Green Hydrogen - Production, Storage and Transportation
Вставка
- Опубліковано 17 тра 2024
- Join us as we dive into the exciting world of green hydrogen in our latest video. From production methods to storage and transportation, we'll be discussing all the key aspects of this sustainable energy carrier. We also take a look at the opportunities and challenges in the sector, explore real-world case studies, and peek into the future prospects of green hydrogen.
Also, check out your free feasibility template for estimating the technical and economic potential for developing a green hydrogen project in heavy industries such as chemical, steel and cement:
reneenergy.mailchimpsites.com/
Check out our library of green hydrogen ebooks available at Google Play to learn more about green hydrogen and feasibility studies of it:
Digital Ebooks
bit.ly/3JMjW5F
Green Hydrogen Feasibility
bit.ly/4a6tovp
Mastering Green Hydrogen Feasibility Studies:
bit.ly/4bssDhv
Cement Plant Green Hydrogen Feasibility Study:
bit.ly/3wtRHpx
The PEM Advantage
bit.ly/3QAhdQB
Green Hydrogen Investment
bit.ly/3JQccQb
A guide for how to adopt Green Hydrogen for your industry:
bit.ly/3WsbX5u
A Guide to Green Hydrogen for industries:
bit.ly/3UOUPph
Remember to like, comment, and subscribe for more educational content on renewable energy. Let's learn together and contribute to a greener, sustainable future!
#GreenHydrogen, #SustainableEnergy, #RenewableSources, #HydrogenStorage, #HydrogenTransportation, #HydrogenMarket, #HydrogenFuture, #DecarbonizingIndustry, #HydrogenCaseStudies, #HydrogenInfrastructure, #HydrogenChallenges, #HydrogenOpportunities, #FuelCellVehicles, #EnergyStorage, #GreenIndustry, #HydrogenPolicy, #HydrogenCollaboration, #HydrogenApplications, #HydrogenResearch, #CleanEnergy, #ZeroEmissions, #ClimateChange, #EnergyTransition, #Innovation, #Sustainability. - Наука та технологія
This video with contains the highest number of sources of green hydrogen I've seen on UA-cam
Good job 👍
You got paid to write this nonsense?
Thanks for the knowledge. As my country Namibia is deeply invested.
Thank you for watching! Check out our ebooks at bit.ly/4dAcsR6 to get even more specialized knowledge for navigating the new green hdyrogen industry. Thanks!
Clean Energy and Clean Tech ♻️ ESE🌿
The oil giants love this stuff, it keeps them relevant. Money and recourses spent on trying to achieve green hydrogen is money and resources not spent modernizing and upgrading the electric grid to support electric vehicles.
Hydrogen as an alternative energy source has long been a red herring to distract and derail efforts in other and already established green energy sectors. It was widely supported by the oil industry in the early 2000s as a way to stop the deployment of early electric vehicles. I still remember Arnold Schwarzenegger when he was governor of California unveiling the "Hydrogen Highway" and how it was used to as an excuse to destroy all the EV1s. That was 15 years ago, even with massive public subsidies where is that highway?
The oil industry has a plan, should hydrogen become a major form energy, to make sure that the majority of hydrogen is sourced from fossil fuels. This includes a public relations campaign to sow FUD and promise that totally green hydrogen is only a few years away, while doing everything they can to make sure it never happens.
Thank you for your comments and visiting reneenergy.com UA-cam channel. To ensure sustainable hydrogen production, stringent government regulations, coupled with blockchain technology for transparent tracking of hydrogen sources, are essential. Public-private partnerships can bolster research in green hydrogen, supported by investments in renewable energy infrastructure, with blockchain ensuring accountability. Additionally, carbon pricing, consumer education, and blockchain verification can shift market dynamics, favoring renewable over fossil fuel-based hydrogen.
@renewables2050 Green hydrogen is a pipe dream within a pipe dream. In North America, the infrastructure costs alone are in the multi-Trillion dollar range. It would require infrastructure already in place, built and owned by the petroleum giants.
In addition, for production, and with all truely green methods, green hydrogen requires purified water, but unfortunately, freshwater is becoming an increasingly scarce resource, globally.The time when green hydrogen could have been a realistic green alternative to conventional fossil fuels is long, well, past. Without a true sea change technology coming to bear, the window of opportunity has closed. Studies and analysis show that green hydrogen will see limited deployment, and what we will end up seeing is a mix of gray hydrogen taking over the majority of any established hydrogen markets. Keep in mind that the petroleum giant already have some facilities producing hydrogen, built out infrastructure for distribution, while any true green competitor would have to start from scratch. Any attempts to share the distribution networks of the petroleum giants will be laced with economic/contractual traps meant to cripple or destroy a competitor. There is absolutely no incentive to play nice. Stop waisting time and money on the unfeasible.
@renewables2050 As for public/private partnerships. What they have become is yet another mechanism to funnel public funds into private pockets. The promise they provided was quickly usurped by clever ruthless minds. I have seen this happen too many times.
Green hydrogen production is like photosynthesis of trees which create oxygen. Also we can get H2 for transport and factory operations. The station can set up easily because it can produce H2 from easy find materials around us. It is great to have green hydrogen production.
