At H2MEET, where hydrogen compression is often framed as a race toward higher pressures and larger systems, Koder Engineering presented a quieter but more technically deliberate proposition: hydrogen compression controlled by airflow, engineered around purity rather than brute force.
At every major hydrogen conference, the spotlight usually goes to electrolyzer giants and megawatt-scale system integrators. Yet at H2 MEET 2025, one of the most technically revealing conversations happened far from the mainstage, inside a modest booth belonging to SHINSUNG C&T, a company specializing in something few people outside the engineering bubble talk about, the components inside the electrolyzer stack.
At a moment when the hydrogen sector is shifting from demonstrations to certified, real-world deployment, H2 MEET 2025 in Korea underscored how quickly technical expectations are rising.
The 2025 World Hydrogen Expo opened with a signal of where the industry believes future competitiveness will come from: advanced technologies capable of lowering system costs, improving operational reliability, and enabling real-world deployment.
Germany’s parliament approved planning privileges for battery energy storage systems in recent weeks through amendments to the national Building Code,…
