Critical Solutions for the Hydrogen Industry
As all energy ecosystems evolve toward decarbonization, energy resilient and safety as well as large‑scale deployment, technologies such as hydrogen, CCUS, and hydrogen‑derivatives are moving rapidly from pilot projects to industrial reality. Across these systems, one engineering truth remains constant: what the industry really need is no long a perfectly running equipment, but a good enough running system which is defined by the integrity of critical interfaces under extreme conditions ultimately defines system reliability, safety, and economic viability.
Sealing is no longer a secondary component choice. It is often the first line of defense against leakage, efficiency loss, and unplanned shutdowns. High pressure, cryogenic temperatures, aggressive chemical media, wide thermal gradients, and long‑term cyclic loading place extraordinary demands on materials and interfaces : demands that intensify further when systems scale.
Drawing on Technetics Group’s heritage in high‑performance metallic and resilient sealing technologies for aerospace and nuclear industries, we bring a materials‑driven, application‑specific engineering approach to the All-Energy and pragmatic transition. Our expertise extends beyond hydrogen alone, addressing the shared challenges of hydrogen, CCUS, and hydrogen derivatives, where extreme operating conditions and long service lifetimes converge.
Our sealing solutions support key equipment and interfaces across hydrogen, CCUS, and related energy systems:
Hydrogen & Low‑Carbon Fuel Production
Sealing electrolysis systems, including Anion exchange membrane electrolysis, and high‑temperature solid oxide technologies (SOEC/SOFC), as well as reactors for ammonia, methanol, methane synthesis, where seals must endure elevated temperatures, differential pressures, redox environments, and frequent thermal cycling while maintaining gas separation and dimensional stability.
CCUS and Process Systems
Ensuring sealing integrity in CO₂ capture, compression, transport, and utilization systems, where exposure to dense‑phase CO₂, impurities, pressure cycling, and temperature transients creates unique material compatibility and ageing challenges.
Storage, Transport, and Energy Conversion
Leak‑tight solutions for high‑pressure and cryogenic systems, including: Kompressoren, Turbo expanders, Heat exchangers, Valves and control components. These systems operate at the intersection of extreme pressure, low temperature, vibration, and long‑term fatigue, where even minor leakage can have disproportionate operational and safety consequences.
Utilization application
Supporting emerging infrastructure for fuel cells (aviation, mobility, etc.), hydrogen combustion engines aviation, turbines for etc.), and gas turbines (natural gas, hydrogen, supercritical CO2) for power generation (data center, civil), where system integrity, durability, and repeatability are essential for long‑term operation under dynamic and often mission‑critical duty cycles. where complex thermal management, phase changes, and chemical exposure demand sealing solutions engineered for long‑term stability rather than short‑term performance.
Across hydrogen, CCUS, and energy systems, failure modes are rarely isolated. They are driven by the interaction of material ageing, mechanical preload evolution, thermal expansion mismatch, and chemical exposure over time. Addressing these risks requires more than catalogue solutions—it demands deep understanding of material behavior under combined stresses.
Technetics applies this perspective through:
- Application‑specific sealing architectures
- Rigorous qualification and validation under representative conditions
- Targeted R&D focused on long‑term material evolution in hydrogen and carbon‑rich environments
By engaging early with OEMs and system integrators, we help ensure that sealing decisions made during design and scale‑up do not lock in hidden risks for decades of operation.
As the energy transition accelerates, the role of sealing technologies expands—from component reliability to system‑level risk management. We collaborate with partners across the energy ecosystem to co‑develop solutions that safeguard integrity under the most demanding operating conditions—today and in the future.
