[BK 3.10] Sustainable foundations of green hydrogen technologies and infrastructure
Topic outline
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Level of the higher education
Second (Master`s)
Field of knowledge
13 Mechanical Engineering
Specialty
132 Materials Science
Educational program
Materials Science
Discipline status
elective
Form of study
full-time
Year of preparation, semester
1st year, spring semester – 2nd year, autumn semester
Scope of the discipline
5 ECTS credits (150 hours)
Semester control/control measures
differentiated credit
Class schedule
lectures – 2 hours per week (30 hours); seminars – 1 hour per week (15 hours); independent work – 105 hours
Language
English
Information about the course developer / lecturer
Department of Applied Physics and Materials Science (E.O. Paton Institute of Electric Welding, NAS of Ukraine).
Lectures and seminars: Doctor of Technical Sciences, Oleksii Milenin, asmilenin@ukr.net, 067-457-95-99
Platform for online connection
Google Meet
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- Levelized Cost of Hydrogen (LCOH): methodology, sensitivity factors
- Energy Return on Investment (EROI) for hydrogen production pathways
- Carbon intensity and emission factors per kg of H₂
- Socio-economic indicators for hydrogen economy performance