First of all, a cool contribution👍 But unfortunately, in addition to green hydrogen, the procurement of "green" synthesis gas (CO2 and CO) is also a problem. Currently methanol is still obtained from coal gas and oil. Which, for example, are processed via steam reforming, steam cracking or partial oxidation to synthesis gas and then to methanol, among other things. The possibility of CCU or power-to-chemical processes would circumvent this problem, but these processes (such as amine scrubbing) are still very inefficient and uneconomical for the production of methanol.
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@ScienceGuy Do not anticipate me everything, otherwise I myself will not be able to write in the future. 😭 Thank you for the praise. 😄 It is planned here so initially to present renewable energy sources and subsequently to examine individual processes, also energetically closer and of course here on Getquin the potential on the stock market closer.
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@Hannes_SK Of course, I did not want to tell you in advance. I try to mend my ways and not reveal too much in advance 🤓 You will still have one more follower who will follow the posts with interest.😎 May I ask what qualifies you in the subject of chemistry? Study, training, as a child had a chemistry set?😆
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@ScienceGuy You are forgiven. 😄 Unfortunately, the latter does not qualify me. I hope that I can then at least change that with my children. But to do that, I first have to find the right woman. What is your field of study?
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@Hannes_SK Chemie im Master 🧪❤️
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@ScienceGuy Where do you want to go then? Research or rather practical business?
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@Hannes_SK That's not quite clear yet, but I'm leaning towards research at the moment 😄
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@ScienceGuy You will find your way in any case. 😊 I took the second way, but worldwide. Advantage: You get to know the real world and don't stay in the dreamy Germany, where everything is green, already and utopian talk. Disadvantage: You get to know the real world.
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