Green Hydrogen and Electrolysis – For Net-Zero Emissions
Here’s an article posted in Matthey that talks about the power of Hydrogen and electrolysis for net-zero emissions.
Here are the key takeaways from the article on electrolyser technologies on the Johnson Matthey website:
- Different electrolyser technologies are necessary to cater to a variety of applications and emerging needs in hydrogen production.
- The four main types of electrolyser technologies are Liquid alkaline (AEL), Proton exchange membrane (PEM), Anion exchange membrane (AEM), and Solid oxide (SOEC), each with unique advantages and operational characteristics.
- It is important to consider trade-offs such as efficiency, cost (both capital and operating), and system durability when choosing the right technology for a specific application.
- The development of various technologies in parallel will support a diverse and resilient hydrogen production ecosystem as demand for green hydrogen increases globally.
Some of the interesting questions we have regarding this stuff:
- What are the key trade-offs to consider when choosing among the four main types of electrolyser technologies (AEL, PEM, AEM, and SOEC)?
- How do the intermittent nature of renewable energy sources impact the efficiency and suitability of different electrolyser technologies?
- What are the implications of the U.S. Inflation Reduction Act on the development and expansion of green hydrogen production capabilities?
Interestingly, we have some other posts related to this content:
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Insights and interactions on climate action by Narasimhan Santhanam, Director - EAI
View full playlistGreen Hydrogen Production: Methane Electrolysis Technology by Graforce: This post discusses the innovative ‘methane electrolysis’ technology introduced by Graforce at the International LNG Congress 2023. Hydrogen Production: World’s First Test of Seawater Electrolysis Conducted at Xinghua Bay China: This post reports on the world’s first successful test of seawater electrolysis for hydrogen production, conducted without the need for desalination at Xinghua Bay, China. Green Hydrogen from Seawater with Double-Membrane Electrolysis – New Method: New method, double-membrane electrolysis, produces hydrogen from seawater without toxic by-products like bleach and chlorine, environmentally friendly.. Cost-Efficient Electrolysis and Liquid Hydrogen Storage for Future Renewable Energy: Study by VTT Finland finds cost-efficient electrolysis viable for future renewable energy systems, highlighting hydrogen’s role in storage and hard-to-electrify sectors.
