With emerging and re-emerging technologies for low carbon energy resources such as hydrogen and hydrogen carriers taking precedence in energy and governmental focus, considerations for safe operations and handling are of great importance globally in order to protect some of our most valuable resources such as life, assets, the environment, and public safety, to name a few.
BakerRisk is pleased to provide industry with a new white paper series that focuses on hydrogen safety. The intent of this series is to bring awareness to inherent risks associated with hydrogen production, handling, storage, and end use, which have gained momentum due to low carbon and net zero goals around the world, and to provide suggestions for safer processes and risk mitigation. BakerRisk’s hydrogen safety white paper series will discuss the topics below.
This paper reviews the historic role of hydrogen as an energy vector, discuss some of the emerging/re-emerging technologies, and highlights the hazards associated with hydrogen and other hydrogen carriers so they can be proactively addressed.
This paper discusses best practices and general guidance for performing a PHA on hydrogen processing facilities to accurately assess all the risks and consequences associated with hydrogen.
This paper focuses on the material of hydrogen vessels and pipelines, using both pure hydrogen and hydrogen blended in other gas, and discusses the hazards hydrogen pose on the material, such as High Temperature Hydrogen Attack and Hydrogen Embrittlement.
This paper discusses best practices and general guidance for performing facility siting studies of hydrogen facilities and includes an example case study. Both the liquid and gas form of hydrogen are considered.
This paper focuses on the high-pressure hazards of hydrogen in storage or inside an enclosure, such as fitting failures, vessel failure, and turbulent jet release. Consequences of hazards and mitigation options are discussed.
This paper provides insights on results of field tests BakerRisk has performed that demonstrate hydrogen hazards, such as dispersion and explosion tests. Gas cloud ignition probability is also be discussed.
This paper discusses the industry outlook on hydrogen going forward, which includes different risk receptors for end users in areas such as fuel stations, data centers using hydrogen fuel, warehouses using hydrogen fuel cells, large hydrogen fueled power plants, transportation, and other areas.