Enroll in this Master in Hydrogen Energy and obtain a Own Degree issued by the Catholic University of Murcia in collaboration with Structuralia
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Nuestros alumnos opinan sobre: Master´s Degree in Green Hydrogen Projects + 60 ECTS Credits
Michela Papasidero
Opinión sobre Master´s Degree in Green Hydrogen Projects + 60 ECTS Credits
Michela Papasidero, ¿qué te hizo decidirte por nuestro Master Online?
TEMATICO
Michela Papasidero, ¿qué has aprendido en el Master Online?
TODO
Michela Papasidero, ¿qué es lo que más te ha gustado de este Master Online?
SI
Michela Papasidero, ¿qué has echado en falta del Master Online?
BUENO
John T.
CAROLINA
Opinión sobre Master´s Degree in Green Hydrogen Projects + 60 ECTS Credits
Everything has been fantastic; I believe I have learned more than in my university studies. Thank you so much.
Lukas R.
DELAWARE
Opinión sobre Master´s Degree in Green Hydrogen Projects + 60 ECTS Credits
Everything is great. I really liked the course and how the tutors have helped me.
Alexander G.
STATE OF CALIFORNIA
Opinión sobre Master´s Degree in Green Hydrogen Projects + 60 ECTS Credits
Everything has been great for me; I really liked the layout of the syllabus. The structure and organization of the content were excellent.
Caroline W.
WASHINGTON
Opinión sobre Master´s Degree in Green Hydrogen Projects + 60 ECTS Credits
I am very glad to know that you found the Master comprehensive and interesting!
Thomas L.
LONDON
Opinión sobre Master´s Degree in Green Hydrogen Projects + 60 ECTS Credits
That is great to hear! I am glad the Master went well for you, and you enjoyed the online format.
Plan de estudios de Master online in hydrogen energy
MASTER IN HYDROGEN ENERGY. Don"t hesitate any longer and enroll through Euroinnova in this comprehensive training program that will turn you into a true professional in Green Hydrogen Projects. Obtain an Own Degree issued by the University Isabel I in collaboration with Structuralia with 60 ECTS credits from the comfort of your home.
de Master online in hydrogen energy
de Master online in hydrogen energy
- Learn about hydrogen in terms of properties as an element, as an energy vector, and its environmental impact.
- Delve into hydrogen production and conversion methods.
- Apply relevant storage and control systems.
- Delve into the associated infrastructure and means of transport.
- Master the use and applications of hydrogen.
- Delve into the fundamental aspects of hydrogen fueling stations.
- Learn about the key players involved through a strategic vision of the sector.
- Master economic and business aspects associated with hydrogen energy projects
de Master online in hydrogen energy
el Master online in hydrogen energy
el Master online in hydrogen energy
de Master online in hydrogen energy
de la formación
Temario de Master online in hydrogen energy
- MODULE 1. HYDROGEN AS AN ENERGY VECTOR
- UNIT 1. ENERGY AND HYDROGEN
- The hystory of hydrogen
- What is hydrogen?
