What an excellent presentation by a fantastic team of experts that has not held back on very informative data and learnings. I am working on a very large scale H2 plant (GW+) design (inc liquefaction) and have found this presentation absorbing and have watched it from one end to the other several times. The "pressure cooker" analogy is very applicable. To me the stack is by far the highest "new" risk component in the whole plant design, being novel but a package that is very high energy, pressurized, at temperature, full of highly explosive gas and corrosive caustic electrolyte etc. The Hazop's for these along need to be extremely thorough.
An excellent tutorial and deep dive in the plant design. Learned a lot. It would be nice to have a debate on the design philosophy: do we foresee more centralized gree-hydrogen plants at gigawatt levels? Or de-centralized plants localized at turbine level, pv plant level, etc..rated for MWs levels should be preferred? Or maybe a combination of both, depending on application and target LCOH.
Notice how the audio is handled in this presentation. It's quite loud, but it's OK, because it doesn't blast. For its purpose, it actually works well. Nice to not have to turn it way up, as in some event recordings. So when I go somewhere else it doesn't torture my ears, or my neighbors.
The whole concept of Green Hydrogen is interesting as it has to be made by renewable power sources such as solar and wind and Hydro. So whoever builds the industrial solar panels and wind turbines and builds the thermal power plants with molten salt storage are still big winners. Traditional Nuclear power can also be used to make Green Hydrogen and is also zero emissions but the waste adds another level of cost and complexity to any project. So the kinds of Power Generation that can be used to make Green Hydrogen is very extensive with the common theme obviously zero emissions power sources. I think Green Hydrogen has a big future as long as people are realistic about what uses Green Hydrogen is suitable for. Being able to keep the cost of Green Hydrogen competitive with other comparable fuel sources so the uptake of the fuel is justified is obviously extremely important. 😎🇦🇺
Hi, i want to join with you and i wish to explore my experience please do sure how can i get this opportunity i'm too happy to sure for this met with this conversation. Thanks too.
830/KW cost includes power generation cost from Renewable energy ( 31%) as per pie chart ? If Solar power is available can capital cost be reduced to 600/KW?
Hello Yogesh, the answer is no. Renewable energy generation is OPEX. Our main focus of the report was on capital costs. Hopefully this will answer your questions. Kind regards, ISPT
Why not start distributing the MW scale technology to acquire the funds to create the 3rd gen technology? For example, Starlink of SpaceX is a cashcow for SpaceX for its bigger projects. So maybe if the EU includes stakeholders like the US or Canada or even countries in the Indo Pacific, the technology can progress a lot faster.
Impressive! It was really helpful to understand GW scale of water electrolyzer system and how to achieve cost reduction.
What an excellent presentation by a fantastic team of experts that has not held back on very informative data and learnings. I am working on a very large scale H2 plant (GW+) design (inc liquefaction) and have found this presentation absorbing and have watched it from one end to the other several times. The "pressure cooker" analogy is very applicable. To me the stack is by far the highest "new" risk component in the whole plant design, being novel but a package that is very high energy, pressurized, at temperature, full of highly explosive gas and corrosive caustic electrolyte etc. The Hazop's for these along need to be extremely thorough.
It emits greenhouse gasses, and lots of them. We're doomed.
best excellent presentation about H2
Clean Energy and Clean Tech ♻️ ESE🌿🌿🌿Bangladesh ♻️
An excellent tutorial and deep dive in the plant design. Learned a lot. It would be nice to have a debate on the design philosophy: do we foresee more centralized gree-hydrogen plants at gigawatt levels? Or de-centralized plants localized at turbine level, pv plant level, etc..rated for MWs levels should be preferred? Or maybe a combination of both, depending on application and target LCOH.
Notice how the audio is handled in this presentation. It's quite loud, but it's OK, because it doesn't blast. For its purpose, it actually works well. Nice to not have to turn it way up, as in some event recordings. So when I go somewhere else it doesn't torture my ears, or my neighbors.
The whole concept of Green Hydrogen is interesting as it has to be made by renewable power sources such as solar and wind and Hydro.
So whoever builds the industrial solar panels and wind turbines and builds the thermal power plants with molten salt storage are still big winners.
Traditional Nuclear power can also be used to make Green Hydrogen and is also zero emissions but the waste adds another level of cost and complexity to any project.
So the kinds of Power Generation that can be used to make Green Hydrogen is very extensive with the common theme obviously zero emissions power sources.
I think Green Hydrogen has a big future as long as people are realistic about what uses Green Hydrogen is suitable for. Being able to keep the cost of Green Hydrogen competitive with other comparable fuel sources so the uptake of the fuel is justified is obviously extremely important.
😎🇦🇺
Hi, i want to join with you and i wish to explore my experience please do sure how can i get this opportunity i'm too happy to sure for this met with this conversation. Thanks too.
830/KW cost includes power generation cost from Renewable energy ( 31%) as per pie chart ? If Solar power is available can capital cost be reduced to 600/KW?
Hello Yogesh, the answer is no. Renewable energy generation is OPEX. Our main focus of the report was on capital costs. Hopefully this will answer your questions. Kind regards, ISPT
Why not start distributing the MW scale technology to acquire the funds to create the 3rd gen technology? For example, Starlink of SpaceX is a cashcow for SpaceX for its bigger projects. So maybe if the EU includes stakeholders like the US or Canada or even countries in the Indo Pacific, the technology can progress a lot faster.
Can you please illustrate the above diagram with an example?
Hi Sreenath, can you please specify which diagram you are referring to and in what minute it is shown? We would love to answer your question.
How much is the cost 4 green hydrogen plant and can that hydrogen produced be compressed in cylinder
Thank you for your question. Please refer to our report for your first question. For the latter: yes, for mobility purposes at 300/700 bar.