Green hydrogen does mirror nature's photosynthesis in a way, offering a clean energy alternative for transportation and manufacturing using readily available resources. Thank you for highlighting this innovative and impactful approach!
Wonderful presentation and Informative
Thank you so much for your kind words!
Green hydrogen is the future of the energy industry
Thank you for taking time to engage with us and for your insightful comments. Absolutely, green hydrogen represents a promising and sustainable future for the energy industry.
Hi folks. A well rounded video. It’s the area of my interest in my PhD in Australia. Should you be looking for a contributor to your site, then lets chat
Hey, I am currently doing my masters thesis in the Uk on Hydrogen as an energy medium , if you can provide any support or we can have a conversation about it, it would be highly appreciated. Thank you.
This is my graduation project, can help me or mintor me?
That's great to hear! While we're not currently looking for contributors, your expertise in this field is certainly valuable, and we'll keep it in mind for future opportunities. Thanks for your interest and good luck with your PhD in Australia!
Congratulations on your graduation project! Although I can't offer hands-on mentoring, I'm here to assist with any information or advice you might need. Don't hesitate to reach out with your questions. Wishing you great success with your project!@@asemshendy5116
@@renewables2050 one more thing not looking for work but I am looking for data which I would use in the PhD and share the outcomes with you. This would help both of us in being better tuned in our work. What do you think as if you 100milefoodie to talk about the projects you are covering maybe you can see how my AI work to try to build a value model can help
0:57 water vapor is indeed a greenhouse gas!
Thank you for visiting the reneenergy.com youtube channel. Indeed, but not a harmful GHG as such. The combustion of green hydrogen produces water vapor, which is a greenhouse gas but primarily acts as a feedback mechanism in the climate system. This means that while water vapor can amplify existing warming, it doesn't initiate climate change like CO2 or methane. Therefore, the water vapor resulting from hydrogen combustion is generally considered less problematic in the context of long-term climate change compared to greenhouse gases that act as forcings.
The enthalpy and entropy do not change, only the activation energy. The energy to make H2 is very high, and the energy released is less than 50% of the energy to mke the H2. Storage and transport of H2 are difficult and expensive and electrolisers and fuel cells are more expensive than batteries that are some 90% efficient.
You're right in pointing out the challenges with hydrogen production and utilization. While the process of making H2 is energy-intensive and currently less efficient compared to battery technology, ongoing research and development are aimed at improving these aspects. It's crucial to consider these factors in the broader context of sustainable energy solutions. Thanks for bringing up this important perspective!
Gave it a like. What’s not to like. But, there’s enough stuff out there that partly debunks these claims. So “Let 1000 flowers bloom.” Who said that? Mao? Who said “There ain’t no free lunch.” I’ll go with that claim.
Thank you for the like and for sharing your thoughts! Indeed, the energy landscape is complex and often contains contrasting viewpoints. "Let a thousand flowers bloom" is indeed attributed to Mao Zedong, while "There ain't no such thing as a free lunch" is a popular adage in economics, emphasizing that everything has a cost. It's important to weigh different perspectives in the pursuit of sustainable energy solutions
We need Green Hydrogen Plant since here in Kenya we lack it and we want to buy Green Hydrogen Cars and Trucks
Thank you for highlighting the importance of green hydrogen in Kenya. It's inspiring to see the push for sustainable solutions.
Need 4k 8k
CEO i come in tokyo afther i sucses
There is very little energy in hydrogen, and the fuel cell have 35 % losses, and when you convert it back to elekricity you loose a 35% again, and it is the smallest molecule, so it is leeking eaisy, and there are not mutch energy in it. It has to be compress to as much ad 700bar in viecles, and it is a master, vhen leeking.
So No, I think battery is much better. How I see it.
Thank you for your comment stigbengtsson7026. Hydrogen fuel cells face challenges such as lower energy density, significant energy losses during conversion, and issues with hydrogen leakage and high-pressure storage. In contrast, battery electric vehicles are generally more efficient with simpler energy storage and conversion processes. The choice between hydrogen and battery technology often depends on the specific application, with batteries favored for efficiency and hydrogen for certain long-range, heavy-duty uses.
Hire a voice actor.
Using wind and solar electrons for hydrogen production - dumb
Compressing and cooling of hydrogen - dumb and wasteful of energy
Storage of hydrogen - dumb, wasteful, ineffective and stupid
Transportation of hydrogen - dumb, wasteful, ineffective, stupid AND dangerous.
Thank you for sharing your viewpoint. The challenges you've highlighted regarding hydrogen production, storage, and transportation are indeed significant concerns in the current energy landscape. It's important to critically assess all aspects of emerging technologies to ensure their viability and safety. Your input adds a valuable perspective to the ongoing discussion about sustainable energy solutions.
Thank God this ain't gonna happen.
This video with contains the highest number of sources of green hydrogen I've seen on UA-cam
Good job 👍
Thank you for your appreciation! It's great to hear that the video provided extensive information on green hydrogen sources. We strive to deliver comprehensive and insightful content. Your positive feedback is very encouraging!