Concise treatment of liquid hydrogen (LH2) systems for quickly getting up to speed for those new to the topic. Advanced tools, knowledge, and hard to find data for more experienced participants. Applicable and adaptable to any mobile or stationary LH2 system with examples from infrastructure and ...

Liquid hydrogen systems history, evolution, new applications, storage options, key facts, cryogenic design, additional reading, and resources.

Hydrogen safety characteristics, drivers, considerations, operations, hazards, mitigations, codes, standards, training, and resources.

Hydrogen properties, states, thermodynamics, material properties, heat loads, and insulation options.

Liquid hydrogen tankage types, material options, integration examples, sizing, and structural.

Liquid hydrogen self-pressurization, boil-off, venting, mitigating vent losses, hybrid cooling, active cooling, sloshing, and ullage collapse.

Liquid hydrogen chilldown, flowrates, tank transfers, active pressurization, tank expulsions, and other transfer topics.

Liquid hydrogen sensors for temperature, pressure, vacuum, fill level, flow, and leak detection.

Liquid hydrogen modeling options, fidelity, verification, validation, energy & mass balance, dimensionless numbers, scaling parameters, and computational fluid dynamics (CFD).

Liquid hydrogen systems architecture, inputs, storage, generation, outputs, missions, operations, and environments.

Liquid hydrogen strategy, planning, developing, launching, and case study of world's largest LH2 dewar tank with zero-boil off option.

Why hydrogen, climate data, greenhouse gases, other emissions, transition to hydrogen

More online information, course feedback, presenter bio, hydrogen myth busting