With the revolution and application of new-age technology such as renewable energy, AI, IOT, and electric vehicles, power demand dynamics have substantially changed. At the same time, demand for climate change mitigation has increased. This is the primary focus around the world right now, in addition to strengthening climate targets and demanding net-zero by 2045. When it comes to decarbonizing all industries, green hydrogen is the missing link. If it is developed, hydrogen could replace fossil fuels as the energy source for a green global economy. Hydrogen has appeared a promising climate-neutral energy carrier for achieving this goal in a sustainable way. This book provides system perspectives on long-term programs that use green hydrogen to replace and reconsider carbon-intensive fossil energy systems. Novel solutions based on green hydrogen and carbon neutral raw materials will be required to widely use green hydrogen as fuel and feedstock and create hydrogen markets. This book confers about the current patents and system level solutions needed to make green hydrogen a viable and significant part of future energy systems.
Focus on reviewing patents:
1. Green Hydrogen's current and potential industrial applications.
2. A state-of-the-art comparison of green hydrogen production technologies.
3. Focus on storage, transmission, and distribution of Green Hydrogen.
4. Design of Electrolyze and its manufacturers markets.
5. Application of Green Hydrogen in buildings, transport, and power sectors.
6. Integrated system of Renewable energy, Solar-Wind-Hydrogen Storage.
7. Cost effective or low-cost large-scale production of Hydrogen.
8. Economic and social Impact of Implementation of Green Hydrogen Technology.
1. The book will be published with ISBN.
2. Certificate of appreciation to all the authors from the University for their scholarly contribution.
3. One printed copy of the edited book to authors as per publisher’s policy.
4. Best three chapters will be honored with a souvenir.
Prior art refers to any information that has been published, sold or otherwise made available to the public before the patent application is filed. This includes publications, patents, products, public demonstrations and other information that is available to the public.
To write prior art in a patent application, it is important to conduct thorough research of relevant prior art. This can be done using databases such as the US Patent and Trademark Office (USPTO), the European Patent Office (EPO), and the World Intellectual Property Organization (WIPO) among others. Octimine software is avaliable for used
Once the research has been completed, it is important to identify which pieces of prior art are relevant to the invention. This can be done by reviewing the invention’s claims, specifications and drawings and comparing them to the prior art.
Once relevant prior art has been identified, it is important to organize it in a manner that is easy to understand. This can be done by creating a table or chart that summarizes the information, including the title, date, author, and relevance to the invention.
It is important to have a good understanding of the technicalities involved in the field of engineering. This will help in writing a detailed and accurate description of the prior art.
The prior art section of a patent application should be written in a clear and concise manner. It should provide a summary of the relevant prior art and describe the similarities and differences between the invention and the prior art
The prior art section should be formatted in a professional manner and include appropriate headings, subheadings, and numbered lists.
In writing the prior art section of a patent application, it is important to rely on references to authors. This provides credibility to the prior art and demonstrates that the information has been thoroughly researched.
Project Potential Benefits to Oman
1. To generate data for the comparison of various hydrogen production and storage technologies, as well as their feasibility studies.
2. To assist in comprehending global regulations and incentives that promote clean hydrogen adoption.
3. To assist in create the framework needed to lower the levelized cost of hydrogen.
3. To aid in the coverage of end-use applications where hydrogen could be most effective or economically advantageous, particularly when compared to low-carbon alternatives, such as industrial and transportation applications.
4. To encourage and provide better direct research and development activities in the field of green hydrogen throughout Oman.
5. Increase the employability of Oman's graduates.
Minister,
Ministry of Labour
Vice Chancellor,
University of Technology and Applied Sciences
Assistant Vice-Chancellor,
University of Technology and Applied SciencesAl Musannah, Sultanate of Oman.
nasser.albaimani@utas.edu.om
Assistant Dean
College of Economics and Business Administration
University of Technology and Applied Sciences -Al Musannah, Sultanate of Oman.
Aziza.Alqamashoui@utas.edu.om
Head of Department-Engineering
University of Technology and Applied SciencesAl Musannah, Sultanate of Oman.
naser.haddabi@utas.edu.om