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Fundamentals of Hydrogen Safety Engineering I

Fundamentals of Hydrogen Safety Engineering I
3.4 (12 reviews)
ISBN: 978-87-403-0226-4
1 edition
Pages : 216
  • Price: 129.00 kr
  • Price: €13.99
  • Price: £13.99
  • Price: ₹250
  • Price: $13.99
  • Price: 129.00 kr
  • Price: 129.00 kr

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About the book

  1. Description
  2. Content
  3. About the Author

Description

This is the first state-of-the-art book on hydrogen safety engineering. The author Prof Vladimir Molkov is an expert in this emerging discipline, leading the HySAFER Centre at the University of Ulster. Topics include releases and dispersion, ignitions and fires, deflagrations and detonations, etc. The book can be used by students of the distance learning MSc course in Hydrogen Safety Engineering, technology developers and safety engineers, regulators and officials permitting hydrogen and fuel cell systems and infrastructure or other stakeholders including public.

Please find the second part of this book in "Fundamentals of Hydrogen Safety Engineering, II

Content

  1. Introduction
    1. Why hydrogen?
    2. Public perception of hydrogen technologies
    3. The importance of hydrogen safety
    4. Hazards, risk, safety
    5. Hydrogen safety communication
    6. The subject and scope of hydrogen safety engineering
    7. The emerging profession of hydrogen safety engineering
    8. Knowledge gaps and future progress
  2. Hydrogen properties and hazards
    1. Physical and chemical properties
    2. Combustion properties
    3. Comparison with other fuels
    4. Health hazards
    5. Concluding remark
  3. Regulations, codes and standards and hydrogen safety engineering
  4. Hydrogen safety engineering: framework and technical subsystems
    1. Framework
    2. Technical sub-systems
  5. Unignited releases
    1. Expanded and under-expanded jets
    2. Under-expanded jet theories
    3. The similarity law for concentration decay in momentum-dominated jets
    4. Concentration decay in transitional and buoyancy-controlled jets
  6. Dispersion of hydrogen in confined space
    1. Dispersion of permeated hydrogen in a garage
    2. The pressure peaking phenomenon
  7. Ignition of hydrogen mixtures
    1. Overview of hydrogen ignition mechanisms
    2. Spontaneous ignition of sudden releases
  8. Microflames
    1. Quenching and blow-off limits
  9. Jet fires
    1. Introduction to hydrogen jet fires and safety issues
    2. Chronological overview of hydrogen jet flame studies
    3. The drawback of Froude-based correlations
    4. The similitude analysis and a dimensional correlation
    5. The jet flame blow-off phenomenon
    6. The novel dimensionless flame length correlation
    7. Flame tip location and equivalent unignited jet concentration
    8. Separation distances from a hydrogen leak
    9. Effect of nozzle shape on flame length
    10. Effect of jet attachment of flame length
    11. Pressure effects of hydrogen jet fires
    12. Summary

About the Author

Prof Vladimir Molkov is a physics graduate from Moscow Institute of Physics and Technology (MIPT). He received his PhD degree in Chemical Physics, including Physics of Combustion and Explosion from MIPT, and DSc degree in Fire and Explosion Safety from All-Russian Institute for Fire Protection (VNIIPO). Before joining the University of Ulster (UU) as Professor of Fire Safety Science in 1999, he worked at VNIIPO as a Head of Department. In 1997-1998 he carried out joint research with Prof Toshisuke Hirano at the University of Tokyo (UT) as a Fellow of Japanese Society for Promotion of Science, and in 2012 visited UT as an advisor on their explosion research programme. From 2004, he has specialized in hydrogen safety with thrust on modeling and numerical simulations.

His research interests include but are not limited to: under-expanded jet releases; outdoor and indoor dispersion; passive ventilation of unscheduled hydrogen releases; spontaneous ignition of hydrogen during sudden releases to oxidizer; under-ventilated hydrogen fires in enclosures, including self-extinction and re-ignition phenomena; modeling and simulations of large-scale deflagrations and detonations, etc. In 2008 he established the Hydrogen Safety Engineering and Research Centre (HySAFER) at the University of Ulster, one of key providers of hydrogen safety research and education globally, at which he still directs. He has coordinated and participated in major European projects relevant to hydrogen safety. In 2007 he initiated the establishment of the World’s first MSc course in Hydrogen Safety Engineering at UU.

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