- Current electricity and energy matrix
- Hydrogen as an energy carrier
- Prospects for the hydrogen roadmap
- UNIT 2. HYDROGEN GENERATION AND STORAGE
- PEM electrolysis
- Alkaline electrolysis
- SOEC and AEM electrolysis
- Hydrogen storage
- Hydrogen distribution
- UNIT 3. POWER GENERATION AND OTHER APPLICATIONS
- Fuel cells
- PEM fuel cell
- High temperature fuel cell
- Hydrogen turbines and engines
- Hydrogen vehicles
- UNIT 4. HYDROGEN INSTALLATIONS
- Refuelling stations
- Sizing of main equipment
- Safety considerations. Explosive atmospheres
- Design of hydrogen and fuel cell installations
- Examples of installation calculations
- MODULE 2. HYDROGEN CONTEXT
- UNIT 1. ENERGY AND PRODUCTION
- Energy production and its evolution
- Fossil fuels. The change of an era
- Strategies for sustainability
- Energy demand and transition
- Energy and the fuel future
- UNIT 2. CLIMATE CHANGE AND ENERGY TRANSITION
- Climate change
- Effects and strategies related to climate change
- The energy transition roadmap
- The evolution of the energy transition
- Carbon credits and ESG criteria
- UNIT 3. TECHNIQUES AND TECHNOLOGIES FOR DECARBONIZATION (I)
- Vectors of the energy transition
- Renewable electricity generation, electrification, and storage
- Mobility and transportation
- Carbon capture and storage
- Circular economy and new materials
- UNIT 4. TECHNIQUES AND TECHNOLOGIES FOR DECARBONIZATION (II)
- Hydrogen (H2)
- Bioenergy
- Integration between bioenergy processes and other technologies
- The cities of the future (smart cities)
- Entrepreneurship and enabling technologies and developments for decarbonization
- MODULE 3. HYDROGEN AND FUEL CELLS PRODUCTION
- UNIT 1. HYDROGEN PRODUCTION FROM FOSSIL FUELS
- Hydrogen production
- Hydrocarbon reforming
- Partial oxidation and other hydrocarbon based processes
- Coal and biomass gasification
- Advantages and disadvantages. Comparison between the different processes
- UNIT 2. GREEN HYDROGEN PRODUCTION
- Electrolytic processes
- Alkaline electrolysers
- Polymer electrolyser
- Green hydrogen production alternatives
- Technological maturity level
- UNIT 3. POLYMER FUEL CELLS OPERATION
- Origin and operation of fuel cells
- Composition and types of fuel cells
- Operation of polymer batteries
- Polymer battery components
- Progress and future expectations
- UNIT 4. OTHER TYPES OF FUEL CELLS
- Solid oxide fuel cells. Geometries and materials
- Fuel cell efficiency
- Alkaline, phosphoric acid and molten carbonate batteries
- Microbial fuel cell
- Fuel cell design and costing
- MODULE 4. HYDROGEN SUPPLY CHAIN
- UNIT 1. STORAGE AND SUPPLY OF HYDROGEN GAS
- Storage systems and their characteristics
- Storage in the form of compressed hydrogen gas
- Pressure vessels, types, characteristics and development objectives
- Specifications of EIHP (European Integrated Hydrogen Project)
- Examples of development projects
- UNIT 2. STORAGE AND SUPPLY OF LIQUID HYDROGEN
- Liquid hydrogen storage systems and characteristics
- Storage, distribution and dispensing of liquid hydrogen
- Liquid hydrogen storage tanks, types, characteristics and development objectives
- Specifications of EIHP (European Integrated Hydrogen Project)
- Examples of development projects
- UNIT 3. STORAGE AND SUPPLY OF HYDROGEN IN SOLIDS
- General concepts
- Metal hydrides
- Intermetallic compounds
- Carbonaceous materials and organic polymers
- Glass microspheres
- UNIT 4. HYDROGEN SYSTEM CONTROL
- Control theory
- Model-based Predictive Control (MPC)
- Hydrogen system modeling
- Control strategies
- Associated standards and regulations
- MODULE 5. HYDROGEN MOBILITY AND INFRASTRUCTURE
- UNIT 1. LAND MOBILITY
- Light transport
- Heavy duty transport
- Captive fleets
- Railway sector
- Infrastructures
- UNIT 2. AIR AND MARITIME MOBILITY
- Energy transition in air transport
- Sustainable aviation fuels
- Energy transition in maritime transport
- Sustainable fuels for maritime transport
- Evolution of air and maritime transport
- UNIT 3. HYDROGEN MANAGEMENT
- Risk of hydrogen
- Hydrogen detection
- Security aspects
- Explosive environments
- Hydrogen risk assesment
- UNIT 4. TRANSPORT AND LOGISTICS
- Hydrogen production pathways
- Distributed generation systems
- Comparison between generation systems
