(wow) Words Of Wonders Level 740 Answers – We've talked a lot about energy in the last few years because the world's supply of fossil fuels has outstripped the growth in demand, causing prices to rise. We have also discussed nuclear energy many times, as it is one of the easiest ways to produce reliable and abundant energy for an economy that will depend on electricity due to the energy transition. One of the things I've forgotten is hydrogen, which I've become a fan of over the past few years. While there are doubts about hydrogen's place in the global energy debate, I have no doubt that it will play an important role in the decarbonisation of major economies.
In this article, I'll walk you through my thoughts and research as we discuss why hydrogen is set to take off in 2023. I'll also tell you why I'm bullish on Plug Power (NASDAQ: PLUG), a hydrogen player. set to take place in 2020 and 2021. Now, it has come back to earth, ready to start a long uptrend, supported by the improvement of the work order and the acceleration of government funding.
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Don't worry. I am not turning this into a chemistry lecture. However, it won't hurt to start this article with some basics because we need to have some technical knowledge in this article.
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Hydrogen is not a new concept. I received some pamphlets from a retired professor discussing the future of hydrogen in 1990. Basically, hydrogen is a chemical element with the symbol H and atomic number 1, making it the simplest .
Hydrogen is used in the petrochemical industry to upgrade and refine fossil fuels. It is used to produce ammonia and as a coolant in the generator. In addition, it has applications in the semiconductor industry, air production, and other things like leak detection. It is also a supplier of incredible energy, which makes it fantastic for energy conversions.
For example, in the electrolysis of water, current is passed through the water. This leads to oxygen and hydrogen gas. It's not important, but here's a simple formula, showing that water turns into hydrogen and oxygen (boy, this takes me back to high school chemistry):
Hydrogen can also be made using methane, which does not require water. This method of methane pyrolysis. Letting water react with methane and carbon monoxide is also one way to do it.
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The reason I am telling you is that there is a problem here. Hydrogen production is not efficient. In all cases, you need to use existing energy sources. For example, by using coal, natural gas or oil to produce hydrogen, I lose energy in the process. After all, I can burn fossil fuels directly. Using an intermediate like hydrogen wastes energy. It also doesn't reduce emissions because I'm still burning fossil fuels.
Clean energy sources that produce cheap and abundant energy should be used to produce hydrogen. Once controlled, hydrogen can decarbonize cities through hydrogen transport (cars), industrial processes, and more. At best, most of the natural gas and fossil fuel infrastructure can be used to produce hydrogen. This also makes it great as a power source for private individuals.
To give you a personal opinion, I strongly support the promotion of nuclear energy supply for hydrogen production. I like this for renewable energy sources like wind and solar.
I also like the energy saving aspect. For example, saving electricity from renewable energy sources is difficult. Using renewable energy to produce storable hydrogen allows us to conserve renewable energy, so to speak.
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That said, other obstacles like funding are slowly disappearing, paving the way for the hydrogen boom.
Although we have the technology, many obstacles still prevent hydrogen from becoming more popular. For example, Australia has only one hydrogen project out of a large pipeline of proposals worth nearly $180 billion.
So far, 55% of all energy investments have gone to oil and gas in Australia, a country that wants to use renewable energy to produce hydrogen.
However, most of the hydrogen feasibility studies have failed, with developers deciding that the project is not commercially viable, the government said in its Energy and Resource Services report on Monday, the report said. Only $100 million has been made so far. “Several feasibility studies have concluded that significant government support is still needed for low-carbon hydrogen projects to become commercially viable,” according to the report. However, Canberra insists that hydrogen is a “new field”, adding that “the project landscape is expected to change rapidly”. If all existing proposals reach the financial end, hydrogen will immediately become the fastest growing export industry in Australia, according to the report.
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As is often the case in “forced” energy transitions, a lot of money is needed to start a large renewable energy project.
So one of the reasons I'm writing this article is the positive trend to accelerate investment in the hydrogen space.
This time, the competition ignited once again. As Bloomberg wrote earlier this year, China began to dominate the solar industry (manufacturing) when prices were low a decade ago. They eliminate western competitors and still dominate the industry in 2023.
In this case, it's all about electrolytes. This is used in the process of splitting water into hydrogen and oxygen. As discussed in the first part of this article, it is the key to the process of using renewable energy sources to produce hydrogen.
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This shows the need to produce more electrolytes, and the need to go beyond China. After all, China has dominated the supply chain of other renewable energy technologies.
As discussed in a Harvard Kennedy School paper in December 2021, we see China dominating the supply of renewable energy through the production and processing of critical materials and components. In a world where energy is a matter of national security, this is not insignificant.
President Biden, who served as Vice President under President Obama when China became dominant in solar energy generation, has seen China as a competitor rather than a competitor in the energy transition.
As a CEO, you have the tools to do something about it. As we reported in November, the Inflation Reduction Act is the best way to effect a change of power in the industry.
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The law, which gives producers tax credits of up to $3 per kilogram, “almost guarantees that hydrogen will be the main energy supplier in the future,” Kate Vidgen, head of industrial change and fuels known as Macquarie's Green Investment Group. Bloomberg TV interview.
In this case, it is not only the USA. The European Union is also looking to boost hydrogen production. In addition, due to the war in Ukraine, the flow of natural gas from Russia has dropped to almost zero. This led to a serious supply shortage.
Although there is no way that hydrogen will fill this gap in the coming years, it is a good tool to be independent from Russia in the long term. It also fits with EU plans to boost renewable energy, which can be used to produce hydrogen.
Therefore, the EU is now looking to increase green production to 10 million tons per year by 2030. The problem is that there is no clear definition of the word “green”, which means that large investments will not be made. After all, who would invest billions in an environment of political uncertainty?
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You probably know where I'm going with this, but this is good for the US because it supports the production of electrolytes in North America instead of Europe. To quote a reviewer who commented:
“I fear that market share in the electricity business will be taken from Europe and sent to other regions of the world,” said Jorgo Chatzimarkakis, chief executive of the Brussels-based lobby group Hydrogen Europe. “Europe shot itself in the head, not in the foot – in the head.” Meanwhile, many analysts expect China's electronics industry to improve, eliminating all the technological advantages of the US and Europe at present.
China is at the forefront, having invested in hydrogen for several years. Also, as the BloombergNEF chart in this article shows, it's cheaper to produce. China uses basic electrolytes. This is cheaper but requires more energy in the process of splitting water into hydrogen and oxygen. Developed Western countries use solid oxide and proton exchange membrane (“PEM”) electrolytes. The initial cost is higher, but the production is more efficient.
That said, China is not stupid, because it is now moving to PEM as well, making 1.5 gigawatts of electricity production capacity, which can incorporate PEM as well.
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With that said, innovation is obviously a big part when it comes to reaping the benefits of hydrogen. Unlike diesel, which is an off-the-shelf technology, the electrolyte is a part of the hydrogen production unit that is almost always unique to the customer's needs.
Plug Power Inc. is building a large number of green hydrogen plants in the US, and each one is unique, said CEO Andy Marsh. “A company in Texas is different from a company in New York, which is different from a company inside
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