The hydrogen economy is not just about production; it is about the entire value chain. This hydrogen generation market overview covers the full system: production (centralized or distributed), storage (compressed gas, liquid, hydrides, carriers), transport (pipeline, tube trailer, ship), and end-use (industrial, transport, power). The hydrogen generation market is the first link in this chain. As the hydrogen economy scales, the hydrogen generation market will face challenges in storage, transport, and cost.

The broader hydrogen generation market is the start. The hydrogen generation market for "storage" is critical. Compressed hydrogen (at 350 or 700 bar) is the most common, but requires energy for compression and has low volumetric density. The hydrogen generation market for "liquid hydrogen" (LH2) is more energy-intensive (cooling to -253°C). The hydrogen generation market for "metal hydrides" and "chemical hydrides" are niche.

The hydrogen generation market for "transport" is a key cost driver. Pipelines are the cheapest for large volumes over land. The hydrogen generation market for "pipeline" repurposing of existing natural gas pipelines is a strategy, but requires testing for hydrogen embrittlement. The hydrogen generation market for "tube trailers" (high-pressure cylinders) is used for smaller volumes over short distances. The hydrogen generation market for "liquid hydrogen" tankers (for shipping) are used for large distances.

The hydrogen generation market for "carriers" such as ammonia (NH3) and liquid organic hydrogen carriers (LOHC) (e.g., dibenzyltoluene) are being developed for long-distance, large-scale transport. The hydrogen generation market for "ammonia" is a leading candidate, as it can be transported in LPG tankers. The hydrogen generation market for "ammonia" cracking (back to H2) at the destination adds cost.

The hydrogen generation market for "end-use" applications were covered. The hydrogen generation market for "fuel cells" (PEM, SOFC) convert hydrogen back to electricity. The hydrogen generation market for "gas turbines" (for power generation) are being adapted for hydrogen. The hydrogen generation market for "industrial" uses (steel, chemicals) are the largest.

Looking ahead, the hydrogen generation market will benefit from "standardization" (e.g., of interfaces, purity). The hydrogen generation market for "certification" (of low-carbon intensity) will be required for cross-border trade. The hydrogen generation market for "safety" codes and standards (for storage, transport) are being developed. As the hydrogen generation market matures, the entire ecosystem will grow.

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