- Environmental, health, and safety aspects of the hydrogen production pathways
- Safety and risks associated with hydrogen transmissionn, distribution and storage
- MODULE 6. HYDROGEN USE AND APPLICATIONS
- UNIT 1. STATIONARY APPLICATIONS
- Large-scale power production
- Decentralized power generation systems
- Power microgeneration systems
- Uninterruptible Power Supply Systems (UPS)
- Heat-energy combined systems
- UNIT 2. MOBILE APPLICATIONS
- Introduction and future perspectives on mobile applications
- Forklift trucks
- Passenger cars and buses
- Air mobility and maritime mobility
- Other vehicles
- UNIT 3. PORTABLE APPLICATIONS
- Reversible fuel cells
- Space applications
- Micro fuel cells
- Portable generators
- Other systems
- UNIT 4. POWER-TO-X
- Power-to-X. Basis and concepts
- Power-to-Gas (PTG)
- Power-to-Liquid (PTL)
- Power-to-Heat (PTH)
- Hydrogen and applications worldwide
- MODULE 7. HYDROGEN FILLING STATION
- UNIT 1. INFRASTRUCTURE EQUIPMENT AND COMPONENTS
- Materials, pipelines, and accessories
- Feed systems and storage
- Hydrogen compressors
- Auxiliary components and systems
- Hydrogen dispensers
- UNIT 2. SET UP AND OPERATION OF A HYDROGEN FILLING STATION
- Set up and operation of a hydrogen filling station
- Instrumentation and control systems
- Inspections protocols
- Filling station operation
- Maintenance tasks
- UNIT 3. SAFETY ASPECTS
- Safety fundamentals
- Safety methodologies and risk assesment
- Risk mitigation, explosive atmospheres, and the atex
- Safety distance in hydrogen facilities
- Protection measures against external agents
- UNIT 4. APPLICABLE REGULATIONS
- ISO 14687. Hydrogen fuel quality
- ISO 17268. Hydrogen refuelling devices
- ISO 19880-1. Fuelling stations. General requirements
- ISO 22734. Electrolyzers
- IEC 62282-3-100. Stationary fuel cell power systems
- MODULE 8. HYDROGEN GEOPOLITICS
- UNIT 1. KEY PLAYERS IN THE HYDROGEN INDUSTRY
- The great producers
- The great consumers
- Engineering, technological, and construction firms
- Governments and the hydrogen regulation
- The small producer and/or consumer
- UNIT 2. THE BUSINESS MODEL
- Evolution of renewable energies and their transition into hydrogen
- Hydrogen storage or aggregate demand
- The uses of hydrogen. Internal and external markets
- Hydrogen trading and blending
- Business model viability and limitations
- UNIT 3. HYDROGEN ROADMAPS
- European Hydrogen Roadmap
- The Spanish Hydrogen Roadmap
- United States Hydrogen Roadmap
- China-Japan Hydrogen Roadmaps
- Reflections on the hydrogen roadmap
- UNIT 4. STRATEGIC ASPECTS
- Geopolitical power of hydrogen
- Hydrogen and geopolitics of infrastructures
- The new energy world order
- Fossil vs hydrogen
- Geostrategic discourse and metadiscourse
- MODULE 9. HYDROGEN ECONOMY
- UNIT 1. INVESTMENT DRIVERS
- Europe's technological, economic and environmental potential
- European deployment plans, the hydrogen valleys
- Drivers for hydrogen and fuel cell investment
- Supply and demand development initiatives
- The route to technology commercialization
- UNIT 2. CASE STUDIES
- Fuel cell handling equipment
- Residential use. Fuel cell cogeneration
- Cogeneration CHP
- Hydrogen production without CO2 capture. Part I
- Hydrogen production with and without CO2 capture. Part II
- UNIT 3. ECONOMY VIABILITY
- Overview of economic viability
- Economic viability plan
- Investment and financing plan
- Profitability and risks in hydrogen projects: a financial approach
- Commercialisation strategies and feasibility in the hydrogen industry: economic and business perspectives
- UNIT 4. FINANCING TOOLS
- First steps towards the search for capital
- Internal financing sources
- External financing sources
- Mixed financing sources
- Financing negotiations
- MODULE 10. MFP. MASTER´S DEGREE IN HYDROGEN ENERGY PROJECTS
Titulación de Master online in hydrogen energy
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Master Online in Hydrogen Energy
If you are passionate about nature or simply want to contribute to environmental care in a decisive and real way, studying this discipline will be highly satisfying for you. Moreover, with this Master Online in Hydrogen Energy, your entry into the job market will be guaranteed.
