Hydrogen and its derivatives, such as methanol, ammonia, and synthetic fuels, are key technologies for decarbonizing industry, energy supply, and mobility. They enable the storage and transport of renewable energy. As zero-emission energy carriers, they offer a wide range of applications – from steel production and the chemical industry through to shipping. The development of efficient hydrogen systems is crucial to achieving national and international climate goals.

Carbon Capture, Utilization and Storage, or CCUS, complements these solutions by reducing emissions from carbon-intensive and hard-to-abate industries. Captured CO₂ can be transported to suitable storage sites or used together with hydrogen as a feedstock for the production of synthetic fuels and chemicals. This creates important links between hydrogen, carbon management and Power-to-X value chains.

Fichtner has more than 30 years of experience in hydrogen technology and supports companies, investors, and public institutions across the entire hydrogen value chain.

Our services range from strategic consulting and feasibility studies, to support with project development and assessment as part of due diligence, through to planning and implementation of complex power-to-X and infrastructure projects. With interdisciplinary teams, digital tools, and international experience, we provide a solid basis for decision-making and guide our clients through every phase of their projects – with a technology-neutral and solution-oriented approach.

1. 150 hydrogen projects handled
2. 40 GW of electrolysis capacity handled across the various phases
3. 30 years of hydrogen experience Portfolio
4. More than 50 projects along the CCUS value chain

Our Portfolio in the Field of Hydrogen, Derivatives and related Infrastructure:

1. Electrolysis plants (PEM, AEL, SOEC, AEM)
2. Power-to-X projects (methanol, ammonia, e-methane, and e-fuels / e-SAF)
3. Hydrogen and CO2 pipelines
4. Compressor stations
5. Gas pressure regulating and metering stations
6. Storage solutions (short-term and long-term storage)
7. Port and terminal infrastructure
8. Import and export terminals for H₂, CO2 and PtX products
9. Hydrogen and CO2 filling stations
10. Trailer and container loading
11. CO₂ conditioning, compression and liquefaction
12. Owner’s Engineering for hydrogen, Power-to-X and CCUS projects