CO2 & Hydrogen Transport
FPS provides pipeline systems for CO₂ transport, injection, and storage applications in both onshore and offshore carbon capture and storage (CCS) operations.
Our pipelines are designed to maintain containment integrity under high pressure and dynamic flow conditions, even during phase changes between gas, liquid, or supercritical CO₂. This ensures safe, leak-free performance in every stage of capture, transport, and injection.
Applications include:
CO₂ transmission from industrial capture facilities to injection sites
Onshore and offshore CO₂ injection and reinjection wells
Subsea transport and tie-backs for offshore CCS systems
CO₂ distribution across field networks and multi-well infrastructure
Conversion or rehabilitation of legacy steel systems for CCS integration
CO₂ transport lines for enhanced oil recovery (EOR)
Performance characteristics:
Rated for high-pressure CO₂ in gaseous or supercritical phase
Resistant to corrosion, thermal cycling, and chemical attack
Handles extreme temperature gradients and rapid depressurization
Compatible with mixed or pure CO₂ service, including wet CO₂ streams
Available in large diameters for long-distance onshore and subsea transport
Flexible installation via HDD, trench burial, or surface deployment
Reel-based systems enable rapid installation and minimal disruption
FPS CO₂ pipelines are engineered to accelerate CCS deployment with faster installation, lower cost, and unmatched corrosion resistance. Our solutions help operators achieve carbon reduction goals safely and efficiently, from source to storage.
We design and manufacture pipelines specifically engineered for hydrogen transport, storage, and distribution. These systems deliver exceptional safety, reliability, and efficiency for the emerging global hydrogen economy, both onshore and offshore.
We developed the first large-diameter, high-pressure hydrogen product capable of meeting the rigorous requirements of hydrogen service. Our systems are designed to operate under extreme pressures and temperatures, while resisting hydrogen embrittlement, permeation, and corrosion — key challenges for traditional steel lines.
Applications include:
Hydrogen transmission from electrolysis plants to industrial facilities and export networks
Hydrogen distribution for refineries, power generation, and fuel cell applications
Offshore hydrogen export lines and platform tie-backs
Storage and interconnection lines between hydrogen hubs and pipelines
Rehabilitation and replacement of aging steel hydrogen infrastructure
Performance characteristics:
High-pressure capability with resistance to permeation and gas migration
Engineered for cyclic loading and thermal fluctuations
Lightweight, spoolable design for long-distance transport
Suitable for buried, surface, HDD, and offshore installation
No welding, corrosion protection, or cathodic systems required
Rapid reel-based installation reduces CAPEX and project time
Minimal maintenance and zero corrosion over service life
FPS hydrogen pipeline systems are future-ready, built to integrate safely into the growing hydrogen network, supporting global decarbonization and clean energy development.
