Hydrogen lead project: thyssenkrupp nucera to expand to 5 GW of annual production capacity

thyssenkrupp nucera wants to establish high volume industrial production - upscaling from 1 GW to 5 GW per year. But how do we achieve this?
With the project H2Giga thyssenkrupp nucera is driving forward the industrialization of AWE technology through automated series production funded by the German Federal Ministry of Education and Research. Over 240 partners from science and industry are working together in the hydrogen lead projects.
#greenhydrogen #thyssenkruppnucera

[@vincecox8376]

Let me help you out: #1 the first thing you need to know is that H20 is two molecules you want to separate, #2 you should recognize that they are magnetically bond to each other. So this is real simple and you will have more then you can handle!! Build your basic water filled glass with the two electrodes. Now put in a very small amount of DC power and last but not least, THIS IS THE BIG DIF: Vibrate the center field of a magnet into the mix. I refer to it as the "B" field. The molecules were magnetically attached now you have to provided the dividing energy to divorce the two fields!! JUST LIKE A MAGNET DEVIDES N & S POLES IT now can be used to separate the two molecules if tuned to the correct vibrative frequency... Do not Oscillate it would disrupt the magnetic field because it contains the "B" field. Vibrate only!!

[@PhatallyFlawless]

THYSSENKRUP HOW DID YOU GET INTO MY MAIN ETF, HDRO I HOPE YOUR GOOD AT HYDROGEN

[@ericksonmontalbo7995]

nice

[@zawanibinismailismail7909]

what is maximum distortion allowed for bipolar plate fabrication/manufacturing

[@wasekaranup]

great achievement, how much produced hydrogen into 1 electrolyzer cell

[@gopalbijarniyan1821]

Where are you located Thnq

[@thyssenkruppnucera]

​+gopalbijarniyan​ Our headquarters is located in Dortmund, Germany. In addition to that we have offices in Houston (US), Milan (Italy), Riyadh (Saudi Arabia), Okayama and Tokyo (Japan), Shanghai (China), and Perth (Australia). For more information, visit our website: thyssenkrupp-nucera.com/

[@juansalinassalvador8245]

4000 m3 in normal conditions?

[@thyssenkruppnucera]

Yes, our 20 MW electrolyser module produces 4000 Nm³/h of hydrogen, which means 4000 cubicmeters of hydrogen at normal conditions per hour.

[@gopalbijarniyan1821]

Can you have hydrogen generator if yes then maximum capacity of generator you have Thnq

[@thyssenkruppnucera]

​+gopalbijarniyan​ You can find all information on our alkaline water electrolysis here: thyssenkrupp-nucera.com/green-hydrogen-solutions/