cheap electricity storage is about to soar. This company’s machine can take excess electricity and transform it into ammonia. When there’s no sun or wind, that ammonia can be fed into thermal power stations to produce zero-emission electricity. It’s like a liquid battery, only without the chemical waste or constant potential for failure.
That’s why Energy Central calls ammonia the “ultimate energy storage.” – Search (bing.com)
According to the U.S. Department of Energy, ammonia is the lowest-cost proven technology for long-term, large-scale energy storage. Right now, the U.S. has 23.2 gigawatts of capacity in energy storage. But that’s not enough to transition to 100% renewable energy. As research firm Wood Mackenzie estimates, 900 gigawatts of new storage will be needed in the next 10 years. That’s an increase of 3,779%.
And that’s just in the U.S.
Globally, 143 countries are committed to 100% clean energy roadmaps. Countries like Canada, Australia, Mexico, France, Iceland, and even places like Nepal, Zimbabwe, and Jamaica are fully transitioning to wind and solar energy.
Wood Mackenzie projects a thirteen-fold increase in grid-scale storage until 2024 as a result. – Search (bing.com)
That equates to an investment of $132.4 billion in the next four years. The opportunity here is so big that it’s hard to calculate how much this tiny company that owns the proprietary technology for the Haber-Bosch upgrade could soar. And remember, this is ON TOP of its primary business model: fuel production. Now, before I continue, I want to make sure you understand that despite all of the prospects, the early-stage nature of this company makes this a highly speculative bet.
There’s always risk in investing. Never risk more money than you can afford to lose. But with the potential we’re facing here, even a small initial stake can potentially grow into a sizable position. Make no mistake, this isn’t one of those situations where you can just take your time. The window to get in front of the largest gains is closing. That’s because an obscure federal rule just got enacted. One that’s pouring a ton of additional fuel on this fire.
Few people know this, but an earlier version of a rule like this helped Tesla rake in more than $5 BILLION in profits since 2017… Each metric ton of NH3 used as fuel reduces CO2 emissions by more than five metric tons, which means this company can quickly pile up a huge amount of credits. Once again, that’s money it can make ON TOP of the profit from selling ammonia and energy storage.
Don’t forget this is a tiny company whose total share count is valued at a mere $20 million (USD) at the time of this publication. Look, you may NEVER have another shot like you have today — RIGHT NOW — with this tiny company. That’s not just because the Inflation Reduction Act opened up a brand new billion-dollar opportunity for this company…It’s also because this firm is heading forward at an incredible pace… and it’s only a matter of time before this energy revolution will be all over CNBC or Bloomberg.
The Investment Public Could Wake Up to This Opportunity Any Day Now
As I said, the revolutionary redesign of the Haber-Bosch process has been in development for years… – Search (bing.com)
But right now events are unfolding at breakneck speed. Not only has this company just opened its 15,000-square-foot flagship facility..It’s also preparing to build a major ammonia production facility at the Port of South Louisiana. This is HUGE news…
Because it gives this firm a massive head start in unlocking the zero-carbon shipping industry. After all, the Port of South Louisiana is one of the largest ports in the Western. Hemisphere, with a volume of over $57 billion in exports and $18 billion in imports every year.
And North America is just the beginning…
This firm also plans to build a production facility in Brazil’s Porto Central, a new Deepwater industrial port complex serving a market of over 100 million consumers.
And in the following months, it expects to open a production facility in Europe as well.
The green fuel revolution has officially been kicked off…