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A comprehensive review of techno-risk assessment of hydrogen storage and transportation systems: integrating performance, safety and uncertainty for large-scale deployment

delete2026-06-16
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OA
AI
A
A.R. Navin Sidhaarth
M
M. Aravindan
S
Saga Dileep Sai
M
M. Mithun
G
G Praveen Kumar *
V
V.R. Pranav Raj
DOI：10.1016/j.ecmx.2026.102059delete
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Abstract

Abstract

En 中文
• Compressed H2 leads stationary use; liquid H2 for transport; LOHCs and metal hydrides in development. • Liquid H2 has the highest density, followed by compressed H2; LOHCs and metal hydrides lower. • Compressed H2 risks embrittlement; liquid H2 needs boil-off management; hydrides are slow. • Hydrogen transportation safety requires QRA (FMEA, FTA, ETA) and advanced monitoring.
Keywords:
Hydrogen safety
Quantitative risk assessment
Fault tree analysis
Liquid hydrogen storage
Leak detection systems
Hydrogen embrittlement
Safety engineering controls

Journal

E
Energy Conversion and Management: X
IF:
10.9
Papers:
902
Citations:
4

Organization

No organization information available
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