By obtaining an Own Degree issued by the Catholic University of Murcia in collaboration with Structuralia with 60 ECTS credits, you will have the opportunity to advance as far as you want in your professional journey.
Interested in learning more about this innovative and necessary discipline? Keep reading.
Request the information you consider necessary at Euroinnova International Online Education!
Specialize in Hydrogen Projects thanks to the leading training school
Green hydrogen, also known as renewable hydrogen, comes from various renewable energy sources that generate zero CO2 emissions. The use of this type of hydrogen, combined with other strategies and techniques, will be fundamental in decarbonization efforts.
How is it produced?
To obtain Green Hydrogen, a chemical process is required to extract it from its natural state. This process involves electrolysis powered by renewable energies, commonly using solar or wind energy. There are two other, less sustainable, ways of obtaining hydrogen:
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Molecular transformation: A series of chemical reactions are necessary to obtain hydrogen. This is commonly done through steam methane reforming, using natural gas deposits found in oil-rich areas. Steam at high temperatures dissociates the carbon from hydrogen. This is the most widely used method currently.
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Gasification: Using steam and pure oxygen to convert coal into hydrogen. This procedure involves burning coal in a reactor, resulting in the production of carbon monoxide, making it one of the most environmentally harmful techniques.
Currently, only around 1% of global hydrogen production is green hydrogen. However, this is set to change, and soon it will surpass other energy sources due to worldwide plans to combat climate change.
Take advantage of the opportunity that Euroinnova International Online Education offers you to expand your training. With the Master Online in Hydrogen Energy, you can comfortably balance your work and personal life.
Master in Green Hydrogen
Uses Green hydrogen has various applications, with the most well-known being:
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Domestic use: One of the main future applications is for heating and providing electricity to homes due to the high temperatures that this type of hydrogen can reach.
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Heavy industry: Hydrogen is essential for manufacturing chemicals such as ammonia and fertilizers. It is also widely used in oil refining and steel production.
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Clean and renewable fuel: In the coming years, with the help of green hydrogen, decarbonization efforts in long-distance and air transportation will be accelerated. It will also make a significant difference in trains and heavy freight transport.
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Energy storage: Due to its high volume and long lifespan, it can be stored safely, resembling natural gas or oil reserves. Apart from the benefits it would bring to the planet, it can be easily and securely stored.
Be part of the most significant energy change you will see in centuries by specializing in this Master in Green Hydrogen. What are you waiting for?
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The Energy of the Future
In the coming years, green hydrogen, together with other low-carbon energy sources, is estimated to make up between 10 and 20% of the planet's total energy consumption.
Sectors such as maritime and air transport will also adopt fuels produced from renewable hydrogen.
It is recognized as the key to successfully completing the process of decarbonization of planet Earth, thereby achieving the objectives set for 2050 as part of the plan to combat climate change.
At Euroinnova International Online Education, we want to make the world a better place. We also want to help you achieve all your goals and ensure that our training programs truly help you enter the job market in the best possible way.
What are you waiting for to request information? Access our virtual campus and explore our extensive catalog of courses and/or masters. Get in touch with us, and our specialized advisors in the subject you desire will assist you.
That's why we offer this Master in Green Hydrogen, which will make you an accredited professional in Green Hydrogen Projects. Moreover, you will obtain 60 ECTS credits. What more could you want?
Check out our related courses by clicking here and access the most in-demand job market
Enroll as soon as possible in this Master in Green Hydrogen, and if you have any doubts, don't hesitate to contact us through the